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Snooker moves to the atomic scale

Scanning tunnelling microscopes (STMs) rely on an ultrafine ‘tip’ to push atoms over a surface. The atoms are pushed either by the tip itself, or by an electric field. The new technique relies on the current that tunnels from the tip to the atom. As the tip approaches the bromine atom, the atom moves closer […]

Snooker moves to the atomic scale

New evidence for superconducting stripes

The neutron scattering experiments were carried out by Herb Mook from the Oak Ridge National Laboratory and colleagues, while the ion channelling experiments were performed by Rajeshwar Sharma from the University of Maryland and co-workers. Mook and co-workers showed that certain magnetic fluctuations in YBCO are one-dimensional – as would be expected if the stripe […]

New evidence for superconducting stripes

High-speed switching at low voltages

Converting electrical signals into optical pulses is one of the speed ‘bottlenecks’ in current telecommunications systems. To reach high data speeds, a series of electro-optic devices called modulators, all operating at different wavelengths, are used. The most common modulators are based on a lithium niobate compound, but they require high voltages (5 V) to work. […]

High-speed switching at low voltages

Universities receive third funding boost

The JIF scheme is designed to bring facilities at UK universities to the forefront of international research. Nearly £600m has been awarded to 109 projects in 28 different institutions since the UK Government and the Wellcome Trust – the world’s largest biomedical research charity -first funded the scheme. The size of the third round awards […]

Universities receive third funding boost

Comet Hyakutake makes a mark on Ulysses

Ulysses was launched to make continuous measurements of the solar wind, a steady stream of ionized particles that flows outwards from the star. In 1998 Pete Riley and colleagues from Los Alamos National Laboratory published a paper describing a dramatic drop in the number of protons registered by Ulysses. They suggested that a comet could […]

Comet Hyakutake makes a mark on Ulysses

Quantum computers think big

The Innsbruck model relies on ions stored in an array of microtraps. Because the microtraps can be fabricated in a solid state device, thousands of traps can be put into an array. The internal quantum state of the ions acts as the qubit. A different ion, called the head ion, moves above the array to […]

Quantum computers think big

Collaborating with the enemy?

About a year ago I was asked to speak at a local women’s studies conference on mathematics, science and technology. I didn’t flatter myself at having been chosen, because nearly every local woman who was even vaguely involved with science or mathematics at a professional level had been invited to speak. Nevertheless, I had for […]

Collaborating with the enemy?
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