Secrets Of Human Fingerprint Patterns And Ridges

A fingerprint from contact with a flat surface. The contact occurs only along the summits of the epidermal ridges. This contact pattern results in a particular filtering of tactile information during active exploration of a surface. Image Credit: Science/AAAS)

Secrets Of Human Fingerprint Patterns And Ridges

Two articles about fingerprints and their patterns hold unique secrets and understanding about humans on this Oblate Spheroid.

One study released last week addresses why they are what they are, why and how ridges and receptors combine to give a person a more detailed understanding of feel and touch.

The other discusses how the print pattern of a group of fingers (laid out in patterns defined as whorls and waves) might say about a person and his/her destiny uncovered in an ancient Asian belief.

Do identical twins have identical fingerprints? - Identical twins have fingerprints that can be readily distinguished on close examination. However, the prints do have striking similarities. In fact, before the arrival of modern genetic testing, similarity of fingerprints was often used to determine whether twins were identical or fraternal. Image Credit: Nick McGlynn

This excerpted and edited from CBC News -

Fingerprints key to ability to process fine textures: study
Fingerprints don't exist simply to improve gripping ability or identify cat burglars - they may also act as a type of touch filter that improves perception, according to a new study.
CBC News - 30/01/2009 5:12:12 PM

The study, published in [last] Friday's edition of Nature, suggests that fingerprints may help perceive very fine textures more efficiently. Specifically, fingerprints can tune out vibrations outside a certain frequency so only very specialized touch receptors can pick them up.

These receptors, called Pacinian fibres, are involved in detecting fine features. But they also have the lowest spatial resolution of any of the receptors involved in touch. This means that, taken alone, they are the least able to distinguish between two closely spaced pressure points, a characteristic that appears to be a contradiction for a receptor involved with fine touch, the study says.

The researchers from the University of Paris think this is where fingerprints come into play. They said there is no way to experimentally measure stress under the skin on a finger, so they created a synthetic mechanical sensor instead. They then placed two types of rubber caps on top of the sensor - one smooth, and the other ridged like a fingerprint.

The sensor was then rubbed across a glass surface covered with patterned textures. They found that the sensor covered with the smooth cap picked up a large variety of vibrations. But in the case of the ridged sensor, it filtered out many of the vibrations picked up by the smooth cap and amplified them.

The researchers concluded that a typical set of fingerprints would produce vibrational frequencies in the range of 200 to 300 Hz. Pacinian fibres respond best to frequencies around 250 Hz, and would therefore be able to pick up these filtered vibrations.

"Fingerprints thus allow for a conditioning of the texture-induced mechanical signal which facilitates its processing by specific [touch receptors]," the study says.
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Amplification of the vibrations depends strongly on the orientation of ridges with respect to the movement of the finger. In the study, the ridges had to be oriented perpendicular to the direction of movement.

But the authors note that fingerprints are arranged in swirls, so that each region of the fingertip can achieve optimal orientation.

"Further studies are needed in order to elucidate how this may reflect on the exploratory procedures [such as fingertip trajectory and contacting zone] used by humans during texture evaluation tasks," the study says.
Reference Here>>

So, the study opines that the difference in a pattern and how it presents itself may effect the actual filtering sensation of touch.

On the actual way a group of patterns are laid out, the Chinese have devised a way to read personality & destiny traits by studying the waves and the circles that appear at the tips of everyone’s fingers.

Patterns for men are always analyzed from their left hands while women are analyzed from their right hands.

To make a reading, look at ones thumb print first, then the index finger, middle finger, ring finger and then the little finger, always in that order. This is the sequence that offers clues to ones destiny & fortunes of a life lived.

Chinese societies were so convinced that in earlier times the fingers of prospective daughters-in- law were carefully scrutinized by prominent families to ensure they did not unwittingly welcome women who had fingers that showed alternate whorls and waves on their fingers, as it was commonly believed that such women would bring trouble into the family, being particularly difficult to control and usually very aggressive. Image Credit: pcworx

This excerpted and edited from pcworx -

Finger Prints
By pcworx

Check yours…. It’s interesting

It is already an accepted fact that every single person in the world has a different set of fingerprints.
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For ease of reference we shall refer to whorls (aka, circles) as “O” and to waves as “W”.

Fingers: OOOOO (all whorls)
Means: This person is very confident, has a strong character and a hot temper. He/she is an independent person. The luck of this person changes dramatically in life from one period to the next. The undoing of this person will be his/her hot temper so it is vital that this person must learn to be patient and calm.

Shape: WWWWW (all waves)
Means: This person is a straightforward honest person who goes with the flow. The fingers indicate someone very sensitive, who is especially suited to design and creative work. People with these fingerprint patterns tend to be shy and uncomfortable in social situations, so are not suited to work in PR, politics or any kind of work requiring them to meet people.

Shape: OWWWO
Means: If you can choose a prestigious working career, you will be very successful. However, you should avoid the tendency to get big-headed and you must never take your career for granted. You should also watch your back, as you tend to attract jealousy into your life and could get betrayed. Always look for long-term benefits.

Shape: OWWOW
Means: You will need to work harder during the early days of your career. When you reach middle and older age, you will get recognition and wealth luck. So your life gets better the older you get.

Shape: OWOWW
Means: It is vital that you resist the tendency to be narrow-minded in your attitudes and in the way you think and work. Try to be humble and learn as much as possible. This is how you will get influential help that brings you to the peak of your business and career life.

Shape: WOOOO
Means: You are a very clear-minded person. As long as you work hard, you are guaranteed to be
successful. Even though you tend to be in a hurry, there will be those who help you along. You are also a person with a kind heart.

Shape: OOOOW
Means: Because you are kind and have an in-built polite attitude, you will easily get help from older persons and friends. You will enjoy great success in your working life and your only weakness is you don’t trust people too easily. This can make you too conservative.

Shape: OOOWW
Means: You have a tendency to be bad tempered, and rather quick to judge. This is a shallow attitude and could easily get you onto the wrong path. If you can correct this tendency of yours, you will have great success. The potential is in you, so try to be calm in your approach.

Shape: OWWWW
Means: You have good character but can only become really successful in older age. Be prepared to have to work really hard during your younger and middle age periods, but you will become a successful person in older years.

Shape: WOWWW
Means: You are very good in the social skills. No matter what industry you are in, you like to take risk and you will always face uncertainty. Be careful as the later years of your life could bring yet more challenges. Take less risk as you get older.

Shape: WWOWW
Means: You are a person who has high vision and heavy responsibility. Be careful. Your visions could get you into serious difficulty. Better to stay more grounded, then your life will have greater success.

Shape: WWWOW
Means: You are very intelligent and will enjoy a lot of scholastic honors. You will have a smooth life and benefit from wealth luck. If you can work hard, you will become a great and successful person.

Shape: WWWWO
Means: You will inherit a business or property from your parents or from an older person. Even though you are a capable person and can be successful in your own business, your tendency towards impatience could get you into a lot of difficulty.

Shape: OOWWW
Means: You have a tendency to be proud and snobbish, although deep inside you are a kind-hearted person. Your social skills however need improving. Your relatives tend to take advantage of you.

Shape: WOWWO
Means: You are a deep thinking person. At a young age, you are already thinking of your future. You will enjoy a smooth and peaceful life; you will be very happy in your old age.

Shape: WOWOO
Means: You are a very sociable person and you enjoy the carefree kind of life going out, partying and clubbing. When you reach middle and older age, you will rely on people to support you. Be warned, if you do not prepare yourself, you might have a hard time during your older years.

Shape: WOWOW
Means: You are not an easy person to control or to convince, as you are something of a rebel. If you can stay focused on what you want from life, you will be successful. The problem is that you can be fickle and vague in what you really want from life.

Shape: WWOWO
Means: Your whole life is full of ups and downs, successes and failures. However, if you can

move steadily step-by-step, you can enjoy a peaceful life as you grow into maturity.

Shape: WWWOO
Means: You are very kindhearted person and there will be good people in your life, as you will attract these kinds of people towards you. Work hard and you will easily reap your just rewards. You will definitely become successful.

Shape: OWWOO
Means: You will get recognition and become famous. Even though your life appears unstable during your earlier years of working life and you need to work hard in your thirties, when you reach maturity, your life gets better and better.

Shape: WWOOW
Means: You are a very capable person, but you tend to lack good judgment. You also tend to start something and then lose interest. Stay focused if you want to succeed.

Shape: OWOOW
Means: You are a noble person with a good character. You tend to be very helpful towards colleagues and friends so you are a popular person. Because you can think in-depth and have sensitivity towards others, you will enjoy success in the creative fields.

Shape: OWOWO
Means: You are blessed with a fast and formidable intellect. You work very quickly and with great effectiveness. However, your character is very aggressive and people tend to be intimidated by you. If you can correct this trait, you can rise to great heights.

Shape: WWOOO
Means: You are a very straightforward person. But your thinking tends to be rather naïve and shallow. Even though your suggestions are good, if you don’t think through what you say, you should not be surprised if people tend to ignore your views. Your speech tends to lack power.

Shape: OOWOW
Means: You are a high-minded person, able to see and grab opportunities. You are best suited to work in the financial and investment fields. Your luck gets better as you grow older.

Shape: OOWWO
Means: You are a very honest and reputable person. You have little urge to get rich or pursue material wealth. But watch it, if you don’t know how to take care of yourself, you can easily get conned and taken advantage of by people.

Shape: OOOWO
Means: Your social skills are good, so you attract guidance and help from influential people. Many people help you in your rise to prominence, and your luck turns fabulous in later years.

Shape: OOWOO
Means: You are a very brave and hardworking person. A lot of people trust you when you are young. However, unless you work at preserving your reputation, you could make enemies on your rise up and find that life becomes harder as you get older.

Shape: OWOOO
Means: You are a kindhearted character and easily get along with others. You are not good at doing business, but you are good as a teacher or even as a spiritual master. You can enjoy success in the academic world.

Shape: WOOWW
Means: You are reputable and have a peaceful character. So you are definitely someone who can become successful and recognized. However, because of your tendency towards pride, you could end up offending the wrong people.

Shape: WOOWO
Means: You are a simple but logical person. If you can focus on the fundamentals of life and adopt a step-by-step approach in your climb up the success ladder and not be too impatient, you will benefit from wealth luck and be honored by people.

Shape: WOOOW
Means: You are a straight talking person who is forthright in your approach. You are strong in character, playful but you also easily offend people. But you are also lucky because when you reach middle age, you will rise to a prominent position and your luck really changes for the better.
Reference Here>

Clean Air Adds Half Of One Year – Almost

Mexico City -- View from Castillo de Chapultepec, back down the Paseo de la Reforma, the monument in the distance, the Angel del la independencia, is exactly one mile away. Now that is some serious pollution and this is in the morning, it is worse in the afternoon! Caption and Image Credit: rdstoker/flickr

Clean Air Adds Half Of One Year – Almost

The cleaning up of particulate air pollution brought on through emissions from automobiles, factories, aerosols, smoking and etc. has yielded citizens of the United States an extension of 21 weeks in the average life lived from the one lived 20 years ago.

The largest contributing factor to the reduction of air pollution track back to changes in smoking habits. More people are smoking less and those who do smoke are not smoking in confined spaces … they are taking their habit out of doors.

Overall, since the beginning of the effort to reduce fine particles given off by automobiles, diesel engines, steel mills and coal-fired power plants, life expectancy has risen as much as 15 percent of the overall 2.72 years of extra longevity seen in the United States since the early 1980s.

Particulate Air Pollution in Selected Cities, 1990-1995 -- Despite these efforts, however, air pollution remains an extremely serious environmental health problem in China. In fact, a host of recent studies have found China to have some of the worst air pollution in the world. A recent World Bank report, for example, includes four Chinese cities in its list of the 10 urban centers with the lowest air quality. The map also gives a sense of the severity of China's air pollution problem, even when compared with other major polluting cities here on the Oblate Spheroid. Caption (edited) and Image Credit: EarthTrends

This excerpted and edited from Reuters -

Cleaner air equals 21 more weeks of life
By Gene Emery - Thu Jan 22, 2009 3:36pm GMT

BOSTON (Reuters) - Dramatic improvements in U.S. air quality over the last two decades have added 21 weeks to the life of the average American, researchers reported on Wednesday.
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Improved socioeconomic conditions, judged partly by the proportion of high school graduates living in an area, rank next. But cleaner air was a big factor.

"It's stunning that the air pollution effect seems to be as robust as it is after controlling for these other things," said Arden Pope, an epidemiologist at Brigham Young University in Utah who led the study, in a telephone interview.

Haze in Seoul, South Korea. 2007 -- It became obvious very quickly that the air quality in Seoul was very poor. Seoulites were frequently coughing and it's no wonder, with the worst air pollution levels in the OECD, Seoul's air quality is worse than other major urban centres such as Rome and Mexico City. Both of which are notorious for high levels of air pollution. Caption and Image Credit: lamkevin/flickr

Using life expectancy, economic, demographic and pollution data from 51 metropolitan areas, Pope and his colleagues found when fine-particle air pollution dropped by 10 micrograms per cubic meter, life expectancy rose by 31 weeks.

Areas such as Akron, Ohio, and Philadelphia showed that kind of drop in air pollution.

The bigger the decline, the longer people began living.

In some areas where fine-particle counts dropped by 13 to 14 micrograms -- such as Buffalo, New York and Pittsburgh -- people typically started living about 43 weeks longer.

The findings show there has been a real dividend from the efforts since the 1970s to improve air quality, said Pope.

In a commentary, Daniel Krewski of the University of Ottawa said the study "provides direct confirmation of the population health benefits of mitigating air pollution and greatly strengthens the foundation of the argument for air-quality management."

Based on earlier research, the World Health Organization has estimated that 1.4 percent of all deaths around the world are caused by air pollution particles.
Reference Here>>

This should be held up as bad news for nations such as China, Korea, India and Mexico due to the lack of particulate controls and personal smoking habits found there.

Methane On Mars – Tracks Of Life?

Methane atmospheric abundance spectrometry overlay on Martian surface. Image Credit: NASA

Methane On Mars – Tracks Of Life?

NASA has issued a press release describing the detection of methane gas on Mars and how this may be evidence of life on the red planet.

NASA cautions, "Right now, we do not have enough information to tell whether biology or geology -- or both -- is producing the methane on Mars," said Michael Mumma of NASA's Goddard Space Flight Center in Greenbelt, Md.. "But it does tell us the planet is still alive, at least in a geologic sense. It is as if Mars is challenging us, saying, 'hey, find out what this means.' "

If microscopic Martian life is producing the methane, it likely resides far below the surface where it is warm enough for liquid water to exist. Liquid water is necessary for all known forms of life, as are energy sources and a supply of carbon.

The process of how the methane gas was detected is in itself a good story.

Conceptual animation demonstrating the process of spectroscopy and how it was applied to the discovery of methane in Mars’ atmosphere (click photo). Image Credit: Chris Smith/NASA

This excerpted and edited from the National Aeronautics and Space Administration –

Discovery of Methane Reveals Mars Is Not a Dead Planet
By: Dwayne Brown - NASA, Nancy Neal-Jones, and Bill Steigerwald of the Goddard Space Flight Center - Jan. 15, 2009

WASHINGTON -- A team of NASA and university scientists has achieved the first definitive detection of methane in the atmosphere of Mars. This discovery indicates the planet is either biologically or geologically active.

The team found methane in the Martian atmosphere by carefully observing the planet throughout several Mars years with NASA's Infrared Telescope Facility and the W.M. Keck telescope, both at Mauna Kea, Hawaii. The team used spectrometers on the telescopes to spread the light into its component colors, as a prism separates white light into a rainbow. The team detected three spectral features called absorption lines that together are a definitive signature of methane.

"Methane is quickly destroyed in the Martian atmosphere in a variety of ways, so our discovery of substantial plumes of methane in the northern hemisphere of Mars in 2003 indicates some ongoing process is releasing the gas," said Michael Mumma of NASA's Goddard Space Flight Center in Greenbelt, Md. "At northern mid-summer, methane is released at a rate comparable to that of the massive hydrocarbon seep at Coal Oil Point in Santa Barbara, Calif." Mumma is lead author of a paper describing this research that will appear in Science Express on Thursday.

Methane, four atoms of hydrogen bound to a carbon atom, is the main component of natural gas on Earth. Astrobiologists are interested in these data because organisms release much of Earth's methane as they digest nutrients. However, other purely geological processes, like oxidation of iron, also release methane.
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Animation depicting two processes (geochemical and biological) that may have produced the methane plumes now seen in Mars’ atmosphere (click photo). Image Credit: Susan Twardy/NASA

"We observed and mapped multiple plumes of methane on Mars, one of which released about 19,000 metric tons of methane," said co-author Geronimo Villanueva of the Catholic University of America in Washington. "The plumes were emitted during the warmer seasons, spring and summer, perhaps because ice blocking cracks and fissures vaporized, allowing methane to seep into the Martian air."
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One method to test whether life produced this methane is by measuring isotope ratios.

Isotopes of an element have slightly different chemical properties, and life prefers to use the lighter isotopes.

A chemical called deuterium is a heavier version of hydrogen. Methane and water released on Mars should show distinctive ratios for isotopes of hydrogen and carbon if life was responsible for methane production.

It will take future missions, like NASA's Mars Science Laboratory, to discover the origin of the Martian methane.

Additional photo and animation assets here.
Reference Here>>

MRI Breakthrough - Volume Resolution 100 Million X's Finer

NanoMRI, close-up view graphic - Image Credit: IBM

MRI Breakthrough - Volume Resolution 100 Million Times Finer

Nearly 60 years after IBM played a major role in developing the heart lung machine, scientists and engineers from IBM Research continue to break new ground in modernizing healthcare.

IBM Research scientists, in collaboration with the Center for Probing the Nanoscale at Stanford University, have demonstrated magnetic resonance imaging (MRI) with volume resolution 100 million times finer than conventional MRI.

This result signals a significant step forward in tools for molecular biology and nanotechnology by offering the ability to study complex 3D structures at the nanoscale.

NanoMRI of Virus Particles 1 - Image Credit: IBM

NanoMRI of virus particles 2 - Image Credit: IBM

By extending MRI to this resolution, the scientists have created a microscope that, with further development, may ultimately pave the way for new advances in personalized healthcare and targeted medicine.

In the 1960s, IBM invented the first continuous blood separator, used to treat critically ill leukemia patients. IBM has also helped develop the field of relaxometry, which plays a role in medical magnetic resonance imagery (MRI), and invented the method for using excimer lasers that eventually became photorefractive (LASIK) eye surgery.

And this was just the beginning; to this day, IBM continues to make significant contributions to healthcare through technology innovations.

Video Explanation Of IBM's NanoMRI Technology Breakthrough:

Ten Strangest Things About Our Universe - 2008

Artist's rendition of a hypervelocity star leaving a galaxy. Image Credit: Harvard-Smithsonian Center for Astrophysics

Ten Strangest Things About Our Universe - 2008

At the end of any year, one is confronted with many bottom up lists describing the important events, people, discoveries, and etc. over the course of the past year just lived.

This exercise always allows one to pause and reflect on what has been learned and to ponder what might be useful for the New Year ahead.

WE at Oblate Spheroid, marvel at how different life and the place the Earth has in the universe becomes the more we learn about the space we occupy.

The more we look among the stars and galaxies, the weirder things seem to get.

Even space itself is puzzling, for example; Recent studies suggest that the fabric of the universe stretches more than 150 billion light-years across -- in spite of the fact that the cosmos is 13.7 billion years old.

This excerpted and edited from The Discovery Channel –

Hypervelocity stars were first theorized to exist in 1988. The theory was that binary star systems at the galaxy's center would occasionally wander too close to the massive black hole looming there, which would disrupt their orbital dance. While one of the pair was captured by the black hole, the other would be sent rocketing off at an incredible speed. Caption: MSNBC - Image Credit: ESO

TOP 10 STRANGEST THINGS IN THE UNIVERSE
By Dave Mosher for The Discovery Channel - Article originally posted October 31, 2008.

10. Hypervelocity Stars

If you've ever gazed at the night sky, you've probably wished upon a shooting star (which are really meteors).

But shooting stars do exist, and they're as rare as one in 100 million.

In 2005, astronomers discovered the first "hypervelocity" star careening out of a galaxy at nearly 530 miles per second (10 times faster than ordinary star movement).

We have ideas about what flings these rare stars into deep space, but aren't certain; anything from off-kilter supernova explosions to supermassive black holes might be responsible.

9. Black Holes

Conception of a black hole pulling gas off of a nearby star. Image Credit: ESA/NASA

Speaking of black holes, what could be stranger?

Beyond a black hole's gravitational border -- or event horizon -- neither matter nor light can escape. Astrophysicists think dying stars about three to 20 times the mass of the sun can form these strange objects. At the center of galaxies, black holes about 10,000 to 18 billion times heavier than the sun are thought to exist, enlarged by gobbling up gas, dust, stars and small black holes.

What about mid-sized types? Perhaps surprisingly, evidence is both scarce and questionable for their existence.

8. Magnetars

Artist's rendition of a magnetar with magnetic fields shown. Image Credit: NASA

The sun spins about once every 25 days, gradually deforming its magnetic field.

Well, imagine a dying star heavier than the sun collapsing into a wad of matter just a dozen miles in diameter.

Like a spinning ballerina pulling his or her arms inward, this change in size spins the neutron star -- and its magnetic field -- out of control.

Calculations show these objects possess temporary magnetic fields about one million billion times stronger than the Earth's. That's powerful enough to destroy your credit card from hundreds of thousands of miles away, and deform atoms into ultra-thin cylinders.

7. Neutrinos

Construction of the NuMI neutrino source underway. Image Credit: BNL

Pull out a dime from your pocket and hold it up for a second... guess what? About 150 billion tiny, nearly massless particles called neutrinos just passed through it as though it didn't even exist.

Scientists have found that they originate in stars (living or exploding), nuclear material and from the Big Bang. The elementary particles come in three "flavors" and, stranger still, seem to disappear on a whim.

Because neutrinos occasionally do interact with "normal" matter such as water and mineral oil, scientists hope they can use them as a revolutionary telescope to see beyond parts of the universe obscured by dust and gas.

6. Dark Matter

False-color depiction of dark matter around a star cluster. Image Credit: J.-P. Kneib/ESA/NASA

If you put all of the energy and matter of the cosmos into a pie and divvy it up, the result is shocking.

All of the galaxies, stars, planets, comets, asteroids, dust, gas and particles account for just 4 percent of the known universe. Most of what we call "matter" -- about 23 percent of the universe -- is invisible to human eyes and instruments.

For now.

Scientists can see dark matter's gravitational tug on stars and galaxies, but are searching feverishly for ways to detect it first-hand. They think particles similar to neutrinos yet far more massive could be the mysterious, unseen stuff.

5. Dark Energy

Computer simulation of dark matter filaments. Image Credit: Science Magazine

What really has everyone on the planet confused -- including scientists -- is dark energy.
To continue with the pie analogy, dark energy is a Garfield-sized portion at 73 percent of the known universe. It seems to pervade all of space and push galaxies farther and farther away from one another at increasingly faster speeds.

Some cosmologists think this expansion will leave the Milky Way galaxy as an "island universe" in a few trillion years with no other galaxies visible.

Others think the rate of expansion will become so great that it will result in a "Big Rip." In this scenario, the force of dark energy overcomes gravity to disassemble stars and planets, the forces keeping particles sticking together, the molecules in those particles, and eventually the atoms and subatomic particles. Thankfully, humankind probably won't be around to witness to cataclysm.

4. Planets

Illustration of terrestrial, extrasolar planets. Image Credit: R. Hurt/NASA/JPL-Caltech

It might sound strange because we live on one, but planets are some of the more mysterious members of the universe.

So far, no theory can fully explain how disks of gas and dust around stars form planets -- particularly rocky ones.

Not making matters easier is the fact that most of a planet is concealed beneath its surface. Advanced gadgetry can offer clues of what lies beneath, but we have heavily explored only a few planets in the solar system.

Only in 1999 was the first planet outside of our celestial neighborhood detected, and in November 2008 the first bona fide exoplanet images taken.

3. Gravity

Artist depiction of gravity waves around merging black holes. Image Credit: NASA

The force that helps stars ignite, planets stay together and objects orbit is one of the most pervasive yet weakest in the cosmos

Scientists have fine-tuned just about every equation and model to describe and predict gravity, yet its source within matter remains a complete and utter mystery.

Some think infinitesimal particles called gravitons exude the force in all matter, but whether or not they could ever be detected is questionable.

Still, a massive hunt is on for major shake-ups in the universe called gravitational waves. If detected (perhaps from a merger of black holes), Albert Einstein's concept that the universe has a "fabric" of spacetime would be on solid ground.

2. Life

E. coli bacteria. Image Credit: NIH

Matter and energy abound in the universe, but only in a few places is the roll of the cosmic dice perfect enough to result in life.

The basic ingredients and conditions necessary for this strange phenomenon are better understood than ever before, thanks to abundant access to life here on Earth.

But the exact recipe -- or recipes -- to go from the basic elements of carbon, hydrogen, nitrogen, oxygen, phosphorus and sulfur to an organism is a prevailing mystery.

Scientists seek out new areas in the solar system where life could have thrived (or still may, such as below the surface of watery moons), in hopes of arriving at a compelling theory for life's origins.

1. The Universe

Illustration showing the creation and expansion of the universe. Image Credit: NASA

The source of energy, matter and the universe itself is the ultimate mystery of, well, the universe.

Based on a widespread afterglow called the cosmic microwave background (and other evidence), scientists think that the cosmos formed from a "Big Bang" -- an incomprehensible expansion of energy from an ultra-hot, ultra-dense state.

Describing time before the event, however, may be impossible.

Still, atom smasher searches for particles that formed shortly after the Big Bang could shed new light on the universe's mysterious existence -- and make it a bit less strange than it is today.
Reference Here>>

Tracking Santa The NORAD Way Christmas 2008

Illustrators’ Visions of Santa Claus - Over the years, great illustrators have created and shaped the popular vision of Santa Claus. Clockwise from top, left: Thomas Nast, who gave Santa Claus a form almost like the modern idea in the mid-1800’s, with his clay pipe and arm full of toys (including a sword). You can see some of his visions of Santa here. /// J. C. Leyendecker, who really created the modern vision of Santa, and painted a number of memorable Saturday Evening Post covers featuring the jolly elf over the years. You can find them in the SEP cover archive. /// Norman Rockwell, along with Leyendecker, provided numerous SEP covers with images of Santa, often with clever takes on the vision of his traditional role. The SEP cover archive has a section devoted to Rockwell Christmas covers. /// Haddon Sundblom was an American illustrator who became noted for his yearly portrayals of Santa Claus for the Coca-Cola company. There is a section on the Coca-Cola site, and an album of Sundblom Santas here. Image Credit: Charley Parker

Tracking Santa The NORAD Way Christmas 2008

Christmas is a time we come together to celebrate forces that are beyond our own experience. On December 25, the birth of the son of God is the source of the excuse for additional forces we know are beyond our own experience to come to life.

The one force that creates the most wonder and awe is the force of Santa Claus and his amazing journey around the world as he drives his Reindeer powered Sleigh. The Sleigh, loaded with gifts, stops at every home throughout the world where Santa knows people believe in giving and the amazing grace of God and his power.

Santa is even known to stop and leave a gift where some people are not even aware they actually believe in him and/or God’s power because he knows what resides deep in all people who wish for a better world but have not found a conscious way to its understanding.

Technology and the internet were made for times like these.

This from the How Stuff Works website -

How Santa's Sleigh Works
by John Fuller – How Stuff Works

On Christmas Eve, millions of children around the world will settle uneasily into bed, hardly able to contain themselves. What vision could possibly dance through their heads, turning them into twitchy, restless insomniacs for just one night? Is it the Sugar Plum Fairy from Tchaikovsky's ballet "The Nutcracker" or the sugarplums from Clement Clarke Moore's poem "The Night Before Christmas"? Can sugarplums really do such a thing?

Chances are the children are thinking about toys, Santa Claus and his team of reindeer -- if the children have been nice this year, jolly old St. Nick should be landing his sleigh on their roofs sometime late in the night.

Everyone has their own traditional image of Santa's sleigh, but could there be more to it than just a sled and a team of reindeer? Although no one may ever know for sure just how Santa operates, we at HowStuffWorks have what we think are the most logical explanations for how the big guy accomplishes all that he does: science and technology.

Sure, demystifying Santa's modus operandi puts us at risk of getting nothing but coal in our stockings this year, but it's all for the noble pursuit of yuletide knowledge. After all, have you ever wondered how Santa's sleigh flies? What about the reindeer? And how does Santa fit all of those presents into one bag? In the next section, we'll look at the possible technology behind Santa's sleigh.­

Rustic on the outside and state-of-the-art on the inside, Santa's sleigh would have to be a marvel in engineering. These are the main parts of the sleigh that would be needed to get Santa across the world in one night.

The Sleigh's Interior

The front of the sleigh's dashboard would be dominated by Santa's own GPS navigator -- the elves would map out millions of destinations before Christmas Eve, just to make sure Santa doesn't miss anyone. The device would also have a built-in Naughty-or-Nice sensor that keeps Santa updated on children's activities. This is important, as even the most minor of naughty deeds committed within the last few hours of Dec. 24 can determine whether or not a child receives a shiny lump of coal.

A speedometer on the far left of the dashboard would allow Santa to monitor his flying speeds. On the far right would be a radio communicator -- Mrs. Claus sends broadcasts, and the elves update Santa with weather reports and toy inventory.

For in-flight entertainment, we'd like to the think that the elves would have installed an iPod dock -- perhaps even a red-and-green iPod, which would come with enough memory to play Christmas songs for the entire year through. There would also be a hot cocoa dispenser in the middle of the console, and fuel for the reindeer (in the form of carrots) in a compartment located on the left side of the sleigh.

Transdimensional Present Compartment (The Bag)

Ever wonder how Santa fits all of those presents into one bag? Think of a transdimensional present compartment in the form of a traditional gift sack, which would act as a portal between the sleigh and the North Pole. However, we'd also like to think that Santa may have harnessed the power of nanotechnology and found a way to miniaturize millions of presents into one large bag. But this information remains unconfirmed.

The Stardust Antimatter Propulsion Unit

What is antimatter? Is it some kind of magical substance Santa uses to power his sleigh?

Antimatter is the opposite of regular matter -- the mirror image of normal particles that make up everything we can see or touch. The big draw to antimatter is the amount of energy it helps create. When antimatter and matter come into contact, they annihilate each other -- breaking apart into tons of smaller particles -- and 100 percent of their masses convert into energy.

Although antimatter propulsion rockets are mainly used in science-fiction shows to allow spaceships to travel at warp speed, the possibility of designing one is very real -- NASA is currently developing one that would get us to Mars within a matter of weeks. [source: NASA]
Santa's would have to be way ahead of the game, however, and we'd like to imagine that he has his own custom Stardust Antimatter Rocket. It would be small enough to install in the back of his sleigh and fast enough to deliver every present to all good children across the globe. Of course, if the rocket ever malfunctions, the reindeer would be there to back Santa up.
References Here>>

Track Santa Claus across the globe as he performs his amazing task and journey -

Santa maintains a huge list of children who have been good throughout the year. The list even includes addresses, ZIP codes and postal codes. The list, of course, gets bigger each year by virtue of the world's increasing population. This year's population right now is 6,634,570,959!

Santa has had to adapt over the years to having less and less time to deliver his toys. If one were to assume he works in the realm of standard time, as we know it, clearly he would have perhaps two to three ten-thousandths of a second to deliver his toys to each child's home he visits!

The fact that Santa Claus is more than 15 centuries old and does not appear to age is our biggest clue that he does not work within time, as we know it. His Christmas Eve trip may seem to take around 24 hours, but to Santa it could be that it lasts days, weeks or months in standard time. Santa would not want to rush the important job of bringing Christmas happiness to a child, so the only logical conclusion is that Santa somehow functions on a different time and space continuum.

We believe, based on historical data and more than 50 years of NORAD tracking information, that Santa Claus is alive and well in the hearts of children throughout the world.

Santa Claus is known by many names, but his first recorded name was Saint Nicholas. Historians claim that the history of Santa starts with the tradition of Saint Nicholas, a 4th Century Christian priest who lived in the Middle East in an area of present day Turkey.

Saint Nicholas became famous throughout the world for his kindness in giving gifts to others who were less fortunate. Typically, he placed gifts of gold down people's chimneys - sometimes into stockings. It may be that the Santa we know and love emerged from the legacy of Saint Nicholas. Clearly, Santa's basic approach to gift giving is strikingly similar to that of Saint Nicholas. What we know from history is that the tradition of Santa Claus and Saint Nicholas merged.

Could they be the same person? Only Santa Claus can tell us for sure.

Long before the Wright brothers flew the first airplane or the Montgolfier brothers flew the first hot air balloon, Santa knew he had to find a way to travel quickly from house to house at great speed. We know from our Santa Cam images that Santa's choice for quick transportation was a herd of flying reindeer. Of course, to this day, detailed information on these reindeer remains a mystery. We do know, however, that Santa somehow found a way to get the reindeer to help him with his worldwide mission of gift giving. A veil of sweet mystery hides the rest.

Virginia's letter, written in December 1897, is the most famous example of a child wanting to know about Santa.

Editor’s Response>>

TRACK SANTA CLAUS's JOURNEY AROUND THE WORLD HERE

We at MAXINE, Symblogogy, ... notes from The EDJE, & Oblate Spheroid wish each and everyone a "Merry Christmas To All And To All A Good Night!"

It’s Was All Relative, ‘Till Now … E=mc2 Proven

People walk past a giant sculpture featuring Albert Einstein's formula "E=mc2" in front of Berlin's Altes Museum in 2006. It's taken more than a century, but Einstein's celebrated formula e=mc2 has finally been corroborated, thanks to a heroic computational effort by French, German and Hungarian physicists. Image Credit: AFP/File/John Macdougall

It’s Was All Relative, ‘Till Now … E=mc2 Proven

The Albert Einstein Special Theory of Relativity which he hypothesized over one century ago, was suspected as being correct but was never totally proven until now.

In a study published in the US Journal Science, a brainpower consortium led by Laurent Lellouch of France's Centre for Theoretical Physics, using some of the world's mightiest supercomputers, have set down the calculations for estimating the mass of protons and neutrons, the particles at the nucleus of atoms … which proves the equation Einstein laid down back in 1903.

The Albert Einstein Memorial with its 21 foot bronze statue was dedicated in 1979. It is across the street from the Vietnam Veterans Memorial on Constitution Avenue. A star map at Einstein's feet is embedded with more than 2,700 metal studs representing the positions of the sun, moon, planets and stars on April 22, 1979 when the memorial was dedicated. In Einstein's left hand is a paper with mathematical equations summarizing three of his most important scientific contributions including the theory of relativity. Image Credit: VisitingDC.com

This excerpted and edited from AFP -

e=mc2: 103 years later, Einstein's proven right
AFP - Thu Nov 20, 6:56 pm ET

It's taken more than a century, but Einstein's celebrated formula e=mc2 has finally been corroborated, thanks to a heroic computational effort by French, German and Hungarian physicists.
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According to the conventional model of particle physics, protons and neutrons comprise smaller particles known as quarks, which in turn are bound by gluons.
The odd thing is this: the mass of gluons is zero and the mass of quarks is only five percent. Where, therefore, is the missing 95 percent?

The answer, according to the study published in the US journal Science on Thursday, comes from the energy from the movements and interactions of quarks and gluons.

In other words, energy and mass are equivalent, as Einstein proposed in his Special Theory of Relativity in 1905.
Reference Here>>

Triboluminescence – Xrays From A Natural Property, Unnaturally

Sticky Science A finger's x-ray taken with a tape-powered device. The sticky tape setup is in the background. Image Credit: Carlos Camara, Juan Escobar and Seth Putterman - UCLA

Triboluminescence – Xrays From A Natural Property, Unnaturally

Some of the craziest discoveries are found through happenchance or just simply by accident. In an edition of the latest of these discoveries, it has been perfected that through a process as simple as peeling transparent tape (commonly known as Scotch Tape popularized by 3M) one can capture and develop an xray image on film.

This property of excited electron activity when peeling transparent tape was first noticed about fifty (50) years ago in Russia. Some Russian scientists reported evidence of X-rays from peeling sticky tape off of glass.

Fast forward to California and work done by graduate students and staff researchers at the University of California at Los Angeles (UCLA).

The result of this process when recorded by radiographic film is a fuzzy x-ray of the finger bone of physicist Seth Putterman, who runs the lab in which it was made. This undated composite image provided by the UCLA Laboratory of Low Temperatures and Acoustics, shows an image of an x-ray made with Scotch tape superimposed on a hand on top of a vacuum chamber with a roll of Scotch tape mounted on ball bearings inside. Image Credit: AP Photo/ UCLA Laboratory of Low Temperatures and Acoustics, Carlos Camara, Juan V. Escobar and Seth J. Putterman

This excerpted and edited from Scientific American –

Science Friction: An X-Ray Machine Energized by Adhesive Tape
Researchers take an image of a finger using film and some tape
By Susannah F. Locke, Scientific American - October 22, 2008

It may sound bizarre—or like some kind of high school science fair project, but it's not: Researchers have discovered that peeling adhesive tape ejects enough radiation to take an x-ray image. If they stick, the findings could set the stage for a less expensive x-ray machine that does not require electricity.

Lead researcher Carlos Camara, a physicist at the University of California, Los Angeles, reports in Nature today that his team captured x-rays of a finger on film (positioned behind it) by using a simple tape-peeling device (placed in front of it).

How is that possible? It turns out that radiation is released when tape is ripped from a surface. The reason, says Camara: electrons (negatively charged atomic particles) leap from a surface (peeling off of glass or aluminum works, too) to the adhesive side of a freshly yanked strip of tape, traveling so fast that they give off radiation, or energy, when they slam into it.
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"We have high hopes that this can be a very inexpensive alternative source of x-rays good enough to take x-ray images," Camara tells ScientificAmerican.com.Conventional x-ray machines require expensive electrical components to create a beam of high-energy electrons that is aimed at a metal target.
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Worried about radiation from the tape dispenser on your desk? Don't. In both a conventional and the experimental x-ray machine, electrons travel unhindered by air molecules through a vacuum chamber; that allows them to produce the higher energy needed to make x-rays. Normal air, comprised of nitrogen and oxygen and other gases, slows the electrons to a pace that is so sluggish there is only enough energy left to produce a faintly visible, benign blue light.
Reference Here>>

Funny what God leaves for us to discover here on this Oblate Spheroid. Check out the property called triboluminescence yourself by peeling tape in the dark.

Little ‘NoHo’ Model Draws Some Attention

"Little NoHo" as shown at the NoHo Scene festival last weekend. The "Little NoHo" project was created using common objects such as Lego building blocks, bottle caps, game pieces, dominoes, mahjong tiles, jewelry and lapel pins. The model featured parks, bridges, bike paths, plazas, streetcar lines and public art. Image Credit: Mark Kellam – Daily News

Little ‘NoHo’ Model Draws Some Attention

Artist and urban planner, James Rojas, who had built model planning projects which allow for viewer interactive input for the city of Los Angeles before, came up with a 3-D model and plan for the North Hollywood arts district and surrounding neighborhoods.

The model asks people viewing it to participate in the display by adding elements and discuss the project with Rojas so that the L.A. Community Redevelopment Agency, the sponsor of the model display, can benefit from ideas shared through the brainstorm process of the interactivity.

Will any of the ideas placed in the Rojas ‘NoHo’ model ever see the light of day? Only time will tell; it is not known if any of the models that James Rojas has built have ever been adopted as a serious blueprint for urban development.

This excerpted and edited from the Daily News via vallynews.com -

Residents get to give input about 'Little NoHo'
Contributed by: Mark Kellam - 10/10/2008

Man-made streams along Lankershim Boulevard. More benches and a children's playground in North Hollywood Park. Improvements along Vineland Avenue.

Those were some of the changes proposed in an interactive art/urban development model that was on display at the NoHo Scene festival last weekend. Visitors also got to provide their own input.
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"Little NoHo" was created by L.A. urban planner James Rojas, who was at the North Hollywood festival. He said visitors of all ages got into the act.

The feedback was varied. For example, some people said the buildings were too tall, while others said they'd like more tall buildings.

The model showed North Hollywood from Burbank Boulevard to Camarillo Street (north/south) and from Tujunga Avenue to Vineland (east/west).

He saw one woman doing something with model pieces at Camarillo and Vineland. "She said she was recreating all the traffic accidents that happen there," Rojas said, chuckling.

As part of the model, Rojas put a man-made stream running down the center of Lankershim, which got lots of positive comments.

He also created traffic roundabouts along Burbank, Tujunga and Camarillo. "There are super long streets in the Valley," Rojas said. "The roundabouts break things up and make the streets more pedestrian friendly."

Rojas made a park with a lake off Tujunga, which kids enjoyed and provided whimsical input. "They put mermaids in the lake," he said.

Rojas has done interactive models before, including a model for the L.A. River project last year and at an event in Watts a few weeks ago.

The models are sponsored by the L.A. Community Redevelopment Agency, but Rojas does his work on the models as a volunteer.

"This is an exercise to get people thinking about the city and urban planning and break down barriers people have about the city," Rojas said. "It gets people comfortable. It's not contentious."
Reference Here>>

Urban Sprawl Grid Discovered In Xingu Amazonia

Newly discovered traces of ancient roads, bridges and plazas in Brazil's tropical forest may help dispel the once-popular impression of an 'untouched' Amazon before the Europeans' arrival. In southern Brazil, archeologists have found the remains of a NETWORK or urban communities that apparently hosted a population many thousands strong. Reporting their findings in the journal SCIENCE, published by AAAS, the science society, the researchers say the people who dwelled there dramatically changed their local landscape.' /// Michael Heckenberger of the University of Florida and his colleagues were 'baffled' at the discovery. 'There was this cherished image that the Amazon was pure nature...archeologists are compelled to revise their views of ancient Brazil. Image Credit: Michael Heckenberger & Jim Bailey – Science (September 18, 2003)

Urban Sprawl Grid Discovered In Xingu Amazonia

Deep in the heart of the Amazon forest, evidence of an extensive network roads, plazas, and infrastructure that suggests vast human activity has been discovered in a area once thought to be only virgin rain forest.

Image Credit: BBC NEWS

Due to the overgrowth of the forest, it is estimated that the peoples who designed and populated the region may have been wiped out with the introduction of European born diseases introduced to Brazil when Explorers from Europe fist set foot in the Americas.

The research that has been conducted over the course of the past decade, was aided with the use of satellite imagery and GPS to discover the extent of the urban sprawl associated with the network of past human development and activity.

The researchers found evidence of 28 prehistoric residential sites. Initial colonization began about 1,500 years ago, and the villages they studied were dated to between 750 and 450 years ago. The local population declined sharply after Europeans arrived. /// Villages were distinguished by surrounding ditches, with berms on the inside made from material dug from the ditch and topped with a wooden palisade wall, Heckenberger reported. Image Credit: BBC NEWS

This excerpted end edited from the BBC -

'Lost towns' discovered in Amazon
A remote area of the Amazon river basin was once home to densely populated towns, Science journal reports.
Story from BBC NEWS - Published: 2008/08/28 21:37:07 GMT

The Upper Xingu, in west Brazil, was once thought to be virgin forest, but in fact shows traces of extensive human activity.

Researchers found evidence of a grid-like pattern of settlements connected by road networks and arranged around large central plazas.

Roads and canals connected walled cities and villages. The communities were laid out around central plazas. Nearby, smaller settlements focused on agriculture and fish farming. Pictured is evidence of dams used to funnel fish into holding ponds. Image Credit: BBC NEWS

There are signs of [field] farming, wetland management, and possibly fish farms.
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The ancient urban communities date back to before the first Europeans set foot in the Upper Xingu region of the Brazilian Amazon in the 15th Century.

Urban planning

Professor Mike Heckenberger, from the University of Florida, in Gainesville, said: "These are not cities, but this is urbanism, built around towns."
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The tell-tale traces included "dark earth" that indicated past human waste dumps or farming, and concentrations of pottery shards and earthworks.
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The communities consisted of clusters of 60-hectare (150-acre) towns and smaller villages spread out over the rainforest.

Road network

Like medieval European and ancient Greek towns, those forming the Amazonian urban landscape were surrounded by large walls. These were composed of earthworks, the remains of which have survived.

Each community had an identical road, always pointing north-east to south-west, which are connected to a central plaza.

The roads were always oriented this way in keeping with the mid-year summer solstice.

Evidence was found of dams and artificial ponds - thought to have been used for fish farming - as well as open areas and large compost heaps.
Reference Here>>

The more we learn about this Oblate Spheroid we populate, the more we become amazed at the depth assumption plays in our approach to understanding, and the more, through discovery, we begin to understand the depth of what we do not know here in the 21st Century.