Super SymmetryDiscoveries in the Super-symmetry extension to physics648SuperSymmetry2022-09-18T01:30:24Science Guybarry.david.adams@gmail.comRecent Articles in PhysicsMini Interferometers Offer Impressive Sensitivity2022-09-15T10:00:00Author(s): Ryan WilkinsonA sensor containing thumbnail-sized interferometers might help astronomers detect gravitational waves emitted from certain black hole mergers.[Physics 15, s121] Published Thu Sep 15, 2022748d4cc9e55e3fa6add44ca89df4d83bNew Scientist - HomeEinstein's gravity principle still correct, finds most precise test2022-09-14T15:00:18An experiment conducted on a satellite in orbit found that Albert Einstein's ideas about gravity are still correct, with measurements accurate to one part in a quadrillionfb660c3cd5a96d4262d26bfc7c250cc5Recent Articles in PhysicsStrobing Light Shapes Atomic Array2022-09-14T10:00:00Author(s): Rachel BerkowitzAn optical tweezer with a stroboscopic twist can trap cold atoms in lattices of all shapes.[Physics 15, s120] Published Wed Sep 14, 20223f2af700298b97fdec568d6e7184945cRecent Articles in PhysicsModeling Landslide-Induced Tsunamis2022-09-13T10:00:00Author(s): Allison GaspariniA new model can accurately predict the height of waves created when a cliff collapses into water, allowing for a better evaluation of the threat the incident may pose to local people.[Physics 15, s129] Published Tue Sep 13, 20222603576581f17b27367242314530dadbPhys.org: Feature storyTheoretical physicists argue that black holes admit vortex structures2022-09-09T15:20:01Black holes are astronomical objects with extremely strong gravitational pulls from which not even light can escape. While the idea of bodies that would trap light has been around since the 18th century, the first direct observation of black holes took place in 2015.938ea8ff35f1e33697f4a83854e22b54Recent Articles in PhysicsTo Hear or Not to Hear Overtones in Black Hole Mergers2022-09-09T10:00:00Author(s): Matteo RiniA new analysis questions whether researchers found so-called overtones in the first detected gravitational-wave signal from a black hole merger.[Physics 15, s117] Published Fri Sep 09, 2022fbf7382b053894968174573fa9f11d84Recent Articles in PhysicsCooler Atoms for Better Atomic Clocks2022-09-08T10:00:00Author(s): Marric StephensResearchers have cooled ytterbium atoms to a few tens of nanokelvin, which might usher in the next generation of optical atomic clocks.[Physics 15, s126] Published Thu Sep 08, 2022deb83c4c3b0f213df43f6690bb46e13eNew Scientist - HomeTwo atomic clocks have been quantum entangled for the first time2022-09-07T16:00:39Researchers have quantum entangled atomic clocks, allowing them to be synchronised more accurately. Such entangled clocks could be used to study dark matter and gravity more precisely36efff612ee87e230d49730dff30e8f9Recent Articles in PhysicsSuperconductors Give STM a Boost2022-09-07T10:00:00Author(s): Katherine WrightUsing superconducting materials can increase the strength of scanning-tunneling-spectroscopy signals by up to a factor of 50, allowing the detection of tiny changes in a single molecule’s vibrational energy.74942851081ab297d5ee0cd711479339Recent Articles in PhysicsTissue Growth on Curved Surfaces2022-09-06T10:00:00Author(s): Matteo RiniWhen epithelial tissue cells move on curved surfaces, they display different patterns from those they form on flat surfaces—according to a new theory.[Physics 15, s124] Published Tue Sep 06, 2022de23420d7446453544e18a7c2479b3c3Recent Articles in PhysicsFor the Love of Neutrinos2022-09-06T10:00:00Author(s): Michael SchirberThe CUPID-0 experiment has demonstrated a new detector technology that targets neutrinoless double beta decay.[Physics 15, s119] Published Tue Sep 06, 2022f6a80387132ab0a02fd4a61d069f8ca1Recent Articles in PhysicsTracking Quantum State Excitation in Large Molecules2022-09-02T10:00:00Author(s): Matteo RiniLaser experiments can track how the excitations of quantum states of a “buckyball” relax after the molecule collides with other particles.[Physics 15, s122] Published Fri Sep 02, 20224ee970a8004d176c17e5b9c0a9c41d6aRecent Articles in PhysicsA Wire on the Edge2022-09-01T10:00:00Author(s): Martin Rodriguez-Vega<pA cold-atom experiment suggests that interactions between particles can induce the coexistence of localized and extended states in a quantum wire.[Physics 15, s114] Published Thu Sep 01, 20223ad809d4f02fb702fef60f79ea1c2b46Recent Articles in PhysicsOscillating into the GHz Regime2022-08-31T10:00:00Author(s): Marric StephensResearchers have combined a mechanical oscillator with a superconducting resonator to create a system that vibrates at GHz frequencies.[Physics 15, s115] Published Wed Aug 31, 202281b4303fbb876e835f30829186b49dc8Recent Articles in PhysicsCoral Polyps Dance ’n Sync2022-08-30T10:00:00Author(s): Allison GaspariniResearchers used mathematical modeling to analyze the movements of individual organisms that make up a coral, finding correlation between their otherwise random sways and bounces.[Physics 15, s112] Published Tue Aug 30, 20225fe2f376859bc550980b7083cd43c1d0Not Even WrongLHC News2022-08-24T14:29:52I see today via the LHC Page 1 Vistar that a problem at a cooling tower will cause part of the accelerator to need to be warmed up to room temperature, putting the LHC out of business for the next … Continue reading →3a34d8981f83b98a7c533fb333e36ca7