Inaugural award by Bavarian Minister-President goes to renowned quantum physicist.

Researchers at DLR have succeeded for the first time in diffracting a beam of atoms through a solid. So far, this has only been possible with electrons or neutrons.

This collection highlights significant steps towards practical applications of quantum technologies in the last few years across various platforms and domains ...

Quantum technologies are advancing rapidly, promising new opportunities but also raising questions around privacy, digital security and responsible innovation. While the OECD is exploring principles f...

Cornelius Hempel berechnet Quantenphänomene mit Quanten. Klingt logisch, ist aber hochkomplex. Sein neuester Coup: ein Quantensimulator, der die Zeit verlangsamt.

To create more stable qubits, PSI researchers make terbium ions perform in pairs. Elsewhere, they are using optical tweezers to position atoms with high precision.

For decades, we’ve seen technology grow at a phenomenal pace—smarter smartphones, faster internet, intelligent AI, and powerful cloud systems. But as we reach the physical and architect...

The Kavli Foundation celebrates the International Year of Quantum Science and Technology

How Einstein's quantum theory may reveal our future. Discover how small actions could reshape tomorrow's world.

The 2025 International Year of Quantum Science and Technology (IYQ) recognizes 100 years since the initial development of quantum mechanics.

The quantum initiatives worldwide are rising, with investments over $40B. Discover the main programs and efforts worldwide.

Jorge Cham, aka, PHD Comics, in collaboration with Physics Magazine, has designed the official mascot for the International Year of Quantum Science and Technology.

UNESCO to inaugurate the International Year of Quantum Science and Technology on 4th of February 2025, celebrating its importance in building a resilient and sustainable future.

Ever wonder if your laptop might be less real than you are? In this episode, dive headfirst into a quantum rabbit hole where Schrödinger’s equation isn’t just homework—it’s your passport to a mind-bending journey where quantum computers could literally break reality. We unpack quantum computing from the ground up — starting with the elegant math of Schrödinger’s equation, moving through the groundbreaking visions of Paul Benioff, Yuri Manin, and Richard Feynman, and arriving at today’s quantum machines that defy the limits of classical computing. Explore the wild worlds of superposition & entanglement, discover what makes quantum advantage more than sci-fi hype, and face the chilling reality of Shor’s algorithm threatening modern cryptography. We’ll also talk about the impossible fragility of a qubit, why error correction in quantum computing is your uphill battle, and why the quantum era isn’t replacing your PC—it’s your cosmic sidekick. Then we tilt our gaze to the stars: could the entire universe be a quantum computer? We’ll break down a real wormhole simulation on Google’s Sycamore, showing how quantum mechanics opens doors not just to new tech, but to new philosophies about reality itself. Why it matters—now: Because as the universe’s complexity swells, our only hope is simplification—yet quantum computing often resists that very urge. Loved this whirlwind through quantum reality? Subscribe, share with your curious friends, and drop a 5-star review—because the only thing more powerful than a qubit is you spreading quantum wonder.

The digital age is rapidly evolving, but what lies ahead might completely redefine the limits of technology. Quantum computing, a concept once reserved for science fiction, is fast becoming a tangible reality. From transforming financial markets to cracking the toughest encryption methods, quantum computers promise to revolutionize the world as we know it. #QuantumComputing #CryptoSecurity #QuantumBlockchain #PostQuantumCrypto #BinanceReferral #QuantumFuture #QubitRevolution #Crypythone