#quantum mechanics

[scientificinquirer-blog]

Researchers generate quantum entanglement using sunlight Researchers demonstrated quantum entanglement generation from sunlight, offering energy-efficient alternatives to laser-based quantum technologies, enhancing accessibility and scalability....

Researchers generate quantum entanglement using sunlight

[stepstalin]

So astrophage is an extraordinary example of how larger biolgical functions (astrophage as a single cell organism and ofc it's energy releasing functions) can work using quantum mechanical rules in a less energy-poluted environment such as space, right? RIGHT?

Lowkey forget if this was confirmed in the book or not and I'm too lazy to go back and look, but considering the photonic properties of astrophage's movement I wouldn't be surprised

Also, here's a fancy article pertaining to the issue that I won't pretend to have read completely but found fun anyway:

Quantum physics and biology have long been regarded as unrelated disciplines, describing nature at the inanimate microlevel on the one hand

[ashadowofburnedoutstardust]

So I was watching the Einstein episode and they started discussing wormholes and how he came up with the theory of relativity etc

Had a flash of a memory of contemplating how if you were outside of a galaxy and moving at a different speed that something like the milky way wouldn't actually look like a spiral anymore and the shape could change dependent on the speed you were traveling relative to it and essentially altering the way you perceive an object

You know that whole donut thing wormhole/blackhole thing?

Yeah

I really should finish Vladkos book

Also it turns out Tesla could do the 3D thinking thing too

[sigmund-lol]

Researchers achieved the first real-world demonstration of quantum entanglement over a busy telecommunications fiber network.

Using an optical timing system called White Rabbit, they synchronized the two sites with picosecond precision, equivalent to trillionths of a second. This timing accuracy allowed matching photon pairs to be identified in real time despite the intense surrounding traffic.

[allboutculture]

bro gets downloads like anything

[materialsscienceandengineering]

Quantum breakthrough links light and magnetism in atomically thin materials

Researchers at the City College of New York are charting a fast-growing area of quantum science centered on materials only a few atoms thick. In these systems, light, electric charge, and magnetism are closely connected rather than behaving independently. The work comes from physicist Vinod M. Menon's Laboratory for Nano and Micro Photonics (LaNMP). Researchers believe these unusual interactions could eventually support advanced optoelectronic devices and quantum technologies that manipulate light, charge, and electron spin together.

Read more.

[juliaicardy]

[juliaicardy]