Made-in-China clock loses a second in twice the age of the universe
Chinese scientists have developed an advanced optical clock with unprecedented precision, potentially redefining the second and influencing future satellite navigation systems.
Latvian team is working on a new experiment sensor at the European Organization for Nuclear Research
A team from Latvia is developing a new sensor for experiments at CERN that aims to advance understanding of fundamental particles like the Higgs boson.
Opportunities and Challenges in the Era of the 5th Scientific Method
The article discusses the rise of artificial intelligence as a fundamental element of scientific discoveries, as highlighted by recent Nobel Prize winners in Physics and Chemistry.
Discrete revolution in physics suggests that time is not a fundamental part of reality
A new perspective in physics challenges the traditional understanding of time as a fundamental aspect of reality, suggesting it may not be as essential as previously thought.
Quantum Gravity: The Unknown Side of Gravity
Physicists are exploring whether gravity, like the other fundamental forces, exhibits quantum properties through experiments involving glass beads and tiny diamonds.
Neutrinos may help explain where antimatter has disappeared in the universe, says physicist working in a new underground laboratory
Physicists believe that neutrinos, which are fundamental particles flowing through us from the universe, could provide insights into the mystery of vanishing antimatter, but measuring them requires underground experiments.