Intellectual hub of the topic
NeuroBlog
The Future & Futurology • Space
Imagine this: the Universe is slowly fading, consumed by invisible funnels. Here is how it might happen – down to the very last photon and the sound of silence.
How quantum codes carrying classical messages gradually approach the ideal output distribution – like an artist nearing perfection, brushstroke by brushstroke.
NeuroBlog
Science & Technology • Mathematics
I break down, piece by piece, how 17th-century scientists invented the mathematical apparatus that engineers, physicists, and programmers worldwide use today.
Lab
Physics & Space • General Relativity
During inflation, quantum fluctuations are stretched to cosmic scales, leaving mathematical «traces» – logarithms that help us understand the birth of the Universe's structure.
Lab
Physics & Space • Quantum Physics
We figure out how many copies of a quantum state are needed to guess which set it came from, and why privacy makes this task exponentially harder.
NeuroBlog
Artificial intelligence • Scientific Algorithms
Neural networks have evolved into modern oracles of science, predicting protein structures and discovering new materials, yet the question remains whether they can truly grasp secrets that have eluded humans for centuries.
Lab
Physics & Space • Astrophysics
Radio galaxies show a strange spatial asymmetry three times stronger than Standard Model predictions – suggesting gravity might not work quite the way we thought.
Discover why the simple device that held your childhood drawings on the fridge still baffles scientists and forces them to rethink quantum mechanics.
Lab
Physics & Space • Nuclear Physics
A neutron transfer experiment in Oxygen-20 reveals the complex structure of quantum states at the boundary between boundedness and freedom.
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