Podcasts and Vodcasts by Topic

Subatomic

Walk-In MRI - May 01, 2009

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Physicists are Right Up Front with Upright, Walk-In MRI

Physicists created a low magnetic field walk-in MRI that enables them to obtain images of the patient in many positions--standing, sitting or laying down.
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Steve Avery: Battling Cancer with Protons - April 17, 2009

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Dr. Steve Avery is an assistant professor or radiation oncology at the University of Pennsylvania School of Medicine. He works on the Proton project that uses proton therapy to treat tumors by bombarding them with subatomic particles.
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Cyclotron Kids - January 15, 2009

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Ever wondered what you could do with all that space in your garage? Watch this video to learn how these three kids came together to build the greatest high school physics experiment ever, they are building a cyclotron! Its amazing what you can do if you try.
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Preparing for a Walk on the Moon - November 05, 2008

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Astronomers Discover that the Earth's Magnetotail Charges the Surface of the Moon
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Laura Greene - August 14, 2008

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Dr. Greene is a professor of physics at the University of Illinois at Urbana-Champaign. As a woman interested in science in the 70s she overcame many barriers to become a physicist. Learn about her life long passion for science.
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The World's Best Particle Accelerator Rap! - July 30, 2008

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Former PhysicsBuzz blogger, Alpinekat, is famous! Her Large Hadron Rap was picked up by the New York Times.
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Creating 21st Century Video Games - November 01, 2007

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A computer science student created an updated form of the classic video game Pong. The ball appears to move unpredictably, but is actually governed by algorithms that analyze the fluid dynamics of actual plasmas. Careful programming that considers the plasmaýs mathematical properties allows players to activate a vacuum effect or plasma jet that moves the ball in physically realistic ways as well.
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Lights of the Future - February 01, 2006

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Thanks to advances in physics, light-emitting diodes (LEDs) will soon move from traffic lights and electronics panels to home lighting, bringing dramatic energy savings, adjustable colors for ambiance, and light-shining furnishings.
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Flying and Radiation Risk - September 01, 2005

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At the high altitudes and latitudes commercial airlines fly, crews are subjected to higher-than-normal radiation levels from the sun and cosmic rays. Physicist Robert Barish believes airline crew members are exposing themselves to more radiation than almost any other occupation and is calling for the airline industry to better educate workers about radiation.
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Weather System Protects Homeland Security - May 01, 2005

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Homeland security officials are tapping researchers' capability to predict the paths of toxic waste spills and hazardous airborne particles. Using computer science and mathematics, along with information on the wind and other climate, they can make estimates of how the toxin will disperse and where the plume will go.
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Spotting Sunspots - July 01, 2004

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Sunspots, large dark spots that dot the Sun's surface, reach a peak every 11 years, unleashing magnetic storms and solar flares that can disrupt communications. A new model focuses on electrified gas -- or plasma -- that flows around the sun because the plasma holds onto magnetic information from past sunspots.
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Protecting Your Privacy - February 01, 2004

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The physics of quantum cryptography is the basis for Quantum Privacy Network (QPN). This network can send a message that is hacker proof. Photons are attached to each message. If a hacker intercepts the message the photon is removed and the sender and receiver are alerted that the message has been intercepted.
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Meddling Microwaves - February 01, 2004

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Physicists discovered that magnets stop the static caused by interference between your cordless telephone and microwave. Microwaves produce a number of unwanted frequencies, which can interfere with your calls. By placing magnets along the microwave's magnetron, the extra frequencies are reduced keeping calls static free.
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