The Universe requires quantum fields, not just quantum particles
Quantum mechanics reveals a probabilistic universe that cannot be completely predicted, necessitating the framework of quantum field theory for deeper understanding.
Hundreds of physicists on a remote island: we visit the ultimate quantum party
In celebration of the 100th anniversary of quantum mechanics, hundreds of researchers gathered on Heligoland, the site where Heisenberg developed his groundbreaking theory in 1925.
"Until the early 20th century, scientists believed they had most of the puzzle solved. They viewed the world as a perfect machine, predictable and logical, based on Newton's laws."
Scientists Are Mapping the Bizarre, Chaotic Spacetime Inside Black Holes
Singularities challenge our understanding of space, time, and gravity, and simplifications in Einstein's equations help explore these complex phenomena.
Scientists Are Mapping the Boundaries of What Is Knowable and Unknowable
"Whenever quantum particles are not being measured, they inhabit a fundamentally fuzzy realm of possibilities. They don't have a precise position for a demon to know."
There are 7 states of matter; "topoconductor" isn't one of them
At present, Bose-Einstein Condensates and Fermionic Condensates represent the sixth and seventh states of matter, achievable only under extreme laboratory conditions.
Wisdom Field - A Theory of Everything | HackerNoon
For centuries, we've assumed that reality is made of matter and energyâthat space-time is the fundamental backdrop of existence. But what if we've had it backwards?
