Inside a pulsar the neutrons are thought to decay into protons and electrons, which are then accelerated by the pulsar’s powerful magnetic field. Since protons and electrons are charged particle...
Photons from the laser can excite electrons in the water molecules into a so-called anti-bonding state. Molecules in this state can adopt one of two distorted shapes, both of which can dissociate into...
An earlier report from the National Research Council has already expressed concern that the US may not retain its leadership in science and technology. The report speculated that the supply of foreign...
Neptune’s ring arcs were first observed by the Voyager spacecraft in 1984. In the absence of some external source of stability the rings would have been expected to decay within a matter of mont...
Supersymmetry is an attractive theory to physicists as it provides a connection between all known elementary particles and can simplify many complex interactions. High energy supersymmetry suggests th...
Parisi won the award for his work in a wide number of fields. The official citation highlights “his study of scaling violations in deep inelastic processes (Altarelli-Parisi equations), a model ...
The European satellite organisation Eumetsat will update pictures every 10 minutes of the Moon’s shadow as it rushes across the globe. Meanwhile, the European Space Agency has brought together a...
The Senate has become increasingly vocal about alleged Chinese spying at the Los Alamos National Laboratory (see PhysicsWeb 28 May) and has argued for increased security at the nuclear weapons labs. B...
The UK synchrotron, once known as Diamond, is intended to replace the ageing second-generation SRS machine at the Daresbury Laboratory in Cheshire, although the location of the new machine has still t...
The team were able to measure the distance because NGC4258 is one of 22 nearby galaxies that have active nuclei consisting of a supermassive black hole (over 100 million solar masses) surrounded by a ...