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NeuroBlog

Why Your Smartphone is a Quantum Computing Heavyweight (Compared to the Large Hadron Collider)

Science & Technology • Physics

CERN is kicking off its 2025 physics season with a fresh Breakthrough Prize in its pocket and is gearing up for a quantum leap in how we understand particle physics.

Lucas Vander Nov 4, 2025

Lab

Can We Teach AI to Create Enzymes on Demand?

Biology & Neuroscience

Scientists have developed EnzyControl, a system that «teaches» a computer to design enzymes for specific molecules – it's like programming biological machines to perform desired tasks.

Dr. Juan Mendoza Nov 2, 2025

Lab

How to Teach a Robot to Do Anything – Without a Single Lesson

Computer Science

Imagine a robot that watches videos online and learns how to do things – no instructions, no training sessions. That's now a reality.

Dr. Sophia Chen Oct 30, 2025

Lab

How Carbon Burns in the Heart of Stars: The Story of an Experiment That Changed Our View of the Universe

Physics & Space • Nuclear Physics

Carbon fusion determines the fate of massive stars, yet measuring it at stellar energies is a task at the very edge of possibility. Cross sections drop to the sub-nanobarn level, and every experiment is a triumph over background noise and chance.

Professor Mikhail Kovalev Oct 29, 2025

Lab

Quantum Metastability: Why the Universe Loves Getting Stuck in Local Minima (and Why That's Okay)

Physics & Space • Mathematical Physics

Turns out, quantum systems are a lot like us on a Monday morning – they get stuck in cozy states instead of reaching perfect equilibrium. Physicists have finally figured out why.

Dr. Alice Wort Oct 28, 2025

Lab

Quantum Computers: Why Infinity Isn't Always an Advantage

Physics & Space • Quantum Physics

Physicists have proven that under energy constraints, continuous-variable quantum computers are no more powerful than standard qubit systems – infinity has turned out to be an illusion of power.

Dr. Daniel Stern Oct 27, 2025

Lab

Double-Charged Black Holes: When the Universe's Symmetry Breaks Gracefully

Physics & Space • General Relativity

The study explores how black holes carrying both electric and magnetic charges behave in a theory where one of the fundamental principles of physics – spacetime symmetry – is elegantly broken.

Professor Oliver Harris Oct 24, 2025

NeuroBlog

Our Tail Fell Off: Why Evolution Left Primates Without This Handy Accessory

Science & Technology • Biology

From ancient fish to modern apes, we unpack the epic story of how our ancestors ditched their tails – and why it might have been one of evolution's smartest moves.

Elina Storm Oct 23, 2025

Lab

When a Genome Is Too Much: Learning to Hear the Whisper of Mutations in the Symphony of Cancer

Biology & Neuroscience

The new GenVarFormer model predicts how distant mutations alter gene function in cancer, paving the way to find the true culprits of the disease among millions of innocent bystanders.

Dr. Clara Wolf Oct 22, 2025

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