A jobless man applied for the position of "office boy" at Microsoft.
The HR manager interviewed him then watched him cleaning the floor as a test.
"You are employed." He said." Give me your e-mail address and I'll send you the application to fill in, as well as date when you may start."
The man replied "But I don't have a computer, neither an email."
I'm sorry", said the HR manager, "If you don't have an email, that means you do not exist. And who doesn't exist, cannot have the job."
The man left with no hope at all. He didn't know what to do, with only $10 in his pocket. He then decided to go to the supermarket and buy a 10Kg tomato crate. He then sold the tomatoes in a door to door round. In less than two hours, he succeeded to double his capital.
He repeated the Operation three times, and returned home with $60.
The man realized that he can survive by this Way, and started to go everyday earlier, and return late Thus, his money doubled or tripled every day. Shortly, he bought a cart, then a truck, then he had his own fleet of delivery vehicles.
5 years later , the man is one of the biggest food retailers in the US .
He started to plan his family's future, and decided to have a life insurance.
He called an insurance broker, and chose a protection plan. When the conversation was concluded, the broker asked him his email. The man replied, "I don't have an email". The broker answered curiously, "You don't have an email, and yet have succeeded to build an empire. Can you imagine what you could have been if you had an email?!!"
The man thought for a while and replied, "Yes, I'd be an office boy at Microsoft!"
Moral of the story:
M1 - Internet is not the solution to your life.
M2 - If you don't have internet, and work hard, you can be a millionaire.
M3 - If you received this message by email, you are closer to being an office boy, than a millionaire. .........
Have a great day!!!
Pls Note: - Do not try to contact me through email as I'm closing all my email addresses and going to sell tomatoes!!!
Smiling after reading is not mandatory!!! !
Tuesday, December 30, 2008
Friday, December 26, 2008
Top 5 amazing medical implants
Plugging a heart into the wall, implanting radioactive seeds, and using hydraulics to create erections, medical implants are advancing at an astounding pace.
What once seemed like far-fetched science fiction is now fast becoming a reality. We picked our top five amazing implants. Here they are in descending order.5. Radioactive seed implants
Radioactive seed implants, also called brachytherapy, is used to treat early stage prostate cancer.
Small rice-sized radioactive seeds are implanted into the prostate by using a tube-like needle. The radioactive emissions from the seeds attack the tumour in a similar way to external radiation.
The radiation usually only travels for a very short distance, and does not adversely affect the area around the prostate, as can radiotherapy.
It is a bit like sneaking a bomb into enemy territory.
4. Bionic eye
Until recently, the ability to restore sight was just not something we could get right. But that seems to be changing. There are a number of amazing techniques in the pipeline, but the bionic eye makes our list for its glittering sci-fi appeal.
A grid of electrodes is surgically planted into the eye to form an artificial retina. But this retina does not see by itself: a small camera is mounted on a special pair of glasses. The information is then processed by a small computer, and wirelessly transmitted to the artificial retina.
As yet, these bionic eyes are only delivering very poor and rudimentary vision. But, this is the kind of technology that can only get better.
3. Deep brain stimulation
With deep brain stimulation, electrodes are implanted into particular areas of the brain. From here, wires run under the skin to a neurostimulator implanted in the chest.
The technique has been used with some success for Parkinson’s disease and is being put on trial as a treatment for depression. Exactly why electrical pulses may send your blues packing is still unknown.
In whatever way it works, an implant that regulates your mood sounds so sci-fi that it was always going to make our list.
2. 2. Hydraulic penal implants
When medication fails to get rid of erectile dysfunction, the next step may well be a penile implant.
Hydraulic penile implants consist of three main parts: two cylinders that are implanted into the penis, a pump implanted into the scrotum, and a fluid reservoir in the lower abdomen.
When a man wants an erection, he simply uses the pump to pump liquid into the cylinders, which makes them expand, and the penis erect. There are some risks associated with implanting these devices. But they do have a remarkably good satisfaction rate. This one makes our list for the innovative way in which it applies simple engineering principles inside the body.
1. Heart pumps
Imagine you are feeling a bit tired. You feel light-headed, and your heart is struggling. You sit down, plug yourself into the wall socket, and soon everything clears up and your heart is beating normally again.
So-called heart pumps help the hearts of certain heart failure patients pump more blood. Effectively, these pumps take over the work of one or two of the lower heart ventricles.
The implanted pump is powered by batteries which are carried outside the body. And in some cases, patients can power their pumps by plugging them directly into a wall socket.
A truly artificial heart may still be very far off, but heart pumps already represent one of the most amazing ways in which life can be extended.
Saturday, December 20, 2008
The brain needs care just like any other part of the body – but when was the last time you set aside some time to flex your frontal lobe? A study funded by National Institute of Health scientists found that memory, reasoning and processing speed can be improved by fairly simple ‘brain training’ in very little time. Moreover, they found that cognitive improvements persisted for at least five years.
After the age of about 30, the brain’s ability to function begins to deteriorate. Just like the rest of us, things move slower and begin to deteriorate. It’s important to keep yourself sharp, and traditional activites aren’t usually enough to do it. Even if you have an intellectually challenging job, are an avid reader, and play chess, you’re still going to be neglecting certain parts of the brain. And most of us do a lot less than that. Enter Lumosity.com.
Lumosity is a scientifically designed ‘brain training program’ based on the concept of neuroplasticity - the brain’s ability to learn and physically adapt given appropriate stimuli. Lumosity’s brain games and exercises are engineered to train and improve your memory, attention, processing speed, and cognitive control. And better yet, they’re fun! Why melt your brain playing crap like Grand Theft Auto, training yourself to think and act like a criminal, when you can have a good time literally boosting your IQ.
The development and testing of the games were guided by some of the leading scientists in neuroscience, cognitive psychology and bioinformatics – and they work. Lumosity’s program has been shown to improve memory and attention in randomized, controlled clinical trials. And the site isn’t just a free for all. They have well crafted progams that guide you through short ten minute ‘workouts’, explain what the games do, and track your progress.
Here are examples of some of the games:
Monster Garden - Area of Cognition: Memory
Monster Garden improves your memory and attention with a spatial memory task. As your spatial and working memory improves, you will be able to navigate through progressively harder levels.
Word-Bubbles- Area of Cognition: Processing Speed
Word Bubbles was designed to train and improve your processing speed and word-finding ability. The brain’s speed of processing is an important factor determining how quickly a person can think, take in sensory information, or conduct other cognitive processes such as remembering or comprehending language.
Birdwatching - Area of Cognition: Attention
Birdwatching improves attention and the ability to process visual information. These abilities are important in many everyday activities including driving and playing sports. The task gets progressively more challenging to accommodate your improvements in visual attention and processing speed.
Lost in Migration - Area of Cognition: Cognitive Control
Lost in Migration is designed to train and improve your cognitive control and reaction time. This task focuses on supressing your automatic - almost reflexive - responses, helping you stay focused on the greater goal.
Mental health is an important as physical health. One is meaningless without the other. What use is a Vitruvian body, without a Vitruvian mind? I recommend giving it a try while the service is still free. As they say… use it or lose it folks.
Saturday, December 13, 2008
Tuesday, December 9, 2008
As Internet traffic continues to grow at exponential rates worldwide, Internet services providers (ISPs) everywhere are faced with the challenge of keeping up with demand for network bandwidth and developing creative solutions for squeezing more use out of existing bandwidth.
Satellite communication has the unique ability to deliver bandwidth exactly where and when it is needed, irrespective of geography and local infrastructure.
Depending on the location and needs, Internet via Satellite is the best method for either by-passing or extending the terrestrial fiber optic network.
Internet via Satellite is therefore becoming the natural high speed transport medium for a wide range of IP and multimedia applications the world over, whether for consumer or business applications - and at speeds of 2 Mbit/s per user for Internet access and at up to 40Mbit/s per transponder for services such as data broadcasting.
How do you access the Internet other than dial-up if you live too far from a phone company office for DSL and there is no cable TV on your street? Satellite Internet access may be worth considering. It's ideal for rural Internet users who want broadband access.
Satellite Internet does not use telephone lines or cable systems, but instead uses a satellite dish for two-way (upload and download) data communications. Upload speed is about one-tenth of the 500 kbps download speed. Cable and DSL have higher download speeds, but satellite systems are about 10 times faster than a normal modem.
Firms that offer or plan to offer two-way satellite Internet include StarBand, Pegasus Express, Teledesic and Tachyon. Tachyon service is available today in the United States, Western Europe and Mexico. Pegasus Express is the two-way version of DirecPC.
Two-way satellite Internet consists of:
* * Approximately a two-foot by three-foot dish
* * Two modems (uplink and downlink)
* * Coaxial cables between dish and modem
The key installation planning requirement is a clear view to the south, since the orbiting satellites are over the equator area. And, like satellite TV, trees and heavy rains can affect reception of the Internet signals.
Two-way satellite Internet uses Internet Protocol (IP) multicasting technology, which means up to 5,000 channels of communication can simultaneously be served by a single satellite. IP multicasting sends data from one point to many points (at the same time) by sending data in compressed format. Compression reduces the size of the data and the bandwidth. Usual dial-up land-based terrestrial systems have bandwidth limitations that prevent multicasting of this magnitude.
Some satellite-Internet service still requires you to have a dial-up or cable modem connection for the data you send to the Internet. The satellite data downlink is just like the usual terrestrial link, except the satellite transmits the data to your computer via the same dish that would allow you to receive a Pay-Per-View television program.
So, if you are in a rural area and you want broadband access to the Internet, satellite Internet may be for you!
Saturday, December 6, 2008
After two decades of research into an HIV vaccine, there comes a bleak message from one of those leading the hunt.
Professor David Baltimore, president of the American Association for the Advancement of Science, said that while efforts are continuing, there is "little hope" of success.
"In 1984, we were told that as the virus had been found, a vaccine should be just around the corner," he said.
"But we are no closer to a vaccine now than we were then."
This plunge in scientific morale follows the collapse, last year, of a massive vaccine experimental vaccine project.
It quickly became obvious that, despite 10 years of hard work, and millions of dollars spent, the jab offered zero protection in the real world.
Elsewhere, however, the mood is far less downbeat.
Professor Quentin Sattentau, working on a vaccine at Oxford University, said that while realism was important, a breakthrough could still come quickly.
"Of course, it's possible that we will never find a vaccine for HIV. But that doesn't mean that we should stop looking.
"We are making small steps all the time, and we can never predict what science will discover at any moment."
HIV is quite unlike other viruses which have fallen to the vaccine-makers over the past two centuries.
It has a remarkable ability to disguise itself against the body's defences, constantly changing to avoid detection.
This means that vaccines which rely on using a recognisable part of the virus to prime the immune system can be ineffective almost as fast as they enter the body.
"This variability is the biggest problem - it's much faster, for example, than influenza," said Professor Sattentau.
Another problem is its lethal nature. Normally science can learn from the survivors of a viral infection, but in HIV, although some live with the virus for decades, there are no reliable reports of anyone managing to clear it from their bodies entirely.
To focus entirely on vaccine would ignore the massive strides made in HIV treatments - the latest crop of antiretroviral drugs offer the prospect of almost normal lifespan for some patients.
However, as research published only this week showed, they cannot fully purge the virus from the body.
Despite the remaining glimmers of hope from other vaccine projects, some HIV experts have welcomed Professor Baltimore's comments.
Deborah Jack, the chief executive of the National Aids Trust, which lobbies governments for more research funding into HIV vaccines, said that there was no reason to give up hope.
"What we have to remember is that it took 47 years to produce a polio vaccine, and 42 years to make one for chickenpox.
"There are currently 30 trials into vaccines running at the moment around the world, and even if they fail, we will learn more about HIV from them."
And Lisa Power, from the Terrence Higgins Trust, said that hype from pharmaceutical companies and other about the prospects for a vaccines risked drawing attention away from the only practical methods available today to those at risk of infection.
"I would commend him on his comments," she said. "We need to balance the hopes for the future with what we can do now.
"Many people would welcome an injection which would allow them to have unprotected sex for the rest of their lives, but unfortunately it's not happening in the real world.
"Safe sex, testing and treatment - these are the ways to prevent its spread," she said.
"The good news is that HIV is starting to lose - but it's going to be trench warfare, taking ground patient by patient.
Courtesy: Martin Hutchinson,BBC News
Monday, December 1, 2008
Vennila, 29, is from a small village in Tamil Nadu, in southern India. Seven years ago, she found out she had HIV. Since then, she has learned to live “positively,” and with guidance from EngenderHealth, she has become a master trainer in HIV treatment education and counseling and a role model for her peers. Here, Vennila describes her journey…
In 2001, my husband became very sick. He was tested and found to be HIV-positive. The doctors asked me and my son to take the test too. I tested positive, but my son was negative. I did not know about HIV, and when they told me I had it, I thought it was some kind of blood group. But then during counseling, they explained HIV and what it does to the body—that is when I understood the reality of living with HIV. I was in complete shock, and even before I could understand the implications, my husband passed away. It only took two months. In that time of sadness, there was one comfort—that my son’s HIV status was negative.
My parents were educated, and they were aware of HIV and AIDS. Fortunately, they were very understanding. But after the death of my husband, my in-laws were not supportive. They were not willing to share property with me and my son. I took shelter in my parents’ home, and up to now they continue to support me. I have not seen my in-laws since.
For me, the biggest challenge was accepting my own HIV status. After my husband’s death, I thought there was no point in living. My son was my only hope and the only reason I had to continue to live. My mother, who is my biggest strength and support, motivated me to get better. She wanted me to be strong so that I could make my own living. I volunteered with a nongovernmental organization as an outreach worker, providing service for people living with HIV. In 2003, when I heard of a support group of people living with HIV, I joined them. This was a moving experience, I made friends with others who were HIV-positive, and I felt that I was not alone. Then I became part of the first consortium to help carry out the government’s treatment program. As I was a good speaker, they chose me to be a peer treatment counselor.
In early 2006, I was trained by EngenderHealth as a “master trainer” in their workshop for counselors and social workers on antiretroviral treatment. I also took part in a follow-up training in 2007. The workshops were in my mother tongue, Tamil, which made it easier to understand and helped all of us participating to better support clients visiting our center. We learned to improve our counseling on antiretroviral treatment, adherence, side effects, resistance, and positive living. The follow-up session helped us understand opportunistic infections and treatment. The knowledge I gained from EngenderHealth’s trainings helps me give the best possible guidance to people living with HIV. They also made me address my own treatment adherence and helped me attain a better quality of life. Being a role model means that I should practice what I preach.
My aspirations are high; I am hopeful that one day I will see my son graduating from college—it is this aspiration that keeps me going. Living with HIV has given me confidence. I have been open about my HIV status and have even traveled abroad for conferences. Before becoming HIV-positive, I was a simple village woman—my house and my family were my boundaries, and nothing existed beyond them. My life with HIV has taught me to move beyond these boundaries. While taking care of my son, I am also able to help others who are HIV-positive to live healthy lives.
Courtesy: EngenderHealth India
For more information people can contact-:
Saturday, November 29, 2008
Science fiction is being transformed into science fact using tiny implants effectively to channel brain-waves to prosthetic limbs.
Children of the 1970s will remember the American TV series The Six Million Dollar Man featuring Steve Austin as a bionic man.
Micro Bridge Services, based at Cardiff University, south Wales, is pioneering work which brings that fiction close to reality.
It is a leader in micro-engineering design and manufacture and possibly the only firm in the world capable of creating the implants.
The implants are the size of a match head which carries 100 sensors made of extremely hard tungsten carbide which conducts electricity.
The sensors are only slightly thicker than a human hair and sit on the brain picking up nerve impulses to relay to prosthetic limbs.
The hope is the technology will be instrumental in allowing amputees to learn to move prosthetic limbs and regain lost mobility.
Micro Bridge Services Ltd was set up by Cardiff University to tap the commercial potential of research being done there.
Researchers at Utah University, in the USA, asked the Cardiff Company to develop micro-needle array sensors which are durable.
The American team had already been successful developing implants capable of manipulating computers and prosthetic appendages.
But the implants had been made of silicon which proved to be brittle and had a useful life of less than a year.
The micro-needle array needed to be hardy but capable of penetrating deep enough into the brain to pick up electrical signals.
As a pioneer in its field its ability to manufacture the tiny micro-needle array precisely using an extremely strong material proved vital.
The implant works by detecting electrical signals from the brain, amplifying them then transmitting them to produce movements in the prosthetic limbs.
A patient fitted with an implant literally has to learn to think the correct mental activity to get the required response from the system.
Weeks of training are necessary but tests on volunteers have already shown promising results.
The outcome, is supposed to be what people call a bionic man.
For the future the hope is that the technology could be used on patients paralyzed in accidents which damage the spine.
The implant would be placed on the spinal column effectively bridging the injury and allowing them to relearn how to move.
--By Richard Alleyne
Thursday, November 27, 2008
PCs Going Green
AS a joint initiative between the Environmental Protection Agency (EPA),USA and the Minnesota Pollution Control Agency, "Green Computers" are going to come in the market to tackle one of the biggest causes of e-waste: corporate computers.
The federal program, called the Electronic Product Environmental Assessment Tool, or EPEAT, is designed to help large companies and institutions procure more laptops, desktop computers, printers, and handheld electronic devices that won't harm the environment. The goal is to heighten demand for green computers, which don't include cadmium, mercury, chromium, lead, PVCs, certain flame retardants, and other problematic materials.
So far, 16 computer manufacturers have registered to sell EPEAT-approved products. The federal government has committed to buying about $40 billion worth of the green computers, which are not expected to cost more than conventional computers.
The 16 companies include most of the heavy hitters--Apple, Sony, Dell, HP, and Gateway. The article also notes that just from purchases made by the federal government, EPEAT-registered computers could reduce enough energy to power 72,630 households for a year (saving $71.4 million in energy costs) and reduce toxic materials by 75.1 metric tons.
PC and electronics makers are going greener bit by bit, with Dell a good example in the U.S.--its Dell Earth program is voluntarily moving toward compliance with the European RoHS (Return of Hazardous Substances) standard, which EcoGeek notes has "virtually eliminated the use of lead on their motherboards, power supplies and chassis." Dell is also jumping on the carbon offset bandwagon to help assuage your guilt with planted trees. You can also go to the Dell Earth Web site to calculate energy consumed by several iterations of Dell PCs (along with connected peripherals).
But if you really want to go green with your new PC, ExtremeTech suggests going the DIY route. It offers recommendations on individual components--from a power supply that complies with 80 PLUS efficiency requirements to an energy-sipping Intel Core 2 Duo E6700 processor. But if you're not so adventurous ,you can add to your current system as well as settings for optimizing Windows Vista.
Treehugger.com has released a list of the top 10 ways you can make your home greener by more efficient use of your electronics.
And if not doing it for the planet, what about your wallet? “40% of the energy used for electronics in your home is used while these devices are turned off.” according to Treehugger. Think of what that could do for your electric bill!! So, buy you a few power strips and flip them off when not using your entertainment centers.
Friday, November 21, 2008
Modern Panchtantra Story [ IT HUMOR ]
Once upon a time, there was a software engineer who used to develop programs on his Pentium machine, sitting under a tree on the banks of a river. He used to earn his bread by selling those programs in the Sunday market.
One day, while he was working, his machine tumbled off the table and fell in the river. Encouraged by the Panchatantra story of his childhood (the woodcutter and the axe),he started praying to the River Goddess. The River Goddess wanted to test him and so appeared only after one month of rigorous prayers. The engineer told her that he had lost his computer in the river.
As usual, the Goddess wanted to test his honesty. She showed him a match box and asked, "Is this your computer ?" Disappointed by the Goddess' lack of computer awareness, the engineer replied, "No."
She next showed him a pocket-sized calculator and asked if that was his.
Annoyed, the engineer said "No, not at all!!"
Finally, she came up with his own Pentium machine and asked if it was his.
The engineer, left with no option, sighed and said "Yes."
The River Goddess was happy with his honesty. She was about to give
him all three items, but before she could make the offer, the engineer
asked her, "Don't you know that you're supposed to show me some better computers before bringing up my own ?"
The River Goddess, angered at this, replied, "I know that, you stupid donkey! The first two things I showed you were the Trillennium and the Billennium, the latest computers from IBM !". So saying, she disappeared with the Pentium!!
Moral :If you're not up-to-date with technology trends, it's better to keep your mouth shut and let people think you're a fool than to open your mouth and remove all doubt
Wednesday, November 19, 2008
Imagine a fuel which grows anywhere by sunlight and water which could produce enough oil to free the world from fuel crises. Though algae sound a strange contender for the veil of Worlds Next Great Fuel’ it has individuality in its favor. Algae, made up of simple aquatic organisms that capture light energy through photosynthesis, produces vegetable oil. Vegetable oil, in turn, can be transformed into biodiesel, which can be used to power just about any diesel engine.
Algae have some important advantages over other oil-producing crops, like canola and soybeans. It can be grown in almost any enclosed space, it multiplies like gangbusters, and it requires very few inputs to flourish-mainly just sunlight, water and carbon dioxide. Its high surface-area-to-volume ratio makes it able to absorb nutrients very quickly. Absolutely, its small size makes it persuasive. Infact, it doesn’t need fertile soil to flourish; it grows in ponds, bags and tanks which could be set up anywhere.
Solix Biofuels claims that these competencies will allow them to create algae-based biodiesel that costs about the same as gasoline, or even less. It’s a long way to go for Solix for such a fuel. They’ll have to discover which species of algae will produce the most oil and what’s the best way to grow it? The research and debate about it is intense and could take couple of years to instigate.
Algae Biomass Summit was was held on October 23 and 24, in Seattle. It was hosted by the Algal Biomass Association to help developing and commercializing algae biofuels. The two-day event has provided a broad overview of the industry: among the speakers were scientists, policymakers and investors.Algae has a great deal of promise for biofuels because of its rapid growth rate. Experiments in producing oil from algae have had impressively high outputs. An acre of algae could produce thousands of gallons of oil in a year, with estimates ranging as high as 20,000 gallons for some varieties. The next best plant matter for biodiesel is Chinese tallow, capable of producing perhaps 700 gallons in a year.
Thursday, November 6, 2008
Micah Sanders is the only character known to have this ability. Limits. Micah 's power of technopathy seems to work with or without contact with electronics. Micah is a technopath able to communicate with machines and electronics, as seen when he fixed an out of order phone simply by touching it and concentrating. This ability seems to require physical contact and a certain level of focus and appears to affect both broken and working technology. Technopathy can make a person something of an 'R2D2' - the famous robot from Star Wars that could plug in to nearly any machine or system and manipulate it. Such a person could potentially override security codes and infiltrate an installation physically or remotely by manipulating electronic devices. Micah's use of this ability will only improve with time. Look out, ATM machines.
Manifested as a special form of electrical/telekinetic manipulation, a special form of shapeshifting which allows physical interaction with machines, or even a special form of ESP that allows for mental interface with computer data. Micah's power of technopathy seems to work with or without contact with electronics. He has been able to access the technology of broken items as well as working items. He describes his power as talking to machines. He can identify even the slightest signals in technology and uses electronics around him for tracking purposes. Micah manipulated traffic signals without touching them in Powerless, but he was also using Niki's cell phone to track Monica's at the time. In One of Us, One of Them, he also controlled a computer without actually touching it. However, his hand was only a few inches away from it. As of yet, it is not clear whether Micah has developed the ability to remotely control systems or to channel his ability through the cell phone network. He seems to have developed enough control over his ability that he can control systems at short range, however. Micah Sanders uses his powers to repair a broken telephone with a single touch. Micah communicates with an ATM, and convinces it to dispense a load of cash. (The Fix) Micah "talks" to a voting machine.(Landslide) Micah asks a computer who posted a hurtful image about his mom
Friday, October 31, 2008
1 x 8 + 1 = 9
12 x 8 + 2 = 98
123 x 8 + 3 = 987
1234 x 8 + 4 = 9876
12345 x 8 + 5 = 98765
123456 x 8 + 6 = 987654
1234567 x 8 + 7 = 9876543
12345678 x 8 + 8 = 98765432
123456789 x 8 + 9 = 987654321
1 x 9 + 2 = 11
12 x 9 + 3 = 111
123 x 9 + 4 = 1111
1234 x 9 + 5 = 11111
12345 x 9 + 6 = 111111
123456 x 9 + 7 = 1111111
1234567 x 9 + 8 = 11111111
12345678 x 9 + 9 = 111111111
123456789 x 9 +10= 1111111111
9 x 9 + 7 = 88
98 x 9 + 6 = 888
987 x 9 + 5 = 8888
9876 x 9 + 4 = 88888
98765 x 9 + 3 = 888888
987654 x 9 + 2 = 8888888
9876543 x 9 + 1 = 88888888
98765432 x 9 + 0 = 888888888
Brilliant, isn't it?
And look at this symmetry:
1 x 1 = 1
11 x 11 = 121
111 x 111 = 12321
1111 x 1111 = 1234321
11111 x 11111 = 123454321
111111 x 111111 = 12345654321
1111111 x 1111111 = 1234567654321
11111111 x 11111111 = 123456787654321
111111111 x 111111111 = 12345678987654321
Saturday, October 25, 2008
The Fields Medal is a prize awarded to mathematicians not over 40 years of age at each International Congress of the International Mathematical Union, a meeting that takes place every four years. The Fields Medal is widely viewed as the top honor a mathematician can receive. It comes with a monetary award, which in 2006 was C$15,000 (US$15,000 or €10,000). Founded at the behest of Canadian mathematician John Charles Fields, the medal was first awarded in 1936, to Finnish mathematician Lars Ahlfors and American mathematician Jesse Douglas and has been regularly awarded since 1950. Its purpose is to give recognition and support to younger mathematical researchers who have made major contributions.
The Fields Medal is often described as the "Nobel Prize of Mathematics" for the prestige it carries, though in most other ways the relatively new Abel Prize is a more direct analogue. The comparison is not entirely accurate because the Fields Medal is only awarded every four years. The Medal also has an age limit: a recipient's 40th birthday must not occur before January 1 of the year in which the Fields Medal is awarded. This rule is based on Fields' desire that… while it was in recognition of work already done, it was at the same time intended to be an encouragement for further achievement on the part of the recipients and a stimulus to renewed effort on the part of others.The monetary award is much lower than the roughly US$1.5 million given with each Nobel prize. Finally, Fields Medals have generally been awarded for a body of work, rather than for a particular result; and instead of a direct citation there is a speech of congratulation.Other major awards in mathematics, such as the Wolf Prize in Mathematics and the Abel Prize, recognise lifetime achievement, again making them different in kind from the Nobels, although the Abel has a large monetary prize like a Nobel. The Fields Medal has the prestige of the selection by the IMU, which represents the world mathematical communityThe Fields Medals are commonly regarded as mathematics' closest analog to the Nobel Prize (which does not exist in mathematics), and are awarded every four years by the International Mathematical Union to one or more outstanding researchers. "Fields Medals" are more properly known by their official name, "International medals for outstanding discoveries in mathematics."The Fields Medal is made of gold, and shows the head of Archimedes (287-212 BC) together with a quotation attributed to him: "Transire suum pectus mundoque potiri" ("Rise above oneself and grasp the world"). The reverse side bears the inscription: "Congregati ex toto orbe mathematici ob scripta insignia tribuere" ("the mathematicians assembled here from all over the world pay tribute for outstanding work").Nobel prizes were created in the will of the Swedish chemist and inventor of dynamite Alfred Nobel, but Nobel, who was an inventor and industrialist, did not create a prize in mathematics because he was not particularly interested in mathematics or theoretical science.
Grigory Perelman, a reclusive Russian mathematician, has solved a key piece in a century-old puzzle known as the Poincaré conjecture. Dr. Perelman was one of four mathematicians awarded the Fields Medal for achievement in mathematics but as with his previous honors, Dr. Perelman refused to accept this one, and he did not attend the ceremonies at the International Congress of Mathematicians in Madrid, even though Sir John M. Ball, president of the Union, had personally flown to St Petersburg and asked Dr. Perelman to attend the ceremony.
Saturday, October 18, 2008
Tuesday, October 14, 2008
A square jaw and edgy brow give a distinctive profile to this boxfish, one of many exotic marine creatures recently found by scientists exploring Southeast Asia's Celebes Sea.
The international team of researchers recently returned from two weeks in the Celebes, a little-explored sea between Malaysia and the Philippines that is home to one of the world's deepest ocean basins.
The Celebes's relative isolation and chilly depths make it one of the world's most richly diverse marine habitats, likely hosting species that have lived in seclusion for millions of years, expedition leader Larry Madin told the Associated Press.
"This is probably the center where many of the species evolved and spread to other parts of the ocean, so it's going back to the source in many ways," said Madin, who is director of research at the Massachusetts-based Woods Hole Oceanographic Institution (WHOI).
The team found several species that are likely new to science, Madin added, including a swimming sea cucumber, a black jellyfish, and a spiny orange worm with tentacles growing out its head.
Experts will be studying the hundred specimens brought back from the expedition to determine which species are new discoveries.
The research was partly funded by WHOI, the National Geographic Society's Expeditions Council, the nonprofit Conservation International, the National Oceanic and Atmospheric Administration, and the Philippine government.
Courtesy: National Geographic News
Saturday, October 4, 2008
Did you think the ocean is just about fish and boats?
Come to oceanarium, learn what floats, what lives, and how we need
and use the ocean every day.
The term oceanarium can either mean a marine mammal park or a large-scale aquarium presenting an ocean habitat with marine animals, especially large ocean dwellers (e.g. sharks).
Marineland of Florida, one of the first theme parks in Florida, USA, started in 1938, claims to be "the world's first oceanarium", while Ocean Park in Hong Kong claims to be "the world's largest oceanarium".
The Oceanarium BOURNEMOUTH helps you to explore the secrets of the ocean in an adventure and will take you to some of the world’s most amazing waters.
This is not all what oceanariums provide you, threre are amazing hotels and restaurants too where you can Discover life beneath the waves and come face to face with some of the world’s most amazing marine life. .
The Oceanarium restaurants
One of the best Oceanarium restaurants is located in the Pacific Beach Hotel in Waikiki. The main attraction of this hotel is the 3-floor world-class indoor fish tank. It is 16 meters tall, 10 meters wide, and if you eat next to it, it feels as if you’re eating in the middle of an aquarium
From your table, you have views into the 3-storey 280,000 gallon aquarium, which holds nearly 400 fish, including a spotted eagle ray and a pelagic sting ray. The hotel's divers feed the fish several times a day--which makes for a spectacular show for hotel guests and customers in the restaurant.
India's first 'oceanarium', showcasing its marine biodiversity, will be set up at Kerala. The 'oceanarium', spread over a 60-acre area at Puthuvypeen, a marine biology research station would also form part of the 'oceanarium',
These parks would give technical and other assistance to set up ''backyard hatcheries'' in rural households. Women would be especially trained for this.
The Government of Kerala is proposed to develop an Oceanarium in a joint partnership between Public and Private (PPP). The project at New Vypeen, the coastline of the Arabian Sea is complemented by many features. Attractions will include a Marine Park, International Marine Biological Research Centre, Centre for Marine Resources, Ecology Centre, Convention Centre, Amphitheatre and a glass tunnel to showcase an ocean habitat with marine animals. The ambitious Oceanarium project to be launched by 2010.