Available to watch now, IOP Publishing explores what lies beyond the era of Moore’s law, and to look at some of the technologies that could play roles in the computers of the future
Read article: ‘More than Moore’: a glimpse at the future of computing
New model of downslope granular movement could reduce the destructive power of avalanches and other dangerous geophysical phenomena
Read article: ‘Forest of cylindrical obstacles’ slows avalanche flow
New models could help put Einstein’s general relativity to the test
Read article: Gravitational waves from merging black holes go nonlinear
Mathematical model improves the accuracy of surgical training platforms used to simulate biopsy and brachytherapy procedures
Read article: Medical needle model improves virtual training platforms for junior surgeons
Physicists may have solved enduring mystery
Read article: Zig-zag lightning could be mediated by metastable oxygen
Researchers unearth a hitherto undescribed electron screening effect that promotes superconductivity in the first superconductor ever discovered
Read article: Mercury’s superconductivity explained at long last
New work could help in the design and development of drugs to fight coronaviruses
Read article: Physicists simulate how SARS-CoV-2 forms
Materials that conduct electricity on their outsides, but not their insides, are surprisingly common, as Maia Vergniory and colleagues demonstrated
Read article: A periodic table for topological materials
Simulations suggest phosphorous concentration is on par with Earth’s oceans
Read article: Ocean on Saturn’s moon Enceladus could be rich in a key ingredient for life
Research could help protect satellites and astronauts from the solar wind
Read article: Supercomputer simulations reveal how the Sun accelerates charged particles
