Is it Gaussian? Testing bosonic quantum states
### Is it Gaussian? Understanding Bosonic Quantum States Imagine you have a special type of toy that can spin in many directions. This toy represents something called a quantum state, which scientist...
Industry, investment, and strategy in quantum computing.
Discover the latest breakthroughs, research, and innovations in quantum computing
### Is it Gaussian? Understanding Bosonic Quantum States Imagine you have a special type of toy that can spin in many directions. This toy represents something called a quantum state, which scientist...
### Unlocking Time: How Quantum-Amped Spectroscopy Could Revolutionize Atomic Clocks Imagine a clock that tells time with incredible precision, so accurate that it could measure the tiniest changes i...
### Exploring Dyonic Quantum Black Holes: Unraveling the Secrets of Entanglement and Complexity Scientists continue to uncover mysteries surrounding black holes, one of the universe's most puzzling p...
### SuperQ Quantum CEO to Speak at Japan's Q STAR Meeting Dr. Muhammad Khan, the CEO of SuperQ Quantum, will speak at Japan’s Quantum Strategic Industry Alliance for Revolution (Q-STAR) meeting on Oc...
**Anchor Technique: A Game-Changer for Quantum Computing** Quantum computing holds the promise to transform our world. Scientists believe it can solve complex problems much faster than traditional co...
**Floating Electrons on a Sea of Helium: A Quantum Leap in Computing** Imagine a tiny world where electrons float effortlessly on a sea of liquid helium. This fascinating phenomenon holds great promi...
### A Quantum Boost for Ultra-Precise Clocks Scientists recently made exciting progress in the world of timekeeping. They developed a new method to make atomic clocks even more precise using quantum ...
**Nobel Prize in Physics 2025: Unlocking the Secrets of Macroscale Quantum Tunneling** In 2025, the Nobel Prize in Physics awarded three brilliant scientists for their groundbreaking work on macrosca...
### Unlocking the Future: Quantum Algorithms in Structural Design Imagine building a bridge or a skyscraper that uses the least amount of material while remaining strong and stable. Engineers face th...
**NTT Research Unveils Groundbreaking Programmable Nonlinear Photonics Chip** Imagine a tiny chip that can change its functions on demand, just like a smartphone app. NTT Research, in collaboration w...