We have to describe the Quantum world in classical language
Information theory bridges the gap when our ordinary concepts fail to describe quantum reality.
Bohring
Physics, philosophy, and life—explained simply. New article every week.
Latest episodes
How Einstein proved that atoms are real
Einstein's 1905 paper on Brownian Motion explained simply
Quantum Physics can detect a bomb without interacting with it.
Interaction-free measurement and the Quantum Zeno effect allow us to detect an object without ever touching it.
Astronomers have found Betelgeuse’s secret companion!
High-contrast VLT observations unveil Betelgeuse B at 52 milliarcseconds, pinning down the supergiant’s orbital mechanics and true distance.
Why is the Double Pendulum unsolvable? Non-Linearity and Chaos explained
Two simple pendulums attached end-to-end break predictability and expose the limits of classical mechanics.
What if Quantum Mechanics isn't random? Pilot Wave Theory, explained.
Bohmian mechanics restores determinism and objective reality to quantum physics without wave function collapse.
Physicists have created nuclear clocks for first time ever.
Researchers at TU Wien and Tsinghua University have shifted timekeeping from electron clouds to the atomic nucleus and it changes everything.
I watched The Odyssey - My complete experience!
Christopher Nolan's non-linear, mythological epic is a masterclass in cinematic terror and you cannot watch it on a laptop.
Logarithms, explained simply: A complete guide from algebra to calculus
From astronomy to subatomic world, understand why this elegant mathematical tool governs human perception.
Quantum Memory, Explained Simply.
The missing link in the quest for a unhackable, super-connected future.
Max Planck’s 1901 Paper Explained: The Birth of Quantum Mechanics
How a desperate mathematical trick to solve black-body radiation accidentally launched the quantum revolution.
How will Disclosure Day change us?
Steven Spielberg’s upcoming film forces us to think how the reality would rewire our science, systems, and psychology.
Quantum Internet, explained simply.
How scientists are using the bizarre laws of quantum physics to build a completely unhackable network.
How physicists turn reality into equations
The hidden skill behind every successful derivation
Ensemble Interpretation of Quantum Mechanics, Explained.
Superposition, wavefunction collapse, Schrödinger's Cat, and the statistical perspective to understand quantum theory.
India’s education system has turned on its own students
From paper leeks to marking errors, a sneak peak at India's current education landscape.
Copenhagen Interpretation of Quantum Mechanics, Explained
How a non-realist wave function, Max Born’s rule, and a pragmatic 'cut' shaped our understanding of quantum reality.
Physicists just created perfect randomness for the first time ever
A landmark experiment shows that quantum entanglement can transform flawed random numbers into mathematically perfect randomness—something impossible with classical computers.
You Are a Sum, Not an Integral
The liberating mathematics of human identity and why a single mistake never defines a life.
How to study physics for free? (And What You Can Skip)
A complete, phase-by-phase roadmap from foundational mathematics to Quantum Field Theory—without spending a dime.