Inside Science
/
Article

APS March Meeting: News Roundup

FEB 28, 2012
The stories that caught journalists’ eyes
APS March Meeting: News Roundup lead image

APS March Meeting: News Roundup lead image

Pixabay

Greetings from the second day of the APS March Meeting in Boston. Reporters are covering this meeting both onsite and remotely, from their desks. We wanted to highlight some of the articles appearing so far. We’ll have a feature article on a meeting story a little later today.

The New York Times: IBM Researchers Inch Closer on Quantum Computer - the bizarre counterintuitive phenomena of quantum mechanics, which governs the rules of atoms and their constituents, are often very fleeting. This certainly has held true for the building blocks of qubits, the building blocks of high desirable quantum computers. Unlike ordinary binary digital bits, which could be a 0 or 1, qubits could be both a 0 and a 1 at the same time. This article explains the announcement of a relatively long-lived qubit, based on a superconducting material, which lasts for about 1/10,000th of a second, compared to earlier qubits, which lasted just billionths of a second as of a decade ago.

Nature: Quest for Quirky Quantum Particles May Have Hit Gold - Eugenie Samuel Reich scooped a talk on possible experimental evidence for a long-coveted kind of particle known as a Majorana fermion.

We’ll have more coming up, including a visit to Harvard physics labs and our first feature article from the meeting!

More Science News
/
Article
Urban conditions are uniquely tricky to navigate for electric vertical take-off and landing aircraft.
/
Article
While sea butterflies don’t actually fly, understanding their lift-based swimming is important for underwater engineering.
/
Article
Optical control of cadmium arsenide offers terahertz tunability without a semiconductor layer.
/
Article
Using scattering and designer DNA nets, inert HIV can be caught and counted.
/
Article
Understanding how ingredients interact can help cooks consistently achieve delicious results.
/
Article
Strong and tunable long-range dipolar interactions could help probe the behavior of supersolids and other quantum phases of matter.
/
Article
Inside certain quantum systems, where randomness was thought to lurk, researchers—after a 40-year journey—have found order and unique wave patterns that stubbornly survive.
/
Article
Advances in computing have reignited interest in the approach.