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Here we go…

Editorial

"The idea was there in 1977: to re-use a 27-km circular tunnel on the Franco–Swiss border, built for a high-energy electron–positron collider, to house an even more powerful proton machine — the Large Hadron Collider. … Now the LHC is about to come to life…"


ADVANCE ONLINE PUBLICATION

The integration of a micrometre-sized magnet with a semiconductor device has enabled the individual manipulation of two single electron spins. This approach may provide a scalable route for quantum computing with electron spins confined in quantum dots.


CURRENT ISSUE

Let there be light?

Thesis by Buchanan

"Could Galileo have worked out the principles of the modern theory of relativity? Could he, even in the mid-seventeenth century, have derived the Lorentz transformations, the existence of a fundamental limiting velocity, and the equivalence of mass and energy? ..."


ADVANCE ONLINE PUBLICATION

Quantum dots

Letter by Xu et al.

Coherent population trapping is a process by which a particle is induced to exist in a superposition of two ground states. This has now been demonstrated for an electron spin on a single quantum dot, which could prove useful in a variety of photonic and information-processing applications.

CURRENT ISSUE

A blast from the past

Futures by Rucker

"Long story short. I made my gravity wave detector from a bathtub full of green gelatin. I scavenged a couple of gyroscopic motion sensors from cameras, sank them into the gelatin, and wired them to a video display so I can see the gelatin jiggles as weird screens. Late at night, when the chickens are asleep and the traffic on the highway dies down, I see messages. ..."


CURRENT ISSUE

The ability to control the velocity of molecules using time-varying electrical and magnetic fields has led to a renewed interest in molecular beams. This article reviews the technology of these decelerators and their applications.


CURRENT ISSUE

How to tip the scale

Book review by Bergemann

Guesstimation: Solving the World's Problems on the Back of a Cocktail Napkin, by Lawrence Weinstein and John A. Adam: "There is an art to this type of order-of-magnitude estimation, but it is not usually taught to students in any systematic way. In fact, most physics textbooks concentrate on exactly solvable problems and then, well, solve them exactly. Guesstimation steps into this breach and presents an entertaining collection of some 60 estimation problems, complete with an introductory bluffers' guide on how to master them…"


NPG SUPPLEMENT

Nature Milestones in Spin

Milestones

Nature Milestones in Spin recounts the major developments, through the twentieth century to the present day, that derive from 'spin' — the idea that elementary particles possess intrinsic angular momentum. Starting from fundamental physics, the story moves through early technological developments, and applications in chemistry, biology and medicine, to arrive at modern-day 'spintronics'. The supplement is currently available free online.




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