RSS icon
Twitter icon
Facebook icon
Vimeo icon
YouTube icon

Research News

September 9, 2008 | Research News

Spin Control: Modeling the Transistor of the Future

The Next Big Thing in microelectronics will be extremely small. And it probably will not be entirely electronic. As transistor dimensions continue to shrink, and computing demands continue to grow, pushing bunches of electrical charges around in semiconductors can start to look like an awfully bulky, slow and power-hungry business.

The Lyman alpha radiation detector, shown here in prototype, could dramatically improve performance in key applications.
September 4, 2008 | Research News

New Neutron Detector Makes R&D Top 100

A new ultrasensitive, high-bandwidth neutron detector, developed by JQI Fellow Charles Clark and colleagues from the National Institute of Standards and Technology (NIST) and the University of Maryland (UMD), has won a 2008 “R&D 100 Award.” The annual R&D 100 Award program recognizes “the 100 most technologically significant products introduced into the market “ during the previous year, as selected by an independent judging panel and the editors of R&D Magazine.

July 15, 2008 | Research News

Quantum-Entangled Images: Mix and Squeeze

Using a convenient and flexible method for creating twin light beams, JQI researchers from the National Institute of Standards and Technology have produced “quantum images,” pairs of information-rich visual patterns whose features are “entangled,” or inextricably linked by the laws of quantum physics.

June 18, 2008 | Research News

Altered States and Logic Gates

Whether it’s quantum-mechanical or classical, information processing must consist of stupendous numbers of very simple actions performed by “logic gates” that obey if-then, and-or rules. For example: If X has some value, then change Y to the same value. Or change Y to the opposite value. And so forth. In conventional computers, transistors perform those tasks and pass the results along to other transistors through electronic connections, building up elaborate logic chains seriatim.

June 4, 2008 | Research News

How to Talk to Your Quantum Computer

No matter how exotic the innards of tomorrow’s quantum computers may be, users will still have to communicate with them using classical electronic circuits.

May 7, 2008 | Research News

A New State of the Fifth State

If a group of JQI researchers is right, one of the strangest phenomena in nature has an even stranger side that could lead to previously unseen kinds of atomic behavior, and possibly to a means of robustly fault-tolerant quantum computation.

May 2, 2008 | Research News

Experimental SQUID Microscope Gets to Gigahertz

Suppose you needed to find the location of an electrical fault in a microchip running at a couple billion cycles per second. How would you do it? Answer: You could drill very small holes into the chip so that tiny voltage sensitive probes could reach in and measure what was happening at different places -- a slow and destructive process.

April 17, 2008 | Research News

Optical Lattices Shape Up

An optical lattice is formed by the intersection of multiple laser beams, producing a standing wave pattern. Within that pattern, as the beams interact with each other, there are regions with higher and lower energy intensity.

April 15, 2008 | Research News

An STM to Measure Phase Differences in Superconductors

Twenty years after the discovery of high temperature superconductors, the mechanisms that cause those materials to lose electrical resistance remain unknown. To understand the phenomenon, researchers will have to determine precisely which aspects of a material’s atomic configuration contribute to superconductivity, and to measure telltale differences at the atomic scale between very slightly different arrangements in a material’s crystal lattice.

April 9, 2008 | Research News

Closing the Detection Loophole Over a Meter

JQI/UMD researchers have increased by five orders of magnitude the distance over which a highly stringent test of a key quantum-mechanical principle can be successfully conducted. In doing so, Chris Monroe and colleagues* validated a technique that could eventually lead to final resolution of a 70-year-old debate over the nature of physical reality that pitted Albert Einstein against Niels Bohr.

Pages