Physicists Say They May Have Found a Portal to a Fifth Dimension Where Dark Matter Could Be Hiding
A group of researchers from Spain and Germany believe that dark matter could be made of fermions that…
‘Scars’ in the cosmos Left From the Early Universe Could Enable Us to Travel Through Time
A decades-old idea is quietly regaining attention in theoretical physics: ancient structures embedded in the universe’s fabric could…
Here’s Why I Wouldn’t Touch D-Wave Quantum With a 10-Foot Pole
This stock is a textbook example of hype getting too far ahead of reality. In principle, quantum computing…
China develops all-superconducting magnet with magnetic field 700,000 stronger than Earth's – news.cgtn.com
China develops all-superconducting magnet with magnetic field 700,000 stronger than Earth’s news.cgtn.comChina sets new record with 35.6 tesla all-superconducting…
In a laboratory, they manage to teleport quantum information between photons born in different crystals, and the technical detail that makes this possible sounds like the internet of the future
In a lab in Stuttgart, physicists have quietly pulled off something that once belonged in science fiction. They…
New fear unlocked: runaway black holes
Last year, astronomers were fascinated by a runaway asteroid passing through our Solar System from somewhere far beyond.…
Dark Energy Survey results: Standard model of cosmology holds up in 6-year study of the universe, with one big caveat
A six-year survey covering 669 million galaxies has revealed insight into dark energy, the mysterious phenomenon driving the…
Narrowband quantum emitters in hexagonal boron nitride with optically addressable spins
Stas, P.-J. et al. Robust multi-qubit quantum network node with integrated error detection. Science 378, 557–560 (2022). Article …
Ambitious Survey Hints at Tantalizing New Theories on Dark Energy : ScienceAlert
Astrophysicists are closer than ever to solving the mystery of what makes up almost 70 percent of the…
China unveils system for stable supersonic electromagnetic launches
In 2023, China’s ‘electromagnetic sledge’ system became the first large-scale electromagnetic launcher to break the sound barrier. During…
Could silicon become the bedrock of quantum computers? – Physics World
Could silicon become the bedrock of quantum computers? – Physics World Skip to main content Discover more from…
Distant entangled atoms acting as one sensor deliver stunning precision
Researchers at the University of Basel and the Laboratoire Kastler Brossel have shown that quantum entanglement can be…