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Liquid Glass Is All Wet

As a liquid changes to a solid, its molecules go from a state of turmoil and chaos to a state of order. As these molecules slow down to form a solid, they arrange themselves into a crystalline pattern. But glass is a unique substance, for unlike all other solids, its molecules remain disordered. This has led some to speculate that glass is really a ...

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LiquidGlass
Engineering

Cool Fuel Cells

Astronauts have been using them for power aboard spacecraft since the 1960s. Soon, perhaps, they'll be just as common on Earth--powering cars, trucks, laptop computers and cell phones. They're called ... Continue reading

CoolFuelCells
Astronomy

From Here To There

We all know that our galaxy, the Milky Way, is big -- very big. So big in fact that its size is impossible to grasp. To cope with the astronomical distances of galaxies, since miles or kilometers ... Continue reading

HereToThere
Biology

Where is God in the Brain?

A British study reported that epileptics had 'profoundly spiritual experiences' in a specific region of the brain. In other studies, there was also a region of the brain that became extremely active ... Continue reading

BrainGod
Astronomy

It's Dusty Out There

There is no lower limit to the size of the solid particles that move around the Sun. Small asteroids grade downward into large meteoroids and then into smaller pebbles and so on down to the tiniest ... Continue reading

ItsDustyOutThere

Benjamin Franklin, Science Founding Father

BenjaminFranklinWhile popularly known for his role as one of the United States' founding fathers, Benjamin Franklin was also a renowned scientist who made a number of substantial contributions in the field of Earth science. Affectionately known as Dr. Franklin (even though he never received his Ph.D.), he published numerous scientific papers--mostly on electricity. Franklin became a scientist because he was insatiably curious about the world around him. He wanted to know how things worked and figure out ways to make them better. In 1743, Franklin compared weather observations in letters he received from friends in other colonies. He was one of the first to observe that North American storms tend to move from west to east, and predicted that a storm's course could be plotted. He even made some of the first-recorded weather forecasts in his Poor Richard's Almanac, a 25-year publication that Franklin first published in 1732 under the pseudonym of Richard Saunders.

In 1752, Franklin, along with his son William, performed his famous kite-flying experiment which proved that lightning is a naturally-occurring electrical phenomenon. The kite was constructed with a sharp metallic wire situated on top and at the end of the kite string, and a key tied to the end of the string with a silk ribbon. When Franklin saw loose threads on the kite string stand up, he grounded the makeshift insulated conductor by touching his knuckle to the metal key on the string. Consequently, he observed a passing spark between his knuckle and the key, which presented the final proof of lightning's electrical nature. Miraculously, the charge was not strong enough to be fatal to Franklin or his son. (Under normal circumstances, a lightning strike can instantly kill any individuals bold enough to fly a kite during a thunderstorm.)

In 1763, Franklin took part in discussions with colonial scholars about the effects of deforestation on local climate. As forests were cleared for farming in the early American colonies, Franklin agreed with the other colonials that 'cleared land absorbs more heat and melts snow quicker.' However, he thought that many years of observations were necessary before any conclusive evidence could be gathered on the effects of deforestation on the local climate. In addition to his meteorological prowess, Franklin also published the first scientific chart of the North Atlantic's Gulf Stream. He hypothesized that the trade winds cause the Gulf Stream by driving warm waters into the Gulf of Mexico, from where they exit by way of the Florida Strait and proceed to form the Gulf Stream. In 1775, on his way to England, Franklin lowered a thermometer into the Atlantic and found the Gulf Stream to be 6° F warmer than the surrounding sea and, subsequently, produced the first chart of the current.