Articles related to "Relativity"

Einstein's general theory of relativity expanded on the special theory, explained gravity, and predicted phenomena such as black holes and the expanding universe.

Isaac Newton invented calculus to describe things that are moving or changing in some way. This was just the beginning of more new and exciting physics theories to come.

To fully understand the mysteries of Albert Einstein's Special Theory of Relativity, one must first understand the theory on which it was based: Galileo's theory.

When Einstein published his General Theory of Relativity, surely even he could not be fully aware of the profound effect it would have on the scientific community.

Proton collisions, at near light speeds, lead to bizarre effects which seemingly defy common sense. Einstein's Theory of Special Relativity helps to make sense of it all.

While many physicists would have believed it to be impossible, Albert Einstein's prediction that light could be bent by gravity acted to change the course of physics.

Berkeley's Relativity Argument successfully shows that Locke's primary/secondary quality distinction was flawed. It does not, however, deal Locke's theory a fatal blow.

Einstein's Special Theory of Relativity predicts some unusual effects when traveling near the speed of light.

In essence, Einstein's General Theory of Relativity was an entirely new theory of gravity, replacing the centuries-old theories of Isaac Newton.

Releases of the films Season of the Witch and The Spy Next Door will soon follow.

Peter Galison's remarkable work on science at the end of the 19th century gives an entirely new and interesting take on the motives and methods behind relativity theory.

The first and foremost issue that set Einstein's new view of relativity apart from the relativity of Galileo were the problems encountered with the new study of light.

In striving to develop his theory of Special Relativity, Einstein was forced to prove that truly simultaneous events could never possibly be measured.

While the world rightly perceives Albert Einstein as having been a brilliant physicist, the mathematics of General Relativity were so difficult as to be beyond even him.

Brief biography of Albert Einstein, German-born Swiss-American mathematical physicist famous for Theory of Relativity with equation E=MC²

He was one of the greatest scientists in world history, and was universally recognized for his playful sense of humor, commitment to world peace, and his genius.

No bigger impact can be felt by these men who created or changed the scientific world. These great scientific thinkers affected the thinking of the human race as well.

Albert Einstein was born in the German town of Ulm during the year 1879.

Black holes are stars collapsed to the point that nothing, not even light can escape.

Western society has reformed many of its policies and procedures revolving around disciplining children and adolescents over the course of the last two decades. However, you may be in for a rude awakening if you expect such changes to exist cross culturally!

Twentieth century icon, Albert Einstein, found himself the center of adulation and controversy, all because he came up with a not-so-simple little formula called E=MC².

Gravitational lenses, predicted by Einstein's general relativity, provide an important experimental confirmation of this theory and help astronomers find dark matter.

Shortly after the initial big bang, the universe went through a period of very rapid expansion called the inflationary period.

Quantum physics presents a complex view of the universe. Erwin Schrödinger criticized the theory by posing one of the most famous thought experiments in modern physics.

How science fiction movies and books violate Einstein's relativity theory with travel faster than the speed of light.

In the big bang theory, the Planck time is the first miniscule fraction of a second after the initial big bang. The universe had just come into being.

In Special Relativity, will a moving person age slower than a stationary one? This is a question which has been tossed around for years, with very interesting results.

Hubble discovered the expansion of the universe, but De Sitter, Friedman, & Lemaitre used Einstein's general relativity to predict the expanding universe & the big bang.

When Albert Einstein first realized that gravitational mass and inertial mass were the same thing, the resulting thoughts led him to expanding the theory of relativity.

While most people are far more familiar with the basic principles of Euclidean geometry, scientists have come to discover that the shape of our universe is non-Euclidean.

To understand Special Relativity one must begin by understanding how light has been viewed throughout history.

The mathematical work of H.A. Lorentz would prove invaluable to Albert Einstein as he attempted to work out his theory of Special Relativity.

One of the fundamental results of Einstein's theory of Special Relativity was the discovery of the inherent interconnectedness of the dimensions of space and time.

Although Einstein's special relativity says that nothing can move through space faster than light, space itself can expand and carry away galaxies faster than light.

In theory, the law of the addition of velocities seems to be perfectly logical. When viewed in light of relativity, however, everything begins to change.

Though light was finally accepted to exist in the form of waves in the 19th century, other problems awaited the immediate attention of physicists.

Michell first suggested the idea of black holes in 1783. Schwarzschild's exact solution to Einstein's general relativity equation led to the prediction of black holes.

Einstein's theory of special relativity resulted in perhaps the most famous equation every created, and changed the world of science forever.

Albert Einstein developed his theories of time and space dilation to show the world exactly why the speed of light remained constant. In so doing, he changed everything.

Treading a fine line between math, art and science, this capable, entertaining, and colorful book challenges the reader to begin to comprehend a fourth dimension.

Author and famed theoretical physicist Dr. Brian Greene aimed at creating a more accessible book with his latest: Icarus at the Edge of Time.

Poincaré was arguably one of the most important persons in the history of science, making contributions in many fields - chaos theory, relativity and optics to name a few

How do astronomers see black holes? Less paradoxical than it appears but still extraordinary, telescope teams around the world are uncovering the heart of the Milky Way.

Contrary to what the phrase suggests, the concept of imaginary time is not only valid, but also extremely useful in understanding the space-time and the universe's origin

John Gribbin provides a masterful and readable explanation of thinking on multiple universes or dimensions. The Multiverse is a key to current cosmological science.

NASA proves the existence of Dark Matter. Scientific observations indicate the universe is infinitely expanding and quite open.

Phlogiston and aether are the corpses of physical theories that didn't survive the onslaught of scientific scrutiny.

Think the periodic table of the elements is beyond boring? Perhaps you escaped it in high school. Either way, try these puzzles.

When an object with mass moves at a speed approaching the speed of light, it's inherent properties are changed in surprising ways.

Susskind's "Battle with Stephen Hawking to Make the World Safe for Quantum Mechanics" is a fascinating, if mind-boggling, read.