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GRAVITY PLAY: A co-creation session on changing risks and policy innovation, via juggling & acrobatics

A co-creation session on changing risks and policy innovation, via juggling & acrobatics ....

Catarina Batista , Red Cross Crescent Climate Centre , Arge Hadron Collider , High Energy Physics ,

ALICE reports new charmonia measurements in LHC Run 3

Earlier this month, almost 700 physicists from all over the world met in Houston, Texas, to attend the 30th edition of the Quark Matter conference, the largest conference in the field of heavy-ion physics. At this meeting, the ALICE collaboration presented its first results based on data collected with the upgraded detector in 2022, the first year of Run 3 of the LHC. Before the start of Run 3, ALICE underwent a major upgrade of its experimental apparatus to allow the recording of 50-100 times more Pb-Pb collisions and up to 500 times more proton-proton collisions than in previous runs. In addition, upgrades of the tracking detectors improved the pointing resolution by a factor 3-6. All in all, many new high-precision results will become available in the coming years. One of the new results presented at the Quark Matter conference was the measurement of the production of two different states of charmonia in proton-proton collisions. Charmonia are particles that consist of a charm and a ....

United States , Quark Matter , Arge Hadron Collider , High Energy Physics ,

Quest for the curious magnetic monopole continues

Magnets, those everyday objects we stick to our fridges, all share a unique characteristic: they always have both a north and a south pole. Even if you tried breaking a magnet in half, the poles would not separate – you would only get two smaller dipole magnets. But what if a particle could have a single pole with a magnetic charge? For over a century, physicists have been searching for such magnetic monopoles. A new study from the ATLAS collaboration at the Large Hadron Collider (LHC) places new limits on these hypothetical particles, adding new clues for the continuing search. In 1931, physicist Paul Dirac proved that the existence of magnetic monopoles would be consistent with quantum mechanics and require as has been observed the quantisation of the electric charge. In the 1970s, magnetic monopoles were also predicted by new theories attempting to unify all the fundamental forces of nature, inspiring physicist Joseph Polchinski to claim that their existence was “one of the ....

Paul Dirac , Joseph Polchinski , Large Hadron Collider , Arge Hadron Collider , High Energy Physics ,

Radiation Is Everywhere. But It's Not All Bad

Although radiation sounds scary, it isn’t necessarily harmful. Here’s what to know about the four types. ....

Henri Becquerel , Dot Physics , Nuclear Power ,

Stringy effects in SYK scrambling

It has been proposed that the exponential decay and subsequent power law saturation of out-of-time-order correlation functions can be universally described by collective 'scramblon' modes. ....

Arge Hadron Collider , High Energy Physics ,