Sunday, February 8, 2009

PC COMPUTERS & Mobile Phones

PC computers
MOBILE Phones From HOTTEST technologies
The Global System for Mobile communications is the most popular cellular approach in the world. According to the GSM Association, there were more than 2 billion GSM subscribers worldwide by June, 2008, which the organization said is more than 86 percent of the world's cellular market. GSM was accelerated earlier this decade by Enhanced Data rates for GSM Evolution (EDGE) and is in the process of further speed boosts by High Speed Downlink Packet Access and High Speed Uplink Packet Access (HSDPA and HSUPA) approaches.

Texas Instruments Inc. (TI) has announced TNETV107x, a new technology platform that gives IP phone manufacturers the ability to deliver a significantly enhanced feature-rich experience to the user. The next-generation TNETV107x family of IP phone platform will include TI's TMS320C64x+ digital signal processor (DSP) and take advantage of a wide-range of TI silicon and software solutions to allow equipment manufacturers to develop a broad portfolio of BOM (bill of materials) optimized IP phones, ranging from reduced cost phones to full featured executive IP phones.

TI is also making available its Modular Open Voice Engine (MOVE) software, a highly optimized system software architecture that meets next-generation processing requirements for a broad range of IP-enabled devices utilizing a field-proven voice engine. For IP phones, TI's MOVE software equips customers with a powerful tool that allows them the option to add their own software in addition to what TI already provides. To best support the feature rich IP phones developed by OEMs, TI's new IP phone family will leverage a 3D graphics accelerator for advanced GUI (Graphical User Interface) displays, low-power consumption, support for wideband voice and advanced networking, and a portable and flexible software engine that is scalable across TI's multimedia platforms.

COMPUTERS
Leading technology all the way, get the latest tech news! Living in the computer technology world, we have developed ourselves to be paced and competitive as per our life demands. Being ahead in each and every field serves our endless dreams to be fulfilled. Using latest technology and devices makes us more techy and powerful. And to run in parallel with all the technologies and environment we need latest computer technology news and tech news. To have, over the edge advantage these latest technology and tech news are integral part of our lives. We at Efytimes understanding all the need and desire of our readers, offers you with the latest computer technology news. From each and every sector, from all branded computer technology companies we gather latest tech news and publish it for your benefit. Being more computer technology prone and addicted to latest technology, we can’t take any chances of missing single tech news. Latest happening in computer technology, latest technology trends, and latest tech scenarios all adds up to give us a competitive advantage. And all together provide us with latest computer technology news and updations. Growing is part of our life but growing with latest computer technology makes us more intellectual and builds our stamina to face the world. And the major player which supports us in this is the latest computer technology and tech news. We at Efytimes make sure that all these latest technology news reaches you as they are out of the box. You never miss single tech news. Come and join hands with us in making your life more successful.

DRY ICE BLASTING/ Frozen carbon dioxide

DRY ICE BLASTING

Triventek has since the beginning of this millennium been offering high performance and affordable cleaning machines. The latest Triblast-2 is offering all features from soft cleaning using low pressure and low dry ice consumption (20 kg/hour) to aggressive cleaning at high pressure and if needed with increased dry ice flow to reduced cleaning time (up to 250 kg/hour). Dry ice cleaning in short is:

* Cleaning with no mess
* Cleaning without water or chemicals
* Cleaning without abrasivenessDry Ice is frozen carbon dioxide, a normal part of our earth's atmosphere. It is the gas that we exhale during breathing and the gas that plants use in photosynthesis. It is also the same gas commonly added to water to make soda water. Dry Ice is particularly useful for freezing, and keeping things frozen because of its very cold temperature: -109.3°F or -78.5°C. Dry Ice is widely used because it is simple to freeze and easy to handle using insulated gloves. Dry Ice changes directly from a solid to a gas -sublimation- in normal atmospheric conditions without going through a wet liquid stage. Therefore it gets the name "dry ice."

As a general rule, Dry Ice will sublimate at a rate of five to ten pounds every 24 hours in a typical ice chest. This sublimation continues from the time of purchase, therefore, pick up Dry Ice as close to the time needed as possible. Bring an ice chest or some other insulated container to hold the Dry Ice and slow the sublimation rate. Dry Ice sublimates faster than regular ice melts but will extend the life of regular ice.

It is best not to store Dry Ice in your freezer because your freezer's thermostat will shut off the freezer due to the extreme cold of the Dry Ice! Of course if the freezer is broken, Dry Ice will save all your frozen goods.

Commercial shippers of perishables often use dry ice even for non frozen goods. Dry ice gives more than twice the cooling energy per pound of weight and three times the cooling energy per volume than regular water ice (H2O). It is often mixed with regular ice to save shipping weight and extend the cooling energy of water ice. Sometimes dry ice is made on the spot from liquid CO2. The resulting dry ice snow is packed in the top of a shipping container offering extended cooling without electrical refrigeration equipment and connections.

This informative site is supported by the manufacturers and sellers of Dry Ice. Thank you for supporting If you want to purchase dry ice, try our growing Dry Ice Directory for a dry ice store near you! We try to maintain as much accuracy as we can, but often a dry ice store will run out temporally or possibly decide its too much trouble to carry dry ice. Feedback is always welcome.

If you know a place near you that carries dry ice for public purchase - please e-mail us the information. Be sure to provide their telephone number or e-mail so we can verify the information before publishing it.

If you are a seller of dry ice, please contact us for a free listing or membership listing to be included in our Dry Ice Directory.

This informative site is supported by the manufactures and sellers of Dry Ice

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LAPTOP COMPUTER


Personal computer
This article needs additional citations for verification. Please help improve this article by adding reliable references (ideally, using inline citations). Unsourced material may be challenged and removed. (March 2008)

A stylized illustration of a desktop computerA personal computer (PC) is any general-purpose computer whose size, capabilities, and original sales price make it useful for individuals, and which is intended to be operated directly by an end user, with no intervening computer operator.

As of 2009, a PC may be a desktop computer, a laptop computer or a tablet computer. The most common operating systems for personal computers are Microsoft Windows, Mac OS and Linux, while the most common microprocessors are x86-compatible CPUs, ARM architecture CPUs and PowerPC CPUs. Software applications for personal computers include word processing, spreadsheets, databases, Web browsers and E-mail clients, games, and myriad personal productivity and special-purpose software. Modern personal computers often have high-speed or dial-up connections to the Internet, allowing access to the World Wide Web and a wide range of other resources.

A PC may be a home computer, or may be found in an office, often connected to a local area network (LAN). This is in contrast to the batch processing or time-sharing models which allowed large expensive systems to be used by many people, usually at the same time, or large data processing systems which required a full-time staff to operate efficiently.

While early PC owners usually had to write their own programs to do anything useful with the machines, today's users have access to a wide range of commercial and non-commercial software which is provided in ready-to-run form.


History
This section needs additional citations for verification. Please help improve this article by adding reliable references (ideally, using inline citations). Unsourced material may be challenged and removed. (September 2008)

Main article: History of personal computers

IBM 5150 as of 1981The capabilities of the PC have changed greatly since the introduction of electronic computers. By the early 1970s, people in academic or research institutions had the opportunity for single-person use of a computer system in interactive mode for extended durations, although these systems would still have been too expensive to be owned by a single person. The introduction of the microprocessor, a single chip with all the circuitry that formerly occupied large cabinets, led to the proliferation of personal computers after about 1975. Early personal computers - generally called microcomputers - were sold often in Electronic kit form and in limited volumes, and were of interest mostly to hobbyists and technicians. Minimal programming was done by toggle switches, and output was provided by front panel indicators. Practical use required peripherals such as keyboards, computer terminals, disk drives, and printers. By 1977, mass-market pre-assembled computers allowed a wider range of people to use computers, focusing more on software applications and less on development of the processor hardware.

Throughout the late 1970s and into the 1980s, computers were developed for household use, offering personal productivity, programming and games. Somewhat larger and more expensive systems (although still low-cost compared with minicomputers and mainframes) were aimed for office and small business use. Workstations are characterized by high-performance processors and graphics displays, with large local disk storage, networking capability, and running under a multitasking operating system. Workstations are still used for tasks such as computer-aided design, drafting and modelling, computation-intensive scientific and engineering calculations, image processing, architectural modelling, and computer graphics for animation and motion picture visual effects.[1]

Eventually the market segments lost any technical distinction; business computers acquired color graphics capability and sound, and home computers and game systems users used the same processors and operating systems as office workers. Mass-market computers had graphics capabilities and memory comparable to dedicated workstations of a few years before. Even local area networking, originally a way to allow business computers to share expensive mass storage and peripherals, became a standard feature of the personal computers used at home.
Market and sales
Personal computers worldwide in million distinguished by developed and developing worldIn 2001 125 million personal computers were shipped in comparison to 48 thousand in 1977. More than 500 million PCs were in use in 2002 and one billion personal computers had been sold worldwide since mid-1970s until this time. Of the latter figure, 75 percent were professional or work related, while the rest sold for personal or home use. About 81.5 percent of PCs shipped had been desktop computers, 16.4 percent laptops and 2.1 percent servers. United States had received 38.8 percent (394 million) of the computers shipped, Europe 25 percent and 11.7 percent had gone to Asia-Pacific region, the fastest-growing market as of 2002. The second billion was expected to be sold by 2008.[2] Almost half of all the households in Western Europe had a personal computer and a computer could be found in 40 percent of homes in United Kingdom, compared with only 13 percent in 1985.[3]

The global PC shipments was 264 million units in year 2007, according to iSuppli[4], up 11.2 per cent from 239 million in 2006.[5]. In year 2004, the global shipments was 183 million units, 11.6 percent increase over 2003.[6] In 2003, 152.6 million PCs were shipped, at an estimated value of $175 billion.[7] In 2002, 136.7 million PCs were shipped, at an estimated value of $175 billion.[7] In 2000, 140.2 million PCs were shipped, at an estimated value of $226 billion.[7] Worldwide shipments of PCs surpassed the 100-million mark in 1999, growing to 113.5 million units from 93.3 million units in 1998.[8]. In 1999, Asia had 14,1 million units shipped.[9]

As of June 2008, the number of personal computers in use worldwide hit one billion, while another billion is expected to be reached by 2014. Mature markets like the United States, Western Europe and Japan accounted for 58 percent of the worldwide installed PCs. The emerging markets were expected to double their installed PCs by 2013 and to take 70 percent of the second billion PCs. About 180 million PCs (16 percent of the existing installed base) were expected to be replaced and 35 million to be dumped into landfill in 2008. The whole installed base grew 12 percent annually.[10][11]

In the developed world, there has been a vendor tradition to keep adding functions to maintain high prices of personal computers. However, since the introduction of One Laptop per Child foudation and its low-cost XO-1 laptop, the computing industry started to pursue the price too. Although introduced only one year earlier, there were 14 million netbooks sold in 2008.[12] Besides the regular computer manufacturers, companies making especially rugged versions of computers have sprung up, offering alternatives for people operating their machines in extreme weather or environments.
Netbooks and nettops
The emergence of new market segment of small, energy-efficient and low-cost devices designed for access to the Internet (netbooks and nettops) could threaten established companies like Microsoft, Intel, HP or Dell, analysts said in July 2008. A market research firm International Data Corporation predicted that the category could grow from fewer than 500,000 in 2007 to 9 million in 2012 as the market for low cost and secondhand computers expands in developed economies. [14] Also, after Microsoft ceased selling of Windows XP for ordinary machines, it made an exception and continued to offer the operating system for netbook and nettop makers.[15]
Types
Desktop computer
Main article: Desktop computer

Dell OptiPlex desktop computerPrior to the wide spread of PCs a computer that could fit on a desk was considered remarkably small. Today the phrase usually indicates a particular style of computer case. Desktop computers come in a variety of styles ranging from large vertical tower cases to small form factor models that can be tucked behind an LCD monitor. In this sense, the term 'desktop' refers specifically to a horizontally-oriented case, usually intended to have the display screen placed on top to save space on the desk top. Most modern desktop computers have separate screens and keyboards.
Nettop
Main article: Nettop
A subtype of desktops, called nettops, was introduced by Intel in February 2008 to describe low-cost, lean-function, desktop computers. A similar subtype of laptops (or notebooks) are the netbooks (see below).


Laptop

ALL ABOUT MUSIC



Music and Theater Arts
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Department of Music and Theater Arts

Department of Music and Theater Arts

At MIT, the arts are widely practiced, performed, and celebrated - in corridors and classrooms, on stage and in the studio.

Hundreds of exhibitions, performances, and readings enliven MIT's campus annually, enhancing and enriching campus life while drawing tens of thousands of visitors from throughout the region.

Between 60 and 70 percent of incoming freshmen come to MIT with strong interests and involvement in the arts. Many pursue their artistic interests through participation in MIT's Music and Theater Arts Section, which provides numerous opportunities for students to develop artistically and intellectually.
Music

MIT's Music Program provides a challenging, rewarding undergraduate musical education for students at every level of preparation and talent. The music faculty includes internationally known composers and performers, and students may choose from a wide variety of offerings in performance, theory/analysis/composition, and music history/literature.

MIT students can major, double major, minor or concentrate in music. In addition to individual and class study in traditional and experimental music, students may participate in many performance groups directed by members of the faculty. These include the MIT Symphony and String Chamber Orchestras, Wind Ensemble, Festival Jazz Ensemble, Chamber Music Society, Concert Choir, Chamber Chorus, Gamelan Galak-Tika and the Senegalese performing ensemble, RAMBAX MIT.
Theater Arts

Through MIT's Theater Arts Program, students explore diverse theatrical forms and practices, from the scripted play to actor-created theater, from musical theater to the theater of identity politics. Courses range from playwriting to directing to set design, always reflecting a commitment to diverse aesthetics. Students participate in numerous curricular and extracurricular ensembles ranging from the curricular Dramashop to the extracurricular improv comedy troupe, Roadkill Buffet.

The Program welcomes students' unique cultural and individual perspectives in a collaborative environment that encourages inquiry as the cornerstone of both personal and artistic growth. Together, MIT Theater's faculty and students work together in search of expression, depth and mastery in the art of theater.American Idiot was a rarity of the 21st century: a bona fide four-quadrant hit, earning critical and commercial respect, roping in new fans young and old alike. It was so big it turned Green Day into something it had never been before -- respected, serious rockers, something they were never considered during their first flight of success with Dookie. Back then, they were clearly (and proudly) slacker rebels with a natural gift for a pop hook, but American Idiot was a big album with big ideas, a political rock opera in an era devoid of both protest rock and wild ambition, so its success was a surprise.

Virtue and Friendship

Virtue and Friendship
So, this may seem like a strange topic, but I’ve studied it a bit, and find it interesting. Aristotle speaks of friendship as necessary for living the happy life. This happy life is one lived virtuously. Therefore, friends are in some way needed for the opportunity to be fully virtuous, and ultimately happy. The friendship Aristotle considers, as a need, is character friendship, or friendship made for the sake of the other qua good. Aristotle goes further, arguing that in some sense those partners involved in character friendships are one another’s ‘other selves’. More or less, because both friends have a common moral end -- acting virtuously (and therefore acting on what is objectively good)-- the ends of their practical reasoning (to understand and act on what is objectively good) are identical. Conversely, Stoic philosophy considers friendship to be a preferred good, but nonetheless a good that in no way contributes to a Stoic sage’s virtue. The Stoic sage is said to be self-sufficient with regard to virtue, so in the event that he was left friendless, he would remain happy (being self-sufficiently virtuous). Under this view, friends are not needed for one to be fully virtuous, and are therefore not needed for one to live happily. So which is it? Are friends only preferred, and not really needed, to live happily? In this context, does friendship in itself constitute a virtue? Or somehow make one more virtuous? I’m inclined to agree with Aristotle that friendship is needed for one to live most virtuously, and thus most happily. Granted character friendships are possible, it seems intuitive that such a relationship directed towards earnestly promoting and acting on what is objectively good would both affirm the virtue of the individual and refine that overall character. It also seems possible to me that character friendship could be considered a virtue in its own right (a virtue of social interaction). One of my concerns is the possibility of a genuine character friendship. That is to say, if friends help one another better act virtuously, and therefore promote one another's happiness, then wouldn’t there be some egotistical grounds for that friendship. In other words, wouldn’t I befriend the other for the sake of promoting my happiness? If so, is an altruistic friendship possible? Even still, it seems to me that considering one may be self-sufficient with respect to virtue has more potential to fall under the heading of an egoism. If virtue is concerned with what is objectively good, how can a subject know its truth without some external justification. Couldn’t I say that my having sex is a virtue because it seems good to me? Does anyone have some thoughts on the subject?
Jokelamaniac Initiate Usergroup: Members Joined: Sep 27, 2008 Total Topics: 0 Total Posts: 6

I think Aristotle was quite right. Psychiatrists like Harry Stack Sullivan considered man as a gregarious animal. Primitive's tribe is like a wolf pack - and we civilized people have our own herds also. Sullivan's idea is that anxiety comes between people, separates them from others - and total separation mean at least risk of mental illness. So it seems that even the sense of reality has some kind of social origin. We must remember that people are individuals, and their needs vary quite a much. So I mean there is no sense to judge someone without having friends. But generally human existence constitues on the basis of other people. Although Sartre called other people hell, even he had enemies and mates.
Mr. Jokelamaniac
smerdyakov Usergroup: Members Joined: Nov 23, 2008 Total Topics: 3 Total Posts: 19
Posted 11/27/08 - 04:31 PM:
#3
Jokelamaniac wrote:I think Aristotle was quite right. Psychiatrists like Harry Stack Sullivan considered man as a gregarious animal. Primitive's tribe is like a wolf pack - and we civilized people have our own herds also. Sullivan's idea is that anxiety comes between people, separates them from others - and total separation mean at least risk of mental illness. So it seems that even the sense of reality has some kind of social origin.Both Aristotle and the Stoics agree that man is naturally a social animal, but they disagree as to whether satisfying that desire amounts to a need. Also, the sort of happiness they are considering is one that is grounded in virtuous activity--In other words, the virtuous life is the [truly] happy life. So the issue is whether we need friends to act fully virtuous, and thus live happily, or if they are just preferred goods.
Jokelamaniac wrote:We must remember that people are individuals, and their needs vary quite a much. So I mean there is no sense to judge someone without having friends. But generally human existence constitues on the basis of other people. Although Sartre called other people hell, even he had enemies and mates.I don't think i understand what you're saying here. Could you rephrase this last half?
philosofear Dualist Usergroup: Members Joined: May 28, 2007 Location: My mind Total Topics: 33 Total Posts: 327
Posted 11/30/08 - 09:30 AM:
#4
I dont think we need friends to be virtuous. Rather, as Socrates says in his conversations with Gyges that the virtuous man is often the one most despised by everyone, but he continues to act virtuously, despite this fact. In regards to being happy without having any friends. I would like to say that it is possible to be happy and be completely self-dependent without friends, though the difficulty in achieving this aim would be enormous.
"The unexamined life is not worth living" -Socrates
B_TheGreat Pro Usergroup: Members Joined: Oct 21, 2008 Total Topics: 4 Total Posts: 62
Posted 12/01/08 - 09:26 AM:
#5
People naturally crave the attention and desire for one another. The company it provides is insured enough to be pleasant and help you grow as a person. As everyone compares friends to being virtuous and proper order to sustaining happiness is quite a misrepresentation. The quality and quantity of the friends must be examined. One can sit and stare at a person for their desire to sustain a shallow relationship as well as a friend with not a thought in their head. While sustaining happiness is the ultimate truth in one's self it is apparent that the criteria of the 'friendship' isn't being examined. I agree that people are naturally social animals, but sustaining friendships is not the same ideal. If one truly wants to live prosperously in their life, one must examine what truly makes them happy and account for that. Friends are a nice social interaction, a mere pleasant touch to the soul. As I consider friends close to me I examine why I consider them close to me. I have introduced their ideals, philosophies, morals, values, and the factor of trust. While I have acquired this through trial and error in the social world, then I have properly examined what makes my friend a true 'friend'. Being happy does not revolve around the friends we make, but merely how we make ourselves happy. One may crave attention and desires from their friends, but are they are merely deceived by the attention they receive. Simply, everyone has the tendency to want to be happy, but never understand what makes them happy. One must fulfill their life in whatever means necessary for their happiness. When that is accomplished, then one can seek the gift of a 'true friend'. As for needing friends for happiness, that's an unexpected delusion

Universities & Colleges



GLOBAL: What are universities for?

The title of this article should be a FAQ - that is, a frequently asked question. My contention is that the question, 'What are universities for?' is not asked enough, and that it tends not to be answered in a cogent and realistic way by those best placed to do so, that is by academics.

I will present a series of propositions which I challenge you to disagree with. They are based on ideas that Colin Lucas and I recently set out in a publication from the League of European Research Universities.

Proposition 1 - Universities play increasingly important roles in modern society.

In the last two decades, higher education worldwide has moved from the periphery to the centre of governmental agendas. Universities are now seen as crucial national assets in addressing many policy priorities, and as: sources of new knowledge and innovative thinking; providers of skilled personnel and credible credentials; contributors to innovation; attractors of international talent and business investment; agents of social justice and mobility; contributors to social and cultural vitality; and determinants of health and well-being.

Proposition 2 - Notwithstanding their diversity of functions, governments focus on the presumed direct economic role of universities.

Whereas people in higher education might be sensitive to these diverse functions, the reality is that in policymaking circles the discourse about universities tends to be dominated by analyses of how they can best fulfil a direct economic function.

The role of universities in creating economically valuable intellectual resources is reflected in the following comments, and is in my mind unquestionable.

Michael Porter, of Harvard Business School, commented that: "Skilled human resources and knowledge resources are two of the most important factors for upgrading national competitive advantage." According to André Sapir, of the Breughel Group: "There must be the radical re-ordering of EU priorities to stimulate growth, by concentrating on consolidating capital markets, research and development and higher education."

But I am profoundly uneasy when faced by assertions such as those of the Australian Chief Scientist, who argued in The Chance to Change that universities had the potential "to play a central role as dynamos of growth in the innovation process and be huge generators of wealth creation".

In a context where governments are principal funders of universities, it implies that a university can be like a pump which, when primed with a little public money, will gush forth the tangible effects of economic prosperity into which that money has been transformed.

It assumes that the function of universities is to provide direct in-out benefits for society's economic prosperity. The logic implies that invention in the university, largely in its science labs, leads to innovation and economic benefit. The oft-quoted example of this from Silicon Valley and Stanford University is, however, far more subtle and complex than a simple reading allows - but its success, however fleeting, has created a consensus about the potential of the university to be the direct driver of the knowledge-based economy.

That is the consensus that prevails today, as European policymakers look to keep their nations and regions competitive, in face of raging industrial competition from China and India, as well as all-round economic uncertainty.

A rhetoric of crisis has developed that focuses on the development of powerful research universities which have become, over the past few years, something of a holy grail for European research policy. In almost every region and nation, having at least one research university that performs, as the cliché goes, like MIT, is regarded as a central element in maintaining economic competitiveness.

What role do such universities have, they ask, in lifting us from the current recession, or depression as it might become? What shall we do to ensure that our universities are ready to perform? And by implication, if companies and jobs aren't being created in sufficient numbers, where are our universities going wrong? What can we fix to make them deliver the goods? If they can't, we'll create a European Institute of Technology to show them how to do it.

Proposition 3 - It is crucial that the true role of universities in society is understood before mechanisms to promote change are put in place.

At this point, we need to pause and think what it is that makes the university engine work, what it can deliver for society and what it cannot. Because while public policy rightly seeks the engagement of universities in contemporary concerns and objectives of their societies, such policy needs to be moderated by a better understanding of the fundamental functions of universities in society.

While the assumption is that there is a direct, linear in-out relationship between economic outcomes and investment in university research - particularly in science - which has produced welcome investment, and while many governments are asking "how can we make investments in universities that will help us out of the recession", there is a temptation for universities to promise what we cannot deliver.

We should be careful not to foist on universities tasks which they may be ill-equipped for and which, if too actively pursued, could damage their ability to deliver what they are uniquely able to deliver in terms of education and innovation. We need only look at banks to see the consequences of excessive and ill-conceived diversification. Let us not follow them.

It is my contention that much of the current emphasis of public policy concerning universities is the result of thinking that is far from capturing their essential reality. It is crucial that the true role of universities is understood before mechanisms to promote change are put in place.

Proposition 4 - The university's concern is 'useful knowledge', but not merely with the immediately applicable - a university is a resource for an unknown future.

I believe that the university is essentially concerned with 'useful knowledge', but that useful knowledge should not be interpreted merely as the immediately applicable. One of the roles of the university is to prepare the knowledge that an unpredictable future may need.

A university that moulds itself only to present demands is one that is not listening to its historians. Today's preoccupations are inevitably myopic, often ephemeral, giving little thought for tomorrow. History is at its most illuminating when written with the full consciousness of what people wrongly expected to happen. Even in the domain of technology, future developments only a few years away have been shrouded from contemporary eyes. Many, possibly most, have arisen unexpectedly from research with other objectives, and assessments of technological potential have invariably missed the mark.

Thirty years ago, scientists who studied climate change, and I am one of them, tended to have long hair and very colourful socks. We were regarded as harmless but irrelevant. But the serendipitous investment in their work revealed processes that we now recognise as threatening the future of human society, and the successors to those scientists are playing a crucial role in assessing how we need to adapt.

Francis Fukuyama's 1992 claim of "The End of History" was soon falsified as, within a decade, history re-invented itself, gearing into fast-forward mode with unanticipated transformations in economic practice, in social and religious experience and political relationships. We may now be at a similar juncture. Who would have thought, a mere year ago, that two decades of global economic growth might be brought to a precipitous halt by sudden collapse of pillars of the global economy.

The ideas, the thoughts, the technologies, that tomorrow will need or that will forge tomorrow, are hidden from us. Universities in their creative, free-thinking mode, and their students who acquire these habits, are vital resources for that future and an insurance against it. The policies being increasingly pressed upon universities, however, implicitly assume a knowable future or a static societal or economic frame.

Arguably, we have become so well adapted to a set of assumptions that are of temporary rather than universal validity, that we are less able than we should be to contribute the radical ideas that the present circumstances need.

Let me therefore examine how university contributions to society are achieved through their historic roles in education and research, and how they should best respond to current priorities. What is core of the university function? Where is the engine of its creativity? And where are we failing?

Proposition 5 - the central role of the university is education.

Generation by generation universities serve to make students think. They do so by feeding and training their instinct to understand and seek meaning. True teaching disturbs complacency. They are taught to question interpretations that are given to them, to reduce the chaos of information to the order of an analytical argument and to seek out what is relevant to the resolution of a problem. They learn progressively to identify problems for themselves and to resolve them by rational argument supported by evidence: and they learn not to be dismayed by complexity but to be capable and daring in unravelling it.

These are the qualities that ensure that they are not bemused and confounded by the collapse of a world that would have provided them with assured and predictable employment, but make them able, as I say, to be capable and daring in addressing its problems.

When leavened by deep technical understanding, these skills create a powerful alchemy that ensures an annual flux into society of skilled and creative graduates who continually refresh its technical excellence and its economic, social and cultural vitality. They are crucial to its capability to take bold, imaginative and principled action in the face of an uncertain future, rather than cowering in fear of it. They are the qualities that every society needs in its citizens.

Without them, society fails to exploit new intellectual capital and is unable to make decisive decisions. It will be a derivative society, buffeted by international trends but without the moral force to influence global developments. European dithering and uncertainty in the current crisis, where we seem to be waiting for the Americans and the Chinese to solve our problems, underlines the point.

I am aware that statements about the deeper, personal values of education can easily be traduced as sentimental attachment to an ivory tower, detached from a world of employment and the insistent utilitarian demands from a variety of stakeholders. I retort that such values are themselves utilitarian. They form the bedrock that enables the practical skills needed by society to be most intelligently deployed.

Moreover, many of the qualities prized by government and business - entrepreneurship, managerial capacity, leadership, vision, teamwork, adaptability and the effective application of specific technical skills - are not primary features, but derivatives from these more fundamental qualities.

Neither should these values be thought of as exclusive, elite virtues. The diverse institutions that now make up the university sector in Europe, all need to respond to these imperatives, both in vocational and non-vocational programmes. Watering down condescends to the unknown capabilities within ourselves. It condescends towards those judged, a priori, to be incapable of better things.

I sometimes feel that we in the universities have lost the plot. Rather than ensuring that our graduates are adaptive, competent and intellectually bold, we increasingly focus on developing highly specific technical skills deployed in predictable settings. We have been concerned with the derivatives rather than the fundamentals. With what is learned rather than how it is learned. With training for the short term rather than education for life.

Proposition 6 - research or scholarship are essential to the university enterprise only if they are intimately associated with the educational process. Research-only or teaching-only staff undermines the rationale for university research.

One of the reasons why such education has come under pressure, is the research imperative. In many settings research and scholarship have become the enemies of good teaching rather than its necessary complement. Many universities have given research such priority that it is become an activity separated from teaching. The establishment of teaching-only and research-only posts is symbolic of the shift. Universities are certainly not exclusively, nor even primarily, research institutions.

Why do teaching and research belong together? It is because the best research and the best teaching depend upon a culture and individual attitudes that value curiosity, scepticism, serendipity, creativity and even genius. They are values that are crucial to the university educational process at its most profound, and are most readily acquired in an environment of free-ranging speculation and research.

On the other hand, the transfer of research-derived understanding into society by graduates who embody it is probably the most powerful vector by which it reaches society. More important than publications, than spin-outs and technology transfer offices.

By the same token, universities have also proved to be a highly cost-effective setting for basic research in particular. The reasons may lie in their non-hierarchical nature, the pervasive presence of the irreverent young, whose minds are not so full of the means of refutation that original ideas are denied entry, in contrast to specialist research institutes, where the peace and quiet to focus on a mission, undistracted by teaching or other responsibilities, and with relatively assured funding, may be a questionable blessing.

Proposition 7 - Universities are important parts of the modern innovation process, but not as its drivers.

But what is the role of universities in innovation? Innovation is predominantly a process of business engagement with markets. Universities are not the drivers of these processes, but they do increasingly contribute to the fertility of the environment that innovation needs if it is to flourish. Direct commercialisation activities do not, even in the USA, where university commercialisation is best developed, contribute significantly to GDP. In Silicon Valley, Boston and Cambridge, even high tech companies do not regard the university amongst their principal direct collaborators.

Universities have a different role, which is to help create an environment sympathetic to and supportive of innovation, and particularly where there is internationally-competitive research and excellent graduates. They produce centres of creativity that attract research-intensive companies and investment into a region, and help catalyse innovation in indigenous businesses.

The bedrock for this potential remains, however, the university's commitment to education and the exploration, through research, of the limits of our understanding.

Proposition 8 - Universities have the potential to stimulate regional social and cultural vitality. This itself also has an economic impact.

Lively and energetic universities enrich their regions and beyond in very diverse and complex ways. Many academics have long and freely contributed their specialist knowledge or distinctive perspectives to public bodies, and to a broader public through lecture, debate, discussion or performance, and as "public intellectuals" who take on a public role to stimulate debate or social activism. So do their students.

Much of this engagement is negotiated with and by individual academics and their students, often without the formal consent or even knowledge of their universities. It is part of the "halo" effect of a university, and depends entirely on the presumption that autonomous academics have the freedom, and the duty, to promote learning and understanding.

Such activities stimulate cultural vitality, they attract clever people to come to region and retain them there, and attract the companies they work for. They influence social policy and social provision. Moreover, academics' reputations for independence and their credibility make them ideal interlocutors in some of the crucial public debates of our times, whilst their universities provide an ideal, neutral space for engagement.

So why do these benefits not always flow as I have described them, or not as much as they should? There are two first order problems, which lie jointly in the hands of government policy makers and of universities themselves.

Proposition 9 - Policymakers too frequently prioritise and fund outcomes rather than the health of the university engine that delivers them. This unbalanced approach can undermine production of the very things that government cherishes.

Governments as the principal funders of Europe's universities have a difficult job. A major difficulty arises in the desire of policymakers to mandate outcomes, which they often approach by creating separate funding streams to support separate outcomes: the graduating students, the research excellence, the number of patents and start-up companies, the policy contracts etc.

Success in any one of these areas, or particularly attractive funding streams can so persuade a university to concentrate its efforts in that direction that there is detriment to the creative balance in its core. I have no doubt for example that the Research Assessment exercise in the United Kingdom, which is the principal way in which a university can change its core income has been such a powerful driver of behaviour that our central educational role has suffered severely.

Where are universities falling short? What are the lessons for universities and policy-makers?]

I do not have time to go into this, I will simply leave you with this list and say that the other major problem lies in the difficulty of managing an institution like a university, with the immense creative potential that I have tried to describe.

The dilemma is to retain the sense of ownership of the university by its members, which creates the setting for their creativity to range freely, whilst implementing the structural changes that are inevitably needed from time to time if the university is to remain a creative force for future generations.

The difficulty is, that changing a university is like moving a graveyard, you get no help from the people inside! The temptation to weak rectors or governing boards is to manage this potential anarchy so strongly that all autonomous creativity and diversity of action is squeezed out. We must not fall prey to the fallacy of managerial primacy, that things that make management difficult necessarily need to be removed or reformed.

Conclusion

It is my contention that slipshod thinking about the roles that universities can play in society is leading to demands that they cannot satisfy, whilst obscuring their most important contributions to society, and, in the process, undermining their potential. To see them simply as instruments for immediate economic benefit is a fundamental error. To confine universities to such a mechanical place in the progress of society is to diminish them; it invites doomed attempts to measure intangible effects by unyielding metrics; it offers only eventual disillusion.

We should not be rushed by a combination of inducements, urgency, and regulation into accepting an identity proffered from our ambient world, but must engage with it to define a commonly accepted purpose.

The increasingly instrumental view of universities too frequently concentrates on science, technology and medicine, with a perfunctory nod towards the humanities and social sciences that implicitly under-values their importance for society. There is a notion that the understanding they confer is less important than that of natural science, although natural scientists themselves rarely take that view.

Universities deal with the universality of knowledge; they are concerned with human beings in all their manifestations - biological, mental, emotional, objective and subjective - and their social, cultural and economic organisations and interactions with each other; they are concerned with the physical world within which human beings find themselves, and the physical world we have created for ourselves.

They seek to establish what is common to all of us and what distinguishes us each from another or each group from another group. These things are common to the whole university endeavour whatever the discipline. They are the foundation upon which the university enterprise rests and upon which its significance for society is built.

There is an overriding point to derive from the propositions I have put to you. Policy makers increasingly appear to regard universities as supermarkets for a variety of public and private goods that are currently in demand. I retort that it is the totality of the university enterprise that is important. Neglect that and the shelves will be bare. One cannot simply separate one element and say that is what we want and that is what we will pay for.

Human society is not separable in the way that governments would necessarily wish to decompose it for the purpose of discrete policy actions. It is a complex interacting whole, which needs to be understood as a whole. No one discipline suffices to seize the whole - whether the whole individual or the whole social construct.

Of course, public policy will place a premium on this or that aspect at different times, but it cannot simply set about neglecting the rest on the purely temporary and therefore relative grounds of a present concern. Indeed, universities are the only place in society where that totality of ourselves and our world is brought together. It is universities in their diversity of preoccupations that are the strongest providers of rational explanation and meaning that societies need.

These issues of function and purpose are important, and need to be explicit. They must be part of the frame for the animated debate taking place in Europe that generates headlines such as "creating an innovative Europe", "delivering on the modernisation agenda for universities", and "European Strategies for European universities".About UCISA

UCISA represents almost all the major UK universities and higher education colleges and has a growing membership among further education colleges, other educational institutions and commercial organisations interested in information systems and technology in UK education, providing a network of contacts and a powerful lobbying voice.

Information systems and technology are increasingly important in further and higher education. Government, funding bodies and powerful commercial interests recognise this, each bringing its agenda and initiatives to bear on individual institutions. In this ever more complex and demanding climate, UCISA plays a vital role as the key membership organisation representing those responsible for delivering information systems and technology services in universities, colleges and related institutions.

Although primarily focused on the higher education sector, increasing integration, shared concerns and strengthening relationships across all sectors mean that UCISA membership is of value to many other types of educational institution.

UCISA is also important to those with a commercial interest in the education sector, especially through the annual conferences, which provide a unique opportunity to meet and communicate with those involved in information systems and technology delivery within universities and colleges.

UCISA is an open, impartial and representative association. It provides a national and international presence for the people who make information systems and services work. It helps them to share best practice, maximise cost effectiveness, develop ideas and inform and support policy making within their institution, nationally and internationally.
Aims

INDUSTRIAL COMPUTERS





Industrial Computers, Inc.

For over 20 years, ICI has produced systems for mission critical applications worldwide. ICI is a leader in systems integration and has established a competitive advantage through its scale of operations, agility of its production facility, and consistent execution. Founded in 1984 on the premise that service and product quality are key to growth and longevity, ICI's products are unmatched in the marketplace. Today, ICI supplies numerous industries, government organizations and educational instutitions with the highest quality computers, servers and networking and communications products. ICI's mission is to support our customers, employees, and stockholders by being a world class supplier of industrial computer products.

Industrial Computers Inc. offers a full line of rackmount LCD monitors, slide rail kits, keyboards, and KVMs to support all your industrial computer needs.

Our industrial rackmount computers incorporate the latest industrial grade components such as long-life SBC's (Single Board Computers) and backplane combinations to provide the ultimate expansion capabilities. Our industrial rackmount computers utilize industrial grade long-life motherboards, which provide flexible expansion capabilities in a cost effective, highly reliable solution. Most of our computer systems include washable filters, high flow long-life cooling fans, and options for redundant power supplies and hard drives. Our industrial computers are designed to provide years of trouble-free operation.

Industrial Computers Inc. is your single source for all your industrial computer needs. We offer a variety of form factors that include our rugged industrial rackmount PCs (1U, 2U, 3U, 4U), Panel Mount PCs, embedded PCs, wall mount brackets for our industrial rack mount PCs, and rugged portable industrial PC systems. All our industrial computers go through a rigorous quality control process to ensure each computer is delivered fully functional. ENGINEERING
ICI has many engineering resources available to work with your organization's unique requirements. Our staff of engineers can design and prototype custom computer products for OEM clients or develop end-to-end solutions for special automation or measurement applications.

Industry Wide Applications:
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Product Development and Integration Services:
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-Numerous system board products:ICI, Imperial Chemical Industries ICI is a British company that enriches our everyday lives and environment.The specialty chemical company designs, develops, and sells substances used in the composition of sanitation products, as well as fragrances and paints. These activities are dealt with in five entities: National Starch & Chemical produces adhesives, starch products for the food industry and certain papers, and polymers notably for materials used in electronics. Quest creates aromas and perfumes for care and hygiene products. Uniqema propose products that improve the features and performance of certain consumer goods such as body creams and lubricants. ICI Paints manufactures and sells paint (decorative and protective, for both interior and exterior needs) under well-known brands such as Dulux, Valentine, and Glidden. Finally, Regional & Industrial Business develops the group's activities in India, Pakistan, and Argentina. ICI, a real emperor in specialty chemicals.
PC104, EBX, ATX, Backplane

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Lexington Law firm

How do we help our clients succeed

EXPERIENCE Lexington Law is a general service consumer advocacy law firm, not an online credit repair shop. Helping consumers take action on their credit since 1991, we have served over 1/2 million clients. Our firm is the largest network of credit correction attorneys with 22 attorneys across 16 states (and growing), and is responsible for the employment of 400+ paralegals/agents working to ensure the highest standard of service.
PROVEN RESULTS Our innovative services assisted our clients in the removal of over 600,000 questionable negative items last year (view them here,) and helped our participating Concord-level clients see an average of 8.6 removals by month 3 and 28.6 removals by month 12 from their combined credit reports.** AFFORDABILITY As you would expect from a consumer advocacy law firm, Lexington Law has gone to great lengths to make its services affordable to its clients. You can get started for as low as $39.95 a month and a one-time $99.95 set-up fee, all charged only after that work has been completed. Our services are backed by a refund policy, and clients may cancel at any time. If you're ready to take control of your credit, start now.
1/2 Million Clients Served
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22 Lawyers in 16 States
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Your credit has been missing something: YOUThe credit system may seem like a private conversation between your creditors and the credit bureaus, but this conversation is not complete until you have joined it. You have the right to question any information on your credit reports that you feel may be inaccurate, untimely, misleading, incomplete, ambiguous, unverifiable, biased or unclear ("questionable.") If an item cannot be verified, then it must be removed.
Our firm helps you become part of the credit conversation through time-tested services that incorporate innovative dispute methodologies, creditor interventions, and other credit repair methods that make full use of your credit rights as established by the Fair Credit Reporting Act (FCRA) and other federal laws. While these laws give you a way to address credit issues on your own, acting on them takes more than a letter, a stamp and crossed fingers, it takes experience and perseverance. Many who try to repair their own credit are discouraged by a series of road blocks that lead them to end their fight for fair credit in frustration and despair.
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About Nepal and her organic coffee

Nepal is one of the richest countries in the world in terms of bio-diversity due to its unique geographical position and altitude variation. The elevation of the country ranges from 60 meters above sea level to the highest point on earth, Mt. Everest at 8,848 meters, all within a distance of 150 kilometers resulting in climatic conditions from sub-tropical to arctic. This wild variation fosters an incredible variety of ecosystems, the greatest mountain range on earth, thick tropical jungles teeming with a wealth of wildlife, thundering rivers, forested hills and frozen valleys.
Within this spectacular geography is also one of the richest cultural landscapes anywhere. The country is a potpourri of 101 ethnic groups and sub-groups who speak over 92 languages and dialects. Nepal offers an astonishing diversity of sightseeing attractions and adventure oppurtunities found nowhere else on earth. And you can join in the numerous annual festivals that are celevrated throughout the year in traditional style highlighting enduring customs and beliefs.
Language: Nepali Currency: Nepalese Rupee Political System: Nepal was declared a Federal Democratic Republic state on May 28, 2008, during the first meeting of the Constituent Assembly. It was previously a multiparty democracy since 1990National Bird: Impean Pheasant Danfe). National Flower: Rhododendron Arboreum (Lali Gurans).
The most exhilarating titles with which Nepal has been admired and praised by various renowned travel writers in recognition of her cultural richness :
Living cultural Museum
Shangri-La
Roof of the World
Birth place of the Apostle of Peace
Country of Living Goddess
City of Golden Pagodas and Parasols
Himalayan Pilgrimage
Nature amphitheatre
Melting pot of Hinduism and Buddhism
A tiny Kingdom of 103 ethnic groups and 93 spoken languages
Birth place of Sita
Abode of Shiva
Land of Mysticism & Exoticism
Land of non-stop festivals
are explicit and self-explanatory. They tell the world about our incomparable & prosperous cultural heritage.

Nature
Nepal covers a span of 147,181 sq. kilometers ranging from altitude of 70 meters to 8,848 meters. Mountains, mid hills, valleys and plains dominate the geography of landlocked Nepal that extends from the Himalayan range in the north to the Indo-Gangetic lowlands in south. Mt. Everest, the highest point of the Himalayas is in Nepal.
Physical features also include green paddy terraces, wind-swept deserts, dense forests and marshy grasslands. The country is well endowed with perennial rivers, lakes and glacial lakes that originate in the Himalayas. Twenty percent of the land in the country is used for agriculture, where 0.49 percent is used for permanent crops, mainly rice.
Climatic conditions of Nepal vary from one place to another in accordance with the geographical features. In the north summers are cool and winters severe, while in south summers are sub tropical and winters mild.
The variety in Nepal's topography provides home to wildlife like tigers, rhinos, monkeys, bears, yaks, leopards and different species of insects and birds. Nepal is a home to almost 10 percent of the world's bird species among which 500 species are found in the Kathmandu Valley.
The country has managed to preserve some endangered species of Asia in its extensive parks and protected natural habitats. The most abundant natural resource in Nepal is water. Other resources found here are quartz, timber, lignite, copper, cobalt, iron ore and scenic beauty.
UNESCO World Heritage Natural Sites



Religion
In Nepal, Hinduism and Buddhism are the two main religions. The two have co-existed down the ages and many Hindu temples share the same complex as, Buddhist shrines. Hindu and Buddhist worshippers may regard the same god with different names while performing religious rites. Nepal has been declared as a secular country by the Parliament on May 18, 2006. Religions like Hindusim Buddhism, Islam, Christianity, and Bon are practiced here. Some of the earliest inhabitants like the Kirats practice their own kind of religion based on ancestor worship and the Tharus practice animism. Over the years, Hinduism and Buddhism have been influenced by these practices which have been modified to form a synthesis of newer beliefs. For centuries the Nepal remained divided into many principalities. Kirats ruled in the east, the Newars in the Kathmandu Valley, while Gurungs and Magars occupied the mid-west. The Kirats ruled from 300 BC and during their reign, emperor Ashoka arrived from India to build a pillar at Lumbini in memory of Lord Buddha. The Kirats were followed by the Lichchhavis whose descendants today are believed to be the Newars of the Kathmandu Valley. During this period, art thrived in Nepal and many of the beautiful woodcarvings and sculptures that are found in the country belong to this era. With the end of the Lichchhavi dynasty, Malla kings came to power in 1200 AD and they also contributed tremendously to Nepal's art and culture. However, after almost 600 years of rule, the kings were not united among themselves and during the late 18th century, Prithvi Narayan Shah, King of Gorkha, conquered Kathmandu and united Nepal into one kingdom. Recognizing the threat of the British Raj in India, he dismissed European missionaries from the country and for more than a century, Nepal remained in isolation. During the mid-19th century Jung Bahadur Rana became Nepal's first prime minister to wield absolute power. He set up an oligarchy and the Shah kings remained figureheads. The Ranas were overthrown in a democracy movement of the early 1950s. Religious Festivals Most of the festivals celebrated in Nepal have religious significance. The dates of most festivals are fixed by famous astrologers after consulting the lunar calendar. The biggest and most popular festivals are: Dashain, a celebration of Goddess Bhagabati's victory over evil Mahisashur; and Tihar, a celebration of lights dedicated to Goddess Laxmi.
Flag
The national flag of Nepal is the only national flag in the world that is not a quadrilateral. The flag is a simplified combination of two single pennants from different branches of the previous rulers, the Rana dynasty. Its crimson red is the color of the rhododendron, the country's national flower. Red is also the sign of victory in war. The blue border is the color of peace. Until 1962, the flag's emblems, the sun and the crescent moon, had human faces. They were removed to modernize the flag. The faces remain on the sun and moon on the Royal Standard. The crescent represents the royal house, and the sun denotes the Rana family, who were hereditary prime ministers until 1961.



Natural Products
ECO farm ( Nepal
( For those who love nature and care nature...)
Nepal is often known as the biggest natural museum in the world because of its bio-diversity, flora and fauna. As we have high Himalayas with rich in herbs and natural products, we tried to use wild honey wax as a cosmetic. The Wild honeybee wax (the man holding in the picture) is the main ingredient of the lip cream. As it is handwork, pure and organic, it is effective and possesses medicinal value. . It is in cream color with sweet fragrance. It has got Vitamin B abundantly, works as a moisture preservation and makes skin smooth.
Organic Bee Wax Lip CreamFor those who love nature and care nature…Nepal is often known as the biggest natural museum in the world because of its bio- diversity, flora and fauna. As we have high Himalayas with rich in herbs and natural products, we tried to use wild honey wax as a cosmetic. As it is handwork, pure and organic, it is effective and possesses medicinal value. . It is in cream color with sweet fragrance. It has got Vitamin B abundantly, works as a moisture preservation and makes skin smooth. It is good for Lips creaked, wrinkles, minor wounds, burn prevents, itching, foot cracks, pimples, black marks and cold. But, basically it is a lip cream.
Eventually, with the help of a Japanese friend we got success to promote the natural product. For the detail information about Wild honey wax Organic Lip Cream Please visit www.tushitanepal.com
Basic Ingredients:
Wild honeybee wax : There are many high cliffs in the high Himalayas. There lives Apis Laborious wild bee. Honey hunter hunts the honey climbing about 600 m. high cliff just with the help of rope.
Shopping in Nepal and Wild Honey. It is the most challenging task. As the bee sucks nectar from the herbal plants the honey and the wax has got highly medicinal value. It keeps skin sooth and vivacious all the time.
Anthopogan Oil: It is extracted from the flower and leaves of Rhododendron found in an altitude of 3000m. It is aromatic and effective for bacterial infections. Even in Nepal, it is counted as one of the most expensive herbal oil.
Camphor: It is also extracted from the camphor tree. It gives sweet fragrance like of Vicks and useful for cough and cold. It is similar to eucalyptus aroma and useful for aromatherapy.
Sunflower Oil: Though it is common by name, it is very much essential for herbal composition. We use it in making lip cream more effectiveness.
Lip Cream Container: To add essence for organic and natural product, the container is made of up Sisso wood. It is all handmade. It takes much time and patience.
Annapurna Organic CoffeeAnnapurna Organic Coffee Products is well known Nepalese coffee company producing coffee since 1982. The company is associated with Highland coffee promotion association. We believe in premium quality specialty coffee. Buying this organic coffee means assurance of finest quality coffee and other way of helping small farmers as well as promotion of sustainable agriculture. The company has its professional and technical personal trained by America’s coffee specialist, responsible for quality coffee production. We produce Nepal’s best quality HIMALAYAN ARABICA coffee, produced in the Himalayan highlands. It has fine flavors with full of aroma and a medium to good body. It is suitable for all type of coffee makers.
Farming Regions : Pokhara Valley - Himalayan Midhills
Altitude Grown : 2500 – 4500 ft
Cultivation system : Organic farming system, Environment friendly, shade grown.
Harvesting period : Feb – March
Roasting temperature : 215 Degree Centigrade – 250 Degree Centigrade
Caffine content : 1 %
Roasted Category : Mild / Midium / Dark
Product Category : Natural / Washed
Ingredients : 100 % Pure high land Arabica coffee beans
ATTENTION:
WE HAVE KEPT BEE HIVES IN OUR COFFEE FARM FOR PURE HOENY IN COFFEE TASTE.
WE PRODUCE DELICIOUS MUSHROOM OUT OF THE WASTAGE COFFEE HUSK. MAY YOU COME TO POKHARA NEPAL AND TASTE SOME DAY. SEE YOU SOON !
Cordyceps Sinensis Attention : Our group of intellectuals are in research process of cultivation. There is good sign of possibilities. However, we collect from wild mountain moors at present.
Cordyceps Sinensis is found only in the Himalayan region of Nepalabove 3800m. from the sea level. It is extremely high valued traditional medicine. It is created when a type of fungus parasites the larvae of the Chongcao Bat. Moth and forms a fungus (larva) composite body. The larva forms a cocoon in the winter and hibernates in the ground. Because the fruiting body of the fungus emerges from the head of the larva in the summer time and trembles a grass sprout, this medicine's local name means roughly 'Yarcha Gunbu (winter caterpillar, summer grass)' TOCHYUKASOU in Japanese language meaning is same.
Medicinal Value:Poor renal function, renal injuries by chemicals, Chronic bronchitis, coughing, Regulating blood pressure (high or low), Asthma, allergic rhinitis, Anti-aging, weakness, Poor resistance of respiratory tract, Catching flue easily, Lowering raised blood lipid levels, strengthening the body's immunity, Poor function of lungs & kidneys, The declining of sex drive, Effective in to unifying arrhythmia, Treatment of Chronic Nephropathy, Chronic Nephritis and prevention of Nephralgia, Increasing the blood cells and protein for producing blood plasma, Strengthen the immune system of tumor patients who have received radiotherapy, Chemotherapy or operation. In short, this is “Sanjivani” Life giving medicine.
Shiitake and Other Mushroom Shiitake Mushroom (Lentinus edodes) is a fungus native to Japan, China, and Korea. Although these mushrooms are cultivated worldwide as of 2004, Japan is still the largest producer of shiitake mushrooms, producing 80% of the total supply. The Japanese consider the shiitake not only a flavorful food but also "the elixir of life." Shiitake is an excellent source for amino acids, vegetable proteins, iron, thiamine (vitamin B1); riboflavin (vitamin B2);niacin; and vitamins B6, B12, and D2. Shiitake is known as hsaing ku (fragrant mushroom) in China.
Now, with the help of Mr. Fujino Shoji a Japanese Mushroom expert, we cultivate this Shiitake in chestnut tree logs in our own Eco Farm. This is to encourage the farmers to cultivate rather to collect wild mushroom and invite death. Remember ! large number of death record shows by eating wild mushroom unknowingly. It might be a awareness march from our side to Nepalese society and get good economic support if followed professionally. We are sharing this technology to group of farmers in several villages.
General Use : Traditionally, shiitake was used medicinally for a number of conditions.
colds and influenza, headaches, sexual dysfunction, constipation, measles, hemorrhoids, diabetes , gout etc.
Presently, shiitake has been shown to boost the immune system, act as an antiviral and antibacterial agent, and possibly shrink tumors. However Western interest in the mushroom as a possible treatment for cancer and HIV infection has encouraged researchers in the United States and elsewhere to begin formalized studies of its medicinal properties.
Ayurveda Soap Himalaya Ayurveda Calamus soap is carefully prepared after a long research of Ayurveda doctors team. A series of Himalayan herbal extracts, flowers and essential oils are blended with saphonified vegetable fats. Both fragrance and color are natural and derived from plant extracts. The soap contains no animal fat and animal testing. It is with rich of regenerative, mustering, Vitamin C luxurious lathers especially good for dry and erupted skin. Each bar of soap is carefully hand crafted using a traditional cold process technique and cured for at least one month.
Ingredients: Coconut oil, Castor oil, Phulwara butter, seas am oil, Sunflower oil, Olive oil, Neem oil, Himalayan herbal extracts, Glycerine & Aromatic essential oils.
Himalayan Rock SaltOnce upon a time Himalayan range of Nepal was under the sea “Tethyes Sea” Gradually the Indian plate and continental plate lifted this place and high Himalaya was created. Still we find many fossils till today. And, there is huge layers of Rock Salt white and Ruby color. It is peculiar in taste. It is specially good for indigestion. It gives good taste in boiled vegetables. Japanese and Nepalese people use this salt in Bathing ‘ Ofuro’.
For over 250 million years Himalayan Crystal Salt™ has remained untouched by man. This salt contains 84 minerals essential to life and comes from a time when planet earth was a pristine ecosystem.
This natural, unprocessed salt contains a high crystalline structure allowing nutrients to be absorbed at the cellular level, purifying the body physically and bio- energetically.
Extensively researched, the supreme qualities of this natural crystal salt have been shown to restore the body's alkaline balance and electrolytes.
Zingiber officinale (Ginger)Recorded history of use in India and Nepal dating from the 4th Century B.C. Used primarily as a spice; it can be added to fruits, vegetables, salads, meats, poultry, and beverages. Medicinal Value: digestive aid and nausea reliever, ginger also helps heal ulcers, supports cardiovascular health, reduces pain and inflammation, and speeds recovery from colds and flu while reducing fevers. However, we are making PERFUME by special local technology from dried gingers.
Himalayan Massage Oil: This essential oil is very good for mental stress, fatigue, body ache, head ache and rheumatism. Pine Oil 23 %,Camphor Extract 19%, Wintergreen oil 14.5%, Eucalyptus Oil 13 %, Mint Oil 11.5 % are the major composition of this massage oil. It has being used by our forefathers since many years. Now we are practicing their way of healthy life. As a result it has become popular in Nepalese society and among foreigners who come to Nepal.
Herb WineExtracted Himalayan wild herbs and brewed with traditional method of Nepal
Before opening the cork of this herb wine, please think your self a nice gentleman, seek for beautiful environment, chose a nice friend and subject. And, look yourself whether your heart is lucid, fertile, energetic, juicy. If so, in each ship you are very close to ambrosia – you see the whole surrounding blissful and beautiful…..
Triphala (Harro, Barro, Amala)Triphala the most common formulas used in Ayurvedic medicine and consists of three most prominent herbs Harro (Chebula), Barro (Belerica), Amala (Emblica). Triphala is mentioned throughout the ancient literature of Ayurvedic medicine as a tonifying blood cleanser and gentle laxative, highly prized for its ability to regulate the processes of digestion and elimination. Used by itself or in formulation, Triphala plays an essential role in the treatment of a wide variety of conditions cleanse the tissues of the body, strengthen digestion, and sharpen the senses.
Wild Nepali Hemp ProductsThis natural fibres that don't consume vast amounts of resources to grow. We love hemp - it is easy on the land, springing up from seed in only 120 days without the need for chemical fertilisers. Because hemp is naturally pest-free it does not need pesticides. Hemp is an earth-friendly crop! The wild hemp is gathered and processed in the traditional way by farming families using water retting (separation of the fibres from the woody core). This is achieved by soaking in a pit of water until the fibres start to separate and they are then picked apart.
Hemp cloth for summer is light and airy and wicks dampness away from the body, keeping you naturally cool and comfortable. Yet in winter the same cloth can be layered with a warm sweater on top and will keep you warm. Hemp cloth, like silk, retains your body's heat to keep you cosy. Hemp's naturally antibacterial and antimicrobial properties mean that it is an ideal fabric for your travel clothes.
Hemp has been used for generations in the mountains of Nepal because of its strength and durability. Farming families use it for ropes, clothes and bags. Hemp is indigenous to Nepal and grows wild in the hills. It flourishes on waste and marginal land, as well as binding the soil and holding upland slopes together. The plant regenerates quickly after it has been harvested.
Herbal Hand Rolled Incense:We extract leaves / stems and make dust of various Himalayan herbs found in Northen belt of Nepal in an altitude of 3500 and above. Then we roll skillfully in Nepalese paper as seen in the picture. This is the traditional method of making inscense in Nepal especially in Newari community. It has sweet fragrance and used for worshiping and meditation purpose. It is beneficial for body and mind to relieve symptoms of insomnia, shivering and arising from nervous disorders. In modern times herbal incense is used in aromatherapy, which induces inspired thought and creates a peaceful state of consciousness.
We are the authorized dealer of Himalayan essential oils and herbs of Western Region of Nepal so please We are delighted to introduce our Specialty Coffee plantation situated 75Km. North of our capital Kathmandu which also places us as the northernmost coffee project in the entire northern hemisphere. The Himalayan Kingdom of Nepal is well known for its beautiful & highest mountains in the world. This is why we opened for business as the first & only coffee plantation in this vast Himalayan belt. This makes us the only producer and exporter of Excellent quality Himalayan snow water washed shade grown/organic/sundried green beans from the Himalayas.
COFFE STATE
We are delighted to introduce our Specialty Coffee plantation situated 75Km. North of our capital Kathmandu which also places us as the northernmost coffee project in the entire northern hemisphere. The Himalayan Kingdom of Nepal is well known for its beautiful & highest mountains in the world. This is why we opened for business as the first & only coffee plantation in this vast Himalayan belt. This makes us the only producer and exporter of Excellent quality Himalayan snow water washed shade grown/organic/sundried green beans from the Himalayas.

Health insurence

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An international health insurance policy from Goodhealth gives the expatriate total peace of mind through comprehensive medical expenses cover and a wide range of additional supporting services.
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Contact Goodhealth Worldwide now for a comprehensive range of individual, family, group or company international medical insurance plans. Free quotes may be obtained by clicking the link below or you can call one of our experienced consultants. Wherever you are located overseas, we are able to provide a local service and speedy claims settlement backed by a wealth

Business Networking

Definition:
Business networking is the process of establishing a mutually beneficial relationship with other business people and potential clients and/or customers.

Notice that I don't say anything about meeting people in this definition; the ever-increasing slew of business networking meet-and-greet events have given business networking a bad name.

The key to true business networking is the establishment of a mutally beneficial relationship, and that's an incredibly rare event at the standard shake-hands-and-exchange-your-business-card events that are touted as business networking "opportunities".

The purpose of business networking is to increase business revenue - one way or another. The thickening of the bottom line can be immediately apparent, as in developing a relationship with a new client, or develop over time, as in learning a new business skill.

The best business networking groups operate as exchanges of business information, ideas, and support. The most important skill for effective business networking is listening; focusing on how you can help the person you are listening to rather than on how he or she can help you is the first step to establishing a mutally beneficial relationship.Networking is a lot of fun! Business networking is when a group of like minded business people gather and help each other. If you check, you will surely find a networking group in your area. The networking group can meet as often as they wish, as is convenient for the participants.

Regretably, most people start with a networking group by looking for immediate gains.... that is, for favorable results for themselves. If this is what you are trying to achieve, you are networking for the wrong reasons and will be sticking out like a sore thumb.

Many people think that the size of a networking group makes the difference in networking. When groups start falling in size, members will say, "we have to build up our numbers." Now, what numbers are they referring to? Is it the number of participants? I would rather belong to a networking group of two people who can help each other on a regular basis then have a large group of business people not following the Ten Commandments of Networking. It is not the quantity, it is the quality.

"I haven't got any leads yet!" Well excuse me, have you given one, ever? Or, have you made a suggestion that might help a fellow member? Did you call anyone with a compliment and say, "Just wanted you to know, Jim, that your comments on the XYZ expansion was right on the money." One must be willing to put in time waiting also. It might take a while before people feel comfortable with offering you a referral.

Networking groups will come and go. To get the most out of your networking experience, you need to build a relationship with people who you want to have contact with. Not all members will be able to help you, nor will you be able to help them. That doesn't mean you should snub them! I still have strong relationships with my networking friends from groups that are long gone.

When networking, spend most of your time and effort on people who can help each other out, for the long term. That is right. This is a long term project. Countless times I have been to business networking events and have seen people actually run from person to person, with the expectations of first giving away their card and hoping to gather the other person's. How can you possibly build a relationship with a person when your objective is to get out there, and collect cards? Some networking groups make a game out of it to see who can collect the most in a certain time. What a waste of business cards!

You will find that a highly effective networker will "work the net". What I mean is that they will go into a function with a goal in mind. My usual goal when business networking is to have the expectation that I will "meet" and "understand" only three people per event. I know what kind of person that I can help and expect that this person will be able to do the same for me. A win/win situation is what I am talking about. The highly effective networker will take the time to cultivate a rapport.

After the business networking event is when the real work begins. After all, you are only at the networking event to meet and build rapport. Follow up ASAP. Now is the time to send a nice customized card, and call a few days after to arrange a time to meet for a coffee or to have lunch. That is when you can listen to the details of what your new "friend" requires. You might even have the chance to offer your goods and services, only after listening.

If you want to gain the most out of business networking, follow the Ten Commandments of Networking!

Mortgages

A mortgage is the transfer of an interest in property (or in law the equivalent - a charge) to a lender as a security for a debt - usually a loan of money. While a mortgage in itself is not a debt, it is lender's security for a debt. It is a transfer of an interest in land (or the equivalent), from the owner to the mortgage lender, on the condition that this interest will be returned to the owner of the real estate when the terms of the mortgage have been satisfied or performed. In other words, the mortgage is a security for the loan that the lender makes to the borrower.

The term comes from the Old French "dead pledge," apparently meaning that the pledge ends (dies) either when the obligation is fulfilled or the property is taken through foreclosure.[1]

In most jurisdictions mortgages are strongly associated with loans secured on real estate rather than other property (such as ships) and in some jurisdictions only land may be mortgaged. Arranging a mortgage is seen as the standard method by which individuals and businesses can purchase residential and commercial real estate without the need to pay the full value immediately. See mortgage loan for residential mortgage lending, and commercial mortgage for lending against commercial property.

The measurement of a mortgage with regards to cost to the borrower can be measured by Annual Percentage Rate (APR) or many other formulas for true cost such as Lender Police Effective Annual Rate (LPEAR).

In many countries it is normal for home purchases to be funded by a mortgage. In countries where the demand for home ownership is highest, strong domestic markets have developed, notably in Spain, the United Kingdom, Australia .

AUTO INSURANCE

Insurance, in law and economics, is a form of risk management primarily used to hedge against the risk of a contingent loss. Insurance is defined as the equitable transfer of the risk of a loss, from one entity to another, in exchange for a premium, and can be thought of a guaranteed small loss to prevent a large, possibly devastating loss. An insurer is a company selling the insurance. The insurance rate is a factor used to determine the amount, called the premium, to be charged for a certain amount of insurance coverage. Risk management, the practice of appraising and controlling risk, has evolved as a discrete field of study and practice.

Principles of insurance






  1. A large number of homogeneous exposure units. The vast majority of insurance policies are provided for individual members of very large classes. Automobile insurance, for example, covered about 175 million automobiles in the United States in 2004.[2] The existence of a large number of homogeneous exposure units allows insurers to benefit from the so-called “law of large numbers,” which in effect states that as the number of exposure units increases, the actual results are increasingly likely to become close to expected results. There are exceptions to this criterion. Lloyd's of London is famous for insuring the life or health of actors, actresses and sports figures. Satellite Launch insurance covers events that are infrequent. Large commercial property policies may insure exceptional properties for which there are no ‘homogeneous’ exposure units. Despite failing on this criterion, many exposures like these are generally considered to be insurable.
  2. Definite Loss. The event that gives rise to the loss that is subject to insurance should, at least in principle, take place at a known time, in a known place, and from a known cause. The classic example is death of an insured person on a life insurance policy. Fire, automobile accidents, and worker injuries may all easily meet this criterion. Other types of losses may only be definite in theory. Occupational disease, for instance, may involve prolonged exposure to injurious conditions where no specific time, place or cause is identifiable. Ideally, the time, place and cause of a loss should be clear enough that a reasonable person, with sufficient information, could objectively verify all three elements.
  3. Accidental Loss. The event that constitutes the trigger of a claim should be fortuitous, or at least outside the control of the beneficiary of the insurance. The loss should be ‘pure,’ in the sense that it results from an event for which there is only the opportunity for cost. Events that contain speculative elements, such as ordinary business risks, are generally not considered insurable.
  4. Large Loss. The size of the loss must be meaningful from the perspective of the insured. Insurance premiums need to cover both the expected cost of losses, plus the cost of issuing and administering the policy, adjusting losses, and supplying the capital needed to reasonably assure that the insurer will be able to pay claims. For small losses these latter costs may be several times the size of the expected cost of losses. There is little point in paying such costs unless the protection offered has real value to a buyer.
  5. Affordable Premium. If the likelihood of an insured event is so high, or the cost of the event so large, that the resulting premium is large relative to the amount of protection offered, it is not likely that anyone will buy insurance, even if on offer. Further, as the accounting profession formally recognizes in financial accounting standards, the premium cannot be so large that there is not a reasonable chance of a significant loss to the insurer. If there is no such chance of loss, the transaction may have the form of insurance, but not the substance. (See the U.S. Financial Accounting Standards Board standard number 113)
  6. Calculable Loss. There are two elements that must be at least estimable, if not formally calculable: the probability of loss, and the attendant cost. Probability of loss is generally an empirical exercise, while cost has more to do with the ability of a reasonable person in possession of a copy of the insurance policy and a proof of loss associated with a claim presented under that policy to make a reasonably definite and objective evaluation of the amount of the loss recoverable as a result of the claim.
  7. Limited risk of catastrophically large losses. The essential risk is often aggregation. If the same event can cause losses to numerous policyholders of the same insurer, the ability of that insurer to issue policies becomes constrained, not by factors surrounding the individual characteristics of a given policyholder, but by the factors surrounding the sum of all policyholders so exposed. Typically, insurers prefer to limit their exposure to a loss from a single event to some small portion of their capital base, on the order of 5 percent. Where the loss can be aggregated, or an individual policy could produce exceptionally large claims, the capital constraint will restrict an insurer's appetite for additional policyholders. The classic example is earthquake insurance, where the ability of an underwriter to issue a new policy depends on the number and size of the policies that it has already underwritten. Wind insurance in hurricane zones, particularly along coast lines, is another example of this phenomenon. In extreme cases, the aggregation can affect the entire industry, since the combined capital of insurers and reinsurers can be small compared to the needs of potential policyholders in areas exposed to aggregation risk. In commercial fire insurance it is possible to find single properties whose total exposed value is well in excess of any individual insurer’s capital constraint. Such properties are generally shared among several insurers, or are insured by a single insurer who syndicates the risk into the reinsurance market.