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Guest post by Samantha Eliza Benten The Law of Non-Contradiction, as stated by Aristotle: “One cannot say of something that it is and that it is not in the same […]

Discoveries in recent years suggest that nature knows a few tricks that physicists don’t: Coherent quantum processes may well be ubiquitous in the natural world.

In a bid to enable computers to learn faster, defense company Lockheed Martin has bought a system that uses quantum mechanics to process digital data. At $10 million, it is the first sale of its kind. 

The Italian Renaissance remains one of those amazing hinges of human history where civilization made a great leap that continues to be felt today. For German art historian Hans Belting, […]

Why does anything exist at all? The idea that the universe simply appeared out of nothing is difficult enough; trying to conceive of nothingness is perhaps even harder.

Great Big Ideas, the first Floating University course, features twelve of the most important thinkers and practitioners in their fields. These lecturers are constantly making news, and in this blog, […]

What constraints govern the physical process of computing? Is a minimum amount of energy required per logic step? There seems to be no minimum, but some other questions are open.

One of the strangest theories to come out of theoretical physics is that the universe is a projection of a two-dimensional shell. New evidence suggests this hologram theory is false.

Caltech professor Sean Carroll: “If you claim that some form of soul persists beyond death, what particles is that soul made of? What forces are holding it together? How does it interact with ordinary matter?”

Some have proposed using quantum entanglement (the invisible umbilical cord that exists between objects) as a form of telepathy. But there are much more practical ways of achieving telepathy that […]

Some have proposed using quantum entanglement (the invisible umbilical cord that exists between objects) as a form of telepathy. But there are much more practical ways of achieving telepathy that already exist.

Quantum computing already exists, but on a truly miniscule scale. We’ll have molecular computers built out of graphene before true quantum ones, says the physicist.

Professor of physics at Columbia University, Brian Greene explains how the idea of multiple universes, or a singular “multiverse”, supports other theories of how our universe came to be.

Einstein believed that free will was just an illusion, and that awareness of this lack kept him from taking himself and others too seriously. But Einstein was plain wrong, says Dr. Kaku.

While early searches at the Large Hadron Collider did not turn up long-sought-after particles, there is good reason to believe that supersymmetry will be discovered, says Dr. David Toback.

Attempting to explain quantum theory, physicist Erwin Schrodinger proposed an experiment almost 80 years ago that would send PETA into a frenzy.

This week’s Isaac Asimov Memorial Debate saw physicists spar over superstring theory—a theory of everything which hopes to unite Einstein’s relativity with quantum mechanics.

Quantum computing already exists, but on a truly miniscule scale. We’ll probably have molecular computers before true quantum ones, says the physicist.

The world’s leading particle accelerator, the Large Hadron Collider, has yet to find any evidence of certain particles that physicists depend on to explain our subatomic world.

At one time, it seemed inconceivable that Detroit—the leading automotive center in the world—could ever lose its place on the world stage. But what if Silicon Valley is not ready for the Post-Silicon Era?

The notion that physics might have metaphysical meaning for human beings is as old as physics itself. Today, is there such thing as quantum spirituality?

Science has called this discovery the most significant scientific advance of 2010. Back in March, a group of researchers designed what is effectively the first quantam gadget.

The idea of a coming Singularity refers to a point in time of radical exponential progress, beyond which our minds can’t imagine—the technological counterpart to an event horizon in a black hole.

Reflections on Rapture, Ecstasy, and Technology BY JASON SILVA “All things physical are information-theoretic in origin, and this is a participatory universe.”. – John Archibald Wheeler Sober, immersive reading is […]

Released just yesterday, Physics of the Future is my most ambitious book to date. Based on interviews with over three hundred of the world’s top scientists, who are already inventing the […]

For years, researchers have known about the existence of Junk DNA – long sequences of DNA for which no known purpose or function has been identified. In some cases, this […]

Universities and computer companies like I.B.M. are making progress on quantum computers, superfast machines that obey the laws of quantum mechanics.

Today’s robots are less intelligent than cockroaches, but advances in quantum computing—transferring information using atoms rather than silicon—could revolutionize the field of AI.

Physicist James Kakalios, author of The Amazing Story of Quantum Mechanics, wants people to know what quantum physics has done for them lately.

Even if science is able to teleport humans across large distances, would the teleported human really be the same person or just an exact replica? What would happen to the soul?