Anomalous results in particle physics experiments could be a hint to the existence of another five Higgs bosons, calculations have shown. In the sixties Peter Higgs predicted the existence of a scalar particle of the Higgs field, and estimated it would be very heavy: it took decades for a particle collider with sufficient energy to be developed – the Large Hadron Collider (LHC) – that could, by 2012, create...
Anomalous results in particle physics experiments could be a hint to the existence of another five Higgs bosons, calculations have shown. In...
The world’s foremost technical organisation has given the Heavy Ion Accelerator Facility (HIAF) at the ANU Research School of Physics global...
The challenge with detecting dark matter is that the signal will probably be incredibly small – perhaps only a couple of particles per day....
Physicists have developed an ultra-compact quantum imager, based on an extremely sensitive high-resolution technique known as quantum ghost imaging. The...
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The physics research happening at the Australian National University is nothing short of exciting! Our world-class scientists are pushing the boundaries of what we know about the universe and making groundbreaking discoveries in the process. The research at ANU spans a wide range of areas and uses cutting-edge technology to answer some of the most pressing questions in physics. If you're curious about the universe and the latest advances in physics, we encourage you to read more about the exciting work happening at ANU. Discover how our researchers are making a real impact and find out how you can be a part of this vibrant and dynamic community. Don't miss out on this opportunity to learn more about the fascinating world of physics – start exploring today!
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