Latest Physics stories from Science.
In response to potential risks facing Bitcoin, President Donald Trump has signed two executive orders to bolster U.S. quantum computing and promote quantum-resistant encryption.
A recent study by physicists at Heinrich Heine University Düsseldorf, in collaboration with the German Aerospace Center, questions the traditional reliance on imaginary numbers in quantum mechanics.
A study from Kyushu University suggests that continuous parameters in quantum gravity are not external but emerge from local operators, potentially reshaping the field.
Francois Englert, the esteemed Belgian physicist recognized for his contributions to particle physics and the Higgs boson, has died at the age of 93.
A collaborative research effort has led to a new technique for manipulating quantum light sources using hexagonal boron nitride, as detailed in a recent publication.
Particle accelerators are crucial in the field of physics, as they generate and speed up beams of charged particles, including electrons, protons, and ions.
A team from the Southern University of Science and Technology has identified five distinct phases of localization physics in a single quantum system, marking a significant advancement in the field.
Algorand has announced a roadmap aimed at achieving quantum resistance by 2028, highlighting the challenges of transitioning to quantum-resistant cryptography across various systems.
Recent innovations in flexible cryogenic cables could significantly enhance the efficiency of dilution refrigerators, potentially advancing quantum computing technology.
A global effort is underway to harness abstract algebra in the development of quantum systems, which may surpass traditional technologies in various fields.
A new passive quantum error correction method developed by researchers at the University of Massachusetts Amherst has reportedly doubled the lifespan of qubits, allowing them to self-correct errors.
Recent findings reveal that ultrathin materials can actually become stronger as their thickness decreases, challenging conventional understanding in physics.
A team from Bochum, Germany has revealed that light can impede movements at the nanoscale through a poorly understood phenomenon known as quantum friction, as reported in Phys.org.
Researchers are making strides in enhancing the accuracy of quantum sensors by developing new methods of entanglement aimed at reducing noise interference.
A team from University College Dublin, along with international partners, has released a guide to help convert theoretical concepts into practical applications for quantum enhanced sensing technologies.
A new noise-modeling framework developed by researchers at Johns Hopkins significantly improves the accuracy of predicting errors in superconducting qubits.
Researchers from the University of Hong Kong have made notable progress in addressing key challenges in quantum computing through new cryogenic silicon carbide hardware.
A recent study led by Assistant Professor Haocun Yu demonstrates how a tabletop experiment can unite two fundamental theories in physics, marking a significant step in the field.
Recent findings suggest that nickelate superconductors exhibit a shared electronic fingerprint, which may enhance their potential in quantum computing and advanced technologies.
A new method integrating quantum principles with classical techniques aims to enhance the safety of driving maneuvers and ensure lawful repairs.