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Released: 22-Sep-2005 8:35 AM EDT
Optics Meeting: Fingerprints, Einstein, Explosives and More
American Institute of Physics (AIP)

1) Lifting fingerprints without touching the surface; 2) Detecting Alzheimer's early by looking in the eye; 3) Capturing natural lighting in computer-animated movies.

Released: 14-Oct-2005 12:10 PM EDT
Acoustics News -- Multimedia
American Institute of Physics (AIP)

How many people do airplanes wake up nightly? How different must two drug names sound to prevent doctors and patients from confusing them? What sound can bacteria generate to help workers monitor waste-management equipment? These questions and others will be answered at the annual meeting of the Acoustical Society of America.

Released: 30-Nov-2005 4:10 PM EST
Optical Vortex - Trying to Look at Extrasolar Planets Directly
American Institute of Physics (AIP)

A new optical device might allow astronomers to view extrasolar planets directly without the annoying glare of the parent star. By "nulling" out the light of the parent star by exploiting the light's wave nature, remaining reflected light from the planet can be observed in space-based detectors.

Released: 24-May-2006 4:15 PM EDT
US Hearing Health, Better Telephone Speech
American Institute of Physics (AIP)

Which US groups have the best and worst hearing? How have researchers improved cell-phone sound quality without changing the existing infrastructure? These questions and more will be answered in a web pressroom and a press luncheon for the Acoustical Society of America meeting in Providence, RI.

Released: 13-Jun-2006 5:10 PM EDT
Non-Hispanic Blacks Have Best Hearing in U.S.
American Institute of Physics (AIP)

Non-Hispanic black adults in the US have on average the best hearing in the nation, a new study shows, with women hearing better than men in general. Overall, the nation's hearing health remains about the same as it was 35 years ago, despite massive changes in society and technology.

Released: 27-Jun-2006 12:00 AM EDT
Making Radioactive Scorpion Venom Therapy Safe
American Institute of Physics (AIP)

Health physicists are establishing safe procedures for a promising experimental brain-cancer therapy which uses radioactive scorpion venom. The venom of the yellow Israeli scorpion preferentially attaches to the cells of a type of essentially incurable brain cancers known as gliomas. This preference can be exploited to killing brain cancer cells non-invasively. Information about the study will be presented this week at the Health Physics Society meeting in Providence, RI.

Released: 24-Jul-2006 3:55 PM EDT
Google-Like Process for Breast Images Speeds Up Computer's Second Opinions
American Institute of Physics (AIP)

To help computers provide faster "second opinions" on mammogram images showing suspicious-looking breast masses, medical physicists at Duke University are employing a Google-like approach that retrieves useful information from an existing mammogram database within three seconds.

Released: 24-Jul-2006 4:05 PM EDT
Radiation-Armed Robot Rapidly Destroys Human Lung Tumors
American Institute of Physics (AIP)

Super-intense radiation delivered by a robotic arm eradicated lung tumors in some human patients just 3-4 months after treatment, medical physicist Cihat Ozhasoglu, Ph.D. of the University of Pittsburgh Medical Center will report in early August at the 48th Annual Meeting of the American Association of Physicists in Medicine in Orlando.

Released: 15-Aug-2006 6:40 PM EDT
Atoms Looser than Expected
American Institute of Physics (AIP)

By studying how a single electron behaves inside an electronic bottle, Harvard physicists were able to calculate (six times more precisely than the previous measurements) a new value for a number called the fine structure constant, which specifies the strength of the electromagnetic force, which holds electrons inside atoms.

Released: 17-Aug-2006 3:40 PM EDT
Splitting Light with Artificial Muscles Could Bring New Generation of Color Displays
American Institute of Physics (AIP)

Scientists have unveiled a new technology that could lead to video displays that faithfully reproduce a fuller range of colors than current models, giving a life-like viewing experience. The invention, based on fine-tuning light using microscopic artificial muscles, could turn into consumer products in eight years, the scientists say.


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