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Great idea for sashiko, embroidery embellishment Artist: Giuseppe Randazzo, Stone Fields — algorithmically generated formations,

Superposition of wavefunctions?

The Calabi-Yau Manifold is a projection of a dimensional shape. Used as a potential model for quantum superstrings, the Calabi-Yau manifold is a beautiful piece of hyperdimensional mathematics. It also looks seriously cool on your desk.

Louise bourgeois 4

Well, it's a fabric drawing. By the ever-fabulous Louise Bourgeois.

Comment utiliser la physique quantique et la loi d'attraction pour réussir - WUC #100

Comment utiliser la physique quantique et la loi d'attraction pour réussir - WUC #100

How to Observe Schrodinger’s Cat Without Killing it: http://www.fromquarkstoquasars.com/how-to-observe-schrodingers-cat-without-killing-it/

Schrödinger’s cat is by far the best known example of demonstrating quantum superpositions. Now, scientists might be able to observe the cat without risking killing it.

Novastructura   In a Quantum Superposition between Art & Science inspiration

Novastructura - In a Quantum Superposition between Art & Science

Stone Fields is a project by Italian designer Giuseppe Randazzo whose website, novastructura, features a number of algorithmic works. Inspired by the work of Richard Long, Randazzo uses algorithms to.

Comprendre d'où vient la physique quantique             La dualité onde/particule

A shape lit from two sides indicating that our opinion is relative to our perspective

Novastructura   In a Quantum Superposition between Art & Science inspiration Giuseppe Randazzo

Novastructura - In a Quantum Superposition between Art & Science

Novastructura is maintained by Giuseppe Randazzo, a designer from Turin, Italy. As can be seen from his work he is interested in subjects ranging from gene

Novastructura   In a Quantum Superposition between Art & Science inspiration

Novastructura - In a Quantum Superposition between Art & Science

Novastructura is maintained by Giuseppe Randazzo, a designer from Turin, Italy. As can be seen from his work he is interested in subjects ranging from gene

EINSTEIN ENDURES  According to Einstein’s general theory of relativity, massive objects warp space (illustrated above), producing gravitational attraction. Scientists don’t understand how general relativity interfaces with quantum mechanics, but a pillar of general relativity, the equivalence principle, has withstood a new quantum test. ~~ posteriori/Shutterstock

Key Einstein principle survives quantum test

Key Einstein principle survives quantum test Tech-Hub magazine is your daily source of technology science and video games news.

Novastructura   In a Quantum Superposition between Art & Science inspiration Giuseppe Randazzo

Novastructura - In a Quantum Superposition between Art & Science

Using computer algorithms and printing techniques, artist Giuseppe Randazzo created these sculptures.

Quantum particles can exist in states where they are in multiple places at once — a phenomenon called superposition. This makes studying quantum particles extremely difficult, because the moment scientists start probing around, the particles' quantum states collapse. However, physicists have developed a way to isolate the wacky quantum world and peer into it in a noninvasive way; this allows them to map the path that particles are most likely to take when changing from one state to another.

Quantum Particles Take the Road Most Traveled

Finding quantum lines of desire Physicists have tracked a quantum system’s wanderings through quantum state space, a feat once considered impossible

Two experiments inspired by a decades-old thought experiment show quantum effects can be scaled up, enough to see with the naked eye. The studies bolster the idea that Schrodinger's cat can be alive and dead at the same time.

Bizarre 'Schrodinger's Cat' Comes Alive in New Experiments

An illustration of the quantum teleportation of 'Schrodinger's Cat' wave packets of light.

First observation how quantum superposition builds up in a helium atom within femtoseconds

First observation how quantum superposition builds up in a helium atom within femtoseconds

Scientists have observed how quantum superpositions build up in a helium atom within femtoseconds. Just like in the famous double-slit experiment, there are two ways to reach the final outcome.

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