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Thursday, October 27, 2011

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Govardhana Puja 2011




Krishna lifting Govardhana Hill“My dear father, don't delay. The sacrifice you propose for Govardhana and the local brahmanas will take much time. Better take the arrangement and paraphernalia you have already made for sacrificing Indra-yajna and immediately engage it to satisfy Govardhana Hill and the local brahmanas.” (Lord Krishna, Krishna, The Supreme Personality of Godhead, Vol 1, Ch 24)
There are vengeful gods. There are heavenly personalities who get angry at those who neglect their worship, especially when the neglecting worshipers think deep down that they are making a mistake. There are divine figures who give rewards to their worshipers but then later punish the same people if they should happen to surpass them in areas of opulence, which include beauty, strength and knowledge. The Lord of Lords, the Supreme Personality, however, is complete in Himself. Therefore when He asks us to surrender unto Him, the recommendation is there to provide pleasure for both sides. The neglect of that worship is itself a punishment, for the worshiper misses out on the association of the most blissful entity. Just to show that no harm can come from fully surrendering to Him, the Supreme Person explicitly protects those who abandon other worshipable figures, the ones that get angry at them for neglecting their worship. The occasion of the first Govardhana Puja very nicely proved this fact.
What would a young boy know about religion? If anything, he will probably look for ways to get out of attending religious functions. “Do I have to go? Why does God make us do these things all the time? Can’t you and Dad just do it and I’ll go do something else?” Forcing the children to participate in spiritual functions is a good way to get them exposed to the sublime life of connecting with God on a regular basis. There must be coercion with children, for that comes with the territory if you want to be a guardian. If children are forced into studying, eating, and sleeping on time, why then should they not be coaxed into attending religious ceremonies?
Lord KrishnaThe common lack of affinity for religious life within young children makes the request that came from Nanda Maharaja’s son seem all the more puzzling. Nanda was the king of a small farm community known asVrindavana. The residents lived off of the grains produced on the land and the milk products produced by thecows. The cows were equal residents of the community; therefore the land belonged to them as well. From their grazing not only were the calves fed milk, but so were the residents of the community. As the cows were well protected and loved by the children, including Nanda’s own son Lord Krishna, they produced heaps of milk products, so much so that there was enough of a surplus to sell in the neighboring town of Mathura.
As a pious soul following the recommendations of the priestly class of men, the brahmanas, Nanda made sure to observe the annual rituals aimed at pleasing the devas, or gods. We can think of a deva to be like a department head in a government administration. Similar to paying the tax collector, giving homage to the devas in charge of the various elements of material nature ensures that there is enough rainfall and that pains in life are limited. In one particular year, Nanda Maharaja was preparing for the annual Indra-yajna, or sacrifice offered to Lord Indra, the king of the heavenly planets. Providing rain is one of Indra’s duties, which he does after receiving his share of the sacrifices made in his honor. A yajna is a sort of formal religious ritual where offerings are made in a ceremony that has a fire pit at the center. The remnants of the yajna are known as shishta and are considered free of sin.
Aside from the benefit explicitly tied to the specific yajna performed, there is the gradual shift in consciousness that results in the worshipers. The animal community lives off of the same grains that grow from the rain provided by Indra, yet they do not perform any specific worship. This means that the material nature is ready to supply everyone whatever they want and that the human form of life is meant more for advancing in consciousness. As the second grade classroom is important in molding the thinking abilities of the young student to eventually be able to think rationally as an adult, the many yajnas prescribed for the honor of the devas are meant to keep the human being tied to spiritual life, to help him break free of the possessive mentality inherited at the time of birth. We come into this world with nothing and we leave with nothing, so what do we really own?
Nanda Maharaja with KrishnaAs the Indra-yajna seemed rather benign, Nanda was a little surprised that his young son Krishna started asking questions about it. Typically, you’d expect your children to ask about a yajna so that they could find ways to get out of attending it, but with Krishna the interest was a little different. After hearing about why the sacrifice was taking place, Krishna suggested that the same preparations be used to worship the neighboring Govardhana Hill, which was supplying so much to the community with its grass. The cows were pleased with the hill, and once the cows were pleased the rest of the community thrived as a result. Therefore why shouldn’t there be a celebration for the hill instead?
Charmed by his son’s words, Nanda eventually relented. “Why not please Govardhana Hill? Sounds like a good idea.” Nanda then suggested that since the preparations were already made for Indra-yajna, they should do two sacrifices, one for each. Amazingly, Krishna rejected this idea. What could be wrong with offering Indra his share and then worshiping Govardhana Hill? Through His yoga-maya potency, Krishna had hidden His real divinity, His standing as the Supreme Lord. Yajna is actually another word for Vishnu, who is known as the chief deva, or deva vara. Vishnu is the same Krishna, which means that following the Lord’s insistence in this case would actually favor Nanda Maharaja and the residents of Vrindavana more so than any other kind of worship.
Though Vishnu is Yajna, if the specific sacrifice isn’t directly meant to please Him, the full benefit to the worshiper is not there. What does this mean exactly? Material rewards are as temporary as the body types accepted by the spirit soul. Asking for temporary things like rain and good fortune really have no standing with Vishnu, who is replete with transcendental qualities. The true benefit of worshiping God is gaining His association, being able to bask in His sweet vision. A yajna for a demigod is a sort of indirect worship, where Vishnu is essentially pleased but doesn’t reveal His full association to the devotee who is not even asking to receive it.
PrasadamThe decision was made, at the insistence of Krishna, that Govardhana Hill would be worshiped that year instead of Indra. On the one side you had Indra, the king of heaven, and on the other you had a hill, which was a collection of earthly elements. Was not the choosing of the latter a little strange? Govardhana Hill was Krishna’s proxy on earth, a way to directly accept the offerings of the devoted residents of Vrindavana. The residents would be worshiping Krishna’s hill at the Lord’s insistence. After creating a wide variety of sumptuous preparations and offering them to the hill, Krishna Himself assumed the role of the hill and spoke to the residents, telling them that He was pleased with their offering. Worship of Govardhana Hill was thus totally in the mood of bhakti-yoga, or devotional service, which is not tainted with material motives.
As if to give us a further reminder of why the worship of Govardhana Hill was the right move, Lord Indra became outraged that his sacrifice was neglected on this particular year. Lord Vishnu does not succumb to the temptations of jealousy. If He did, He would be perpetually angry, as practically every spirit soul roaming the material universe has chosen a worshipable figure that is not He. The atheists worship material nature and the senses, the monists the impersonal effulgence known as Brahman, the yogis the process of meditation and the plenary expansion of the Lord residing within the heart, and the spiritually inclined materialist the many devas, or demigods, capable of offering benedictions. If Vishnu were to give way to jealousy, He would have a lot to be jealous about.
Part of being God means that You don’t require anyone’s respect. Rather, the master-servant relationship is already part of the constitutions of both parties. This means that serving God is our ideal position, and should we neglect that worship the punishment will automatically come. If we use a fork to try to eat soup, we will have great difficulty. The spoon, not the fork, is made to be used with soup. Similarly, the soul is made to be tied to Krishna in a mood of loving devotion kept alive with constant service. If the soul’s eternality, bliss and knowledge are used to further other purposes, the results are not pleasant.
heavy rainIndra released an onslaught of rain upon the residents as revenge for their transgression. It should be noted that Lord Indra is in great favor with Lord Vishnu, as are all the devas in the heavenly planets. If our children should make a mistake, we don’t hold it against them for too long, for our love for them washes away the anger that arises from disappointment. In a similar manner, Krishna’s love for Indra is unbroken, but in this particular incident He decided to teach both Indra and many future generations of listeners a valuable lesson.
That the devas would strike back against people that worshiped them previously was also not out of the ordinary. In his Kavitavali, Goswami Tulsidas remarks that there is no master like Lord Rama, who is the same Vishnu but in a different personal form. Tulsidas notes that other devas grant benedictions for as long as you worship them, but as soon as you rise a little in stature, they get jealous and come after you, trying to take you down from your prestigious position. Shri Rama is not like this, for He appreciates even the most insignificant act of devotion made with sincerity, so much so that he’ll often give His devotees a more exalted position.
Indra’s jealousy was rooted in the fact that his worship was neglected and that the residents of Vrindavana were following this young boy’s advice. The subsequent onslaught of rain instigated by Indra’s samvartaka cloud caused an immediate flooding. It would have been understandable for the residents of the town to get angry at Krishna and Nanda Maharaja. “Not only did we neglect to worship Indra, but he is punishing us as a result. This is what we get for listening to Krishna.”
IMG_0160But this was not their attitude. Rather, the residents had seen Krishna’s ability to save them from danger before. Therefore they instinctively looked to Him to save them again. And rescue them He would. Taking the same Govardhana Hill that was just worshiped, Krishna lifted it up and held it above His head with His tiny finger. Acting as a massive umbrella, the hill provided shelter to the residents, who were thus saved from the massive flooding in Vrindavana. That a young child could lift a massive hill like this and hold it up over His head sounds amazing, but for Krishna it is all part of a day’s work. The story of the lifting of Govardhana Hill hints at mythology, but then so do the changing of seasons and the rising and setting of the sun to the young child. If a massive solar body can continually effuse heat and light for billions of years without requiring an external energy source, why should not Krishna, the creator of the sun, be able to lift up a hill and hold it over His head?
A defeated Indra relented with the rain and then approached Krishna to offer His prayers of contrition. The worship of Govardhana Hill subsequently became an annual tradition, for not only does it please Krishna, it also reminds us of His lifting of the massive hill, which earned Him the name Girivaradhari. There are jealous men and vengeful gods, but Krishna is always in ananda, or bliss. Those who connect with Him by regularly chanting His names, “Hare Krishna Hare Krishna, Krishna Krishna, Hare Hare, Hare Rama Hare Rama, Rama Rama, Hare Hare”, and observing His festivals will be granted the same protection that was afforded Nanda and his community.
In Closing:
In Indra-puja, to king of heaven items to offer,
In return rain upon the land does he confer.
Krishna had another idea in mind,
Indra a lesson from episode would find.
The young boy told His father to worship the hill,
The stomachs of the lovely cows with grass did it fill.
Nanda liked the idea but had already prepared,
For Indra-yajna, a most extravagant affair.
Asked Krishna to be able to do both,
Puja for Indra and hill they would hold.
Upon only Govardhana worship did the Lord insist,
Nanda gave in, for on love of son did he subsist.
Though the ceremony was completely religious,
At ignoring his worship did Indra become jealous.
From his anger harboring bad blood,
Vrindavana with rain did he flood.
Fear not for Krishna saved the day by lifting massive hill,
Worshiped as Girivaradhari to this day is He still.
Indra felt sorry for what he did, that he lost his cool,
Forgot Krishna’s position, acted like a fool.
Lord was pleased with Indra and his words,
Not angered by the commotion he stirred.
Rely only on Krishna, who accepts loving devotion,
Depend on no other, for He provides all protection.

Nokia Announces the First Great-Looking Windows Phone



Nokia Lumia 800 Nokia
Windows Phone, especially with its newest update, is a damn fine mobile operating system, but also one lacking a truly killer phone. We were holding out hope that Nokia's first Windows Phone smartphone would be the one to get, and it just might be--the Lumia 800 is the first Windows Phone that's as eye-catching as the OS inside. Nokia also announced the 800's little brother, the 710, which is no slouch either.
Nokia's long been known for great (if bulky) hardware and just the worst software (see our review of the Nokia N8 if you want to witness our frustration with it), and Microsoft's awesomeWindows Phone software has been lacking a really great, non-plasticky, non-weird handset. It's the perfect pairing! And at last night's Nokia World, the Finnish company finally showed off the long-rumored handsets: the flagship Lumia 800 and cheaper Lumia 710.
The Lumia 800 (we know Nokia loves numbers, but still, that name) is based on the N9, a big, flat, gorgeous slab of aluminum. It'll have a 3.7-inch screen, which is slightly smaller than average for Windows Phones but certainly still usable, 16GB of non-expandable storage, and a fancy-pants camera that could actually give the iPhone 4S some competition. It's an 8MP job with Carl Zeiss optics, rated at f2.2. No clues on which U.S. carrier will get it, nor on a release date--it's only been announced so far for Europe, which will get it on November 16th for €420. (A note: European phones are often sold unsubsidized at full price. Here in the States, we receive hugediscounts on phones in exchange for signing a two-year contracts with our wireless carriers. That's why your 16GB iPhone 4S only costs $200--without the discount, you'd be spending $650.) If we were to bet, we'd say it's more likely that it comes out on AT&T than Verizon here in the States--Nokia typically makes GSM phones, which is the same standard used in Europe, as opposed to Verizon's U.S.-only CDMA network.
Nokia Lumia 710:  Nokia
The Lumia 710 actually looks great as well, design-wise, though it's clearly the lower-end of the two. It's got half the storage at 8GB (non-expandable, ouch), a 5MP camera, and the screen uses the older and slightly less crisp TFT technology. It's significantly cheaper than the 800, selling for €270 unsubsidized.
The specs aren't barn-burners, like flagship Android phones often are (the biggest screen! The fastest processor! The craziest dock!). But the Lumia 800 especially looks great, and Windows Phone is designed to not need crazy amounts of power to run smoothly. Hopefully it lives up to our lofty expectations.

UK Man Gets Prosthetic Limb With A Smartphone Dock Built In



The DARPA Arm Imagine a brain-controlled robotic arm that also packed its own connected computer/smartphone/auxiliary devices? FDA via Flickr
Trevor Prideaux was having trouble texting. Prideaux, who was born without his left forearm, used to have to balance his smartphone on his prosthetic arm or lay it on a flat surface to text, dial, or otherwise take advantage of the technology. So with some help form the Exeter Mobility Center in Devon, UK, the 50-year-old Prideaux has become the first person to have a smartphone dock embedded in his prosthetic limb.
With some design help from Nokia and the prosthetics team at EMC, Prideaux’s Nokia C7 is now fixed within his prosthetic forearm (he went to Apple first hoping to mount an iPhone, but Cupertino declined to participate in his project). He can now easily text by using his one hand, or field calls either by putting his prosthetic forearm up to his ear or by using speakerphone, leaving his biological limb free.
The very idea of it gets the idea mill churning. Right now, the prosthesis is a prosthesis and the phone is simply a phone, but the idea of integrating the two opens the door to some unique possibilities. Aside from being able to record data on how the limb is used to help designers better customize the prosthesis to the person, the limb could also be augmented to make better use of the phone/computer. Maybe some extra battery on board the limb? Some speakers for better speaker phone usage (and for the wearer’s listening pleasure, should he or she require some tunes). Call it primitive cyborg tech with a lot of potential. Photos via the Telegraph below.

Scientific facts about Mosquito-just for knowledge







There are over 2,500 species of mosquitoes found throughout the world.
Both male and female mosquitoes are nectar feeders, but the females of many species are also capable of drinking blood from many mammals. 
Females do not require blood for their own survival, but they do need supplemental substances such as proteins and iron to develop eggs.
Adult females lay their eggs in standing water, which can be a salt-marsh, a lake, a puddle, a natural reservoir on a plant, or an artificial water container such as a plastic bucket. 
The first three stages are aquatic and last 514 days. Depending on the species and the ambient temperature, eggs hatch to become larvae, then pupae.
During the heat of the day most mosquitoes rest in a cool place and wait for the evenings, although they may still bite if disturbed. 
Some species, like the Asian tiger mosquito, are known to fly and feed during daytime.
Mosquitoes are adept at infiltration and have been known to find their way into residences via deactivated air conditioning units
Only female mosquitoes bite animals and drink blood. Male mosquitoes do not bite, but feed on the nectar of flowers. 




Aedes mosquitoes are painful and persistent biters, attacking during daylight hours (not at night). They do not enter dwellings, and they prefer to bite mammals like humans.
Aedes mosquitoes are strong fliers and are known to fly many miles from their breeding sources.




Culex mosquitoes are painful and persistent biters also, but prefer to attack at dusk and after dark, and readily enter dwellings for blood meals.
Domestic and wild birds are preferred over man, cows, and horses. Culex tarsalis is known to transmit encephalitis (sleeping sickness) to man and horses.
Culex are generally weak fliers and do not move far from home, although they have been known to fly up to two miles.
Culex usually live only a few weeks during the warm summer months.
 Those females which emerge in late summer search for sheltered areas where they "hibernate" until spring. Warm weather brings her out in search of water on which to lay her eggs.


Culiseta mosquitoes are moderately aggressive biters, attacking in the evening hours or in shade during the day.


And the Malaria mosquito



Watching Motion of Electrons in Molecules During Chemical Reactions


The picture shows the conical intersection and the two possible electronic states of the NO2 molecule before it dissociates. (Credit: Wörner /ETH Zürich)

Science Daily  — A research group led by ETH Zurich has now, for the first time, visualized the motion of electrons during a chemical reaction. The new findings in the experiment are of fundamental importance for photochemistry and could also assist the design of more efficient solar cells.
















The research team irradiated nitrogen dioxide molecules (NO2) with a very short ultraviolet pulse. Subsequently, the molecule takes up the energy from the pulse which sets the electrons in motion. The electrons start rearranging themselves, which causes the electron cloud to oscillate between two different shapes for a very short time, before the molecule starts to vibrate and eventually decomposes into nitric oxide and an oxygen atom.In 1999, Ahmed Zewail was awarded the nobel prize in chemistry for his studies of chemical reactions using ultrashort laser pulses. Zewail was able to watch the motion of atoms and thus visualize transition states on the molecular level. Watching the dynamics of single electrons was still considered a dream at that time. Thanks to the latest developments in laser technology and intense research in the field of attosecond spectroscopy (1 attosecond = 10-18 s) the research has developed fast. For the first time, Prof. Hans Jakob Wörner from the Laboratory of Physical Chemistry at ETH Zurich, together with colleagues from Canada and France, was able to record electronic motion during a complete chemical reaction. The experiment is described in the latest issue of Science.
Conical intersections
Nitrogen dioxide has model character with respect to understanding electronic motion. In the NO2 molecule, two states of the electrons can have the same energy for a particular geometry -- commonly described as conical intersection. The conical intersection is very important for photochemistry and frequently occurs in natural chemical processes induced by light. The conical intersection works like a dip-switch. For example, if the retina of a human eye is irradiated by light, the electrons start moving, and the molecules of the retina (retinal) change their shape, which finally converts the information of light to electrical information for the human brain. The special aspect about conical intersections is that the motion of electrons is transferred to a motion of the atoms very efficiently.
Snapshot of an electron
In an earlier article, Hans Jakob Wörner has already published how attosecond spectroscopy can be used for watching the motion of electrons. The first weak ultraviolet pulse sets the electrons in motion. The second strong infrared pulse then removes an electron from the molecule, accelerates it and drives it back to the molecule. As a result, an attosecond light pulse is emitted, which carries a snapshot of the electron distribution in the molecule. Wörner illustrates the principle of attosecond spectroscopy: "The experiment can be compared to photographs, which, for example, image a bullet shot through an apple. The bullet would be too fast for the shutter of a camera, resulting in a blurred image. Therefore, the shutter is left open and the picture is illuminated with light flashes, which are faster than the bullet. That's how we get our snap-shot."
From the experiment to solar cells
When the electron returns to the molecule, it releases energy in the form of light. In the experiment, Wörner and his colleagues measured the light of the electrons and were therefore able to deduce detailed information on the electron distribution and its evolution with time. This information reveals details of chemical reaction mechanisms that were not accessible to most of previous experimental techniques. The experiment on NO2 helps understanding fundamental processes in molecules and is an ideal extension of computer simulations of photochemical processes: "What makes our experiment so important is that it verifies theoretical models," says Wörner. The immense interest in photochemical processes is not surprising, as this area of research aims at improving solar cells and making artificial photosynthesis possible.

Could a Computer One Day Rewire Itself? New Nanomaterial 'Steers' Electric Currents in Multiple Dimensions


By applying electrical pulses to the new nanomaterial, a sea of small negatively charged ions (blue) can be pushed and pulled between larger, positively charged nanoparticles (red) which are "jammed" in place. The regions of high and low ionic concentration allow for the material to become either more or less conductive in those areas. By controlling how the ions are distributed, one can control how current flows between electrodes. (Credit: Northwestern University)

Science Daily  — Scientists at Northwestern University have developed a new nanomaterial that can "steer" electrical currents. The development could lead to a computer that can simply reconfigure its internal wiring and become an entirely different device, based on changing needs.














The Northwestern team has taken a fundamentally different approach. They have made reconfigurable electronic materials: materials that can rearrange themselves to meet different computational needs at different times.As electronic devices are built smaller and smaller, the materials from which the circuits are constructed begin to lose their properties and begin to be controlled by quantum mechanical phenomena. Reaching this physical barrier, many scientists have begun building circuits into multiple dimensions, such as stacking components on top of one another.
"Our new steering technology allows use to direct current flow through a piece of continuous material," said Bartosz A. Grzybowski, who led the research. "Like redirecting a river, streams of electrons can be steered in multiple directions through a block of the material -- even multiple streams flowing in opposing directions at the same time."
Grzybowski is professor of chemical and biological engineering in the McCormick School of Engineering and Applied Science and professor of chemistry in the Weinberg College of Arts and Sciences.
The Northwestern material combines different aspects of silicon- and polymer-based electronics to create a new classification of electronic materials: nanoparticle-based electronics.
The study, in which the authors report making preliminary electronic components with the hybrid material, will be published online Oct. 16 by the journal Nature Nanotechnology. The research also will be published as the cover story in the November print issue of the journal.
"Besides acting as three-dimensional bridges between existing technologies, the reversible nature of this new material could allow a computer to redirect and adapt its own circuitry to what is required at a specific moment in time," said David A. Walker, an author of the study and a graduate student in Grzybowski's research group.
Imagine a single device that reconfigures itself into a resistor, a rectifier, a diode and a transistor based on signals from a computer. The multi-dimensional circuitry could be reconfigured into new electronic circuits using a varied input sequence of electrical pulses.
The hybrid material is composed of electrically conductive particles, each five nanometers in width, coated with a special positively charged chemical. (A nanometer is a billionth of a meter.) The particles are surrounded by a sea of negatively charged atoms that balance out the positive charges fixed on the particles. By applying an electrical charge across the material, the small negative atoms can be moved and reconfigured, but the relatively larger positive particles are not able to move.
By moving this sea of negative atoms around the material, regions of low and high conductance can be modulated; the result is the creation of a directed path that allows electrons to flow through the material. Old paths can be erased and new paths created by pushing and pulling the sea of negative atoms. More complex electrical components, such as diodes and transistors, can be made when multiple types of nanoparticles are used.
The title of the paper is "Dynamic Internal Gradients Control and Direct Electric Currents Within Nanostructured Materials." In addition to Grzybowski and Walker, other authors are Hideyuki Nakanishi, Paul J. Wesson, Yong Yan, Siowling Soh and Sumanth Swaminathan, from Northwestern, and Kyle J. M. Bishop, a former member of the Grzybowski research group, now with Pennsylvania State University.