Top quarks embrace in quasi-bound toponium
Observation provides new insights into the heaviest subatomic particle
Read article: Top quarks embrace in quasi-bound toponium
Read article: Top quarks embrace in quasi-bound toponium
Researchers map the unrest in the Vulcano volcano
Combining nodal seismic networks with AI creates a high-resolution 3D model of the internal structure of an active volcano
Read article: Researchers map the unrest in the Vulcano volcano
High-speed 3D microscope improves live imaging of fast biological processes
Multifocus microscope uses 25 tiny cameras to image rapid biological processes over the entire volume of small living organisms
Read article: High-speed 3D microscope improves live imaging of fast biological processes
Optimizing upright proton therapy: hybrid delivery provides faster, sharper treatments
Adding shoot-through proton layers to static proton arcs improves plan quality and reduces treatment times for upright proton therapy
Read article: Optimizing upright proton therapy: hybrid delivery provides faster, sharper treatments
LIGO could observe intermediate-mass black holes using artificial intelligence
Machine learning system reduces noise in interferometer mirrors
Read article: LIGO could observe intermediate-mass black holes using artificial intelligence
‘Breathing’ crystal reversibly releases oxygen
New topotactic oxide material could be used in some clean energy technologies including fuel cells
Read article: ‘Breathing’ crystal reversibly releases oxygen
New hollow-core fibres break a 40-year limit on light transmission
Researchers at Microsoft and the University of Southampton create fibres that cut signal loss, boost bandwidth and promise faster, greener communications.
Read article: New hollow-core fibres break a 40-year limit on light transmission
Reformulation of general relativity brings it closer to Newtonian physics
Calculations reveal inverse square law behaviour in binary black holes
Read article: Reformulation of general relativity brings it closer to Newtonian physics
Zero-point motion of atoms measured directly for the first time
Explosive technique images collective quantum fluctuations
Read article: Zero-point motion of atoms measured directly for the first time
Quantum sensors reveal ‘smoking gun’ of superconductivity in pressurized bilayer nickelates
Observation of the Meissner effect could spur the development of highly sensitive quantum detectors that operate under high-pressure conditions
Read article: Quantum sensors reveal ‘smoking gun’ of superconductivity in pressurized bilayer nickelates
