Today, we know that time travel need not be confined to myths, science fiction, Hollywood movies, or even speculation by theoretical physicists. Time travel is possible. For example, an object traveling at high speeds ages more slowly than a stationary… — Clifford A. Pickover Copy Share
“Astrophysicist Stephen Hawking has proved that if two black holes unite, the surface area of the final black hole must exceed the sum of… — Clifford A. Pickover Copy Share Image
Today, we know that time travel need not be confined to myths, science fiction, Hollywood movies, or even speculation by theoretical physicists. Time travel is possible. For example, an object traveling at high speeds ages more slowly than a stationary object. This means that if you were to travel into outer space and return, moving close to light speed, you… — Clifford A. Pickover Copy Share
“In the froth, space doesn't have a definite structure. It has various probabilities for different shapes and curvatures. It might have a 50 percent chance of being in one shape, a 10 percent chance of being in another, and a 40 percent chance of being in a third form. Because any structure is possible inside the singularity, we say the… — Clifford A. Pickover Copy Share
Our heirs, whatever or whoever they may be, will explore space and time to degrees we cannot currently fathom. They will create new melodies… — Clifford A. Pickover Copy Share Image
“Neutronium is so dense that a chunk the size of a thimble would weigh about 100 million tons.” — Clifford A. Pickover Copy Share Image
Books on scientific photography with such beauty, breadth, and insight are rare. Felice Frankel's Envisioning Science is chock full of mind-boggling images and valuable… — Clifford A. Pickover Copy Share Image
“For relatively small stars, the Pauli exclusion principle keeps the electrons in a star sufficiently separated to prevent the star from contracting further after… — Clifford A. Pickover Copy Share Image
“This three-dimensional froth even produces tunnels and wormlike tubes commonly depicted in embedding diagrams for quantum froth. The connecting bridges in the foam correspond… — Clifford A. Pickover Copy Share Image
