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What do we want?

Editorial

"If we've asked you to review a paper for Nature Physics, what exactly do we want from you?... Start by telling us what you think the paper is about. If you consider the central advance to be significant, why do you consider it so? If its physical insights go substantially beyond present understanding, in what ways do they do so?..."


Advance online publication

High-temperature superconductivity in the cuprates arises when charge carriers are added to an insulator. Between these states lies the so-called nodal liquid at low temperature. Photoemission spectroscopy suggests that superconductivity evolves smoothly from this nodal-liquid state.

Current issue

Radical arithmetic

Book review by Wilson

"Energy is the single most important aspect of modern civilization. It is needed to grow food, build shelter, deliver modern levels of comfort, health, activity and commerce; it is probably even needed to pay bankers' bonuses (although this might also require dark matter). Sustainable Energy — without the hot air is a book about energy — what form it takes, how it is made and where it is used. The question of sustainability is the central issue..."


Advance online publication

X-ray sources such as free-electron lasers offer the potential to study matter at unprecedented spatial and temporal resolution. But that potential is limited by the poor quality of conventional X-ray optical elements. An in situ technique that corrects for wavefront aberrations and allows X-rays to be focused to a spot just 7 nm wide could provide a solution.

Current issue

Waiting for the maths

Thesis by Buchanan

"In the wake of the recent financial crisis, a number of physicists — especially those with finance experience — have attacked the mathematics of neo-classical theory for dubious assumptions about human rationality, and for reliance on simple notions of equilibrium in modelling economic reality... The question is, what might replace such theories..."


Advance online publication

Quantum computing

Letter by Hanneke et al.

A simple programmable quantum processor has been created using trapped atomic ions. The system can be programmed with 15 classical inputs to produce any unitary operation on two qubits. This trapped-ion approach is amenable to scaling up for the creation of more complex circuits.

Current issue

From the recent literature

Research Highlights

Our 'research highlights' summarize some of the most interesting, or intriguing, developments reported in the physics literature. This month: gluino spotting, harmonic blinking, and photodetecting graphene transistors...


Advance online publication

Carrier localization

Letter by Sawicki et al.

The transition from a ferromagnetic to a paramagnetic state is observed directly as the density of carriers that mediate spin–spin coupling is varied. The measurement was performed on thin films of GaMnAs and was made possible by superconducting quantum interference devices (SQUIDS).


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