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Top News
•  Physicists detect radio waves from a single electron
•  A Cold Cosmic Mystery Solved
•  Biggest void in space is 1 billion light years across
•  This Molecule Could've Created the Backbone of DNA and Helped to Kick-Start Life
•  First Signs of Self-interacting Dark Matter?
•  Dark matter map unveils first results
•  Accelerating Universe? Not So Fast
•  Complex Organic Molecules Discovered in Infant Star System
•  Black holes don’t erase information, scientists say
•  Two Earth-sized exoplanets may exist in closest star system, Hubble observations reveal
•  New Research Suggests Solar System May Have Once Harbored Super-Earths
•  Dark matter 'ghosts' through galactic smash-ups
•  Astronomers Discover Dwarf Galaxies Orbiting the Milky Way
•  Terraforming Mars by Polluting its Atmosphere
•  Fresh hint of dark matter seen in neutrino search
•  Gamma Rays May Be Clue on Dark Matter
•  Nasa finds evidence of a vast ancient ocean on Mars
•  'Life Not As We Know It': New Research Shows How Exotic Biology May Be Possible on Titan
•  Why isn’t the universe as bright as it should be?
•  Here’s The First-Ever Photo of Light Behaving as Both a Wave and a Particle
•  Scientists discover black hole so big it contradicts growth theory
•  The Hills Have Ice... on Mars, That Is
•  Did dark matter kill the dinosaurs?
•  Dark Matter Influences Supermassive Black Hole Growth
•  'Golden stars' pulsate in a strange, non-chaotic way
•  Slimy Microbes May Have Carpeted Earth 3.2 Billion Years Ago
•  'Shadow biosphere' might be hiding strange life right under our noses
•  Cosmic "Reionization" Is More Recent than Predicted
•  Evidence for the Presence of Dark Matter in the Innermost Part of the Milky Way
•  Dark matter found in Milky Way’s core
•  Planck: Gravitational Waves Remain Elusive
•  Ancient miniature solar system hints at existence of alien life
•  Cosmic 'Nuclear Pasta' May Be Stranger Than Originally Thought
•  How the Earth got its nitrogen
•  Three nearly Earth-size planets found orbiting nearby star
•  How 'Quantum Dots' Could Probe Mysteries of Entanglement
•  Space chemistry could be cooking up icy building blocks of life, study says
•  Using a Vanishing Neutron Star to Measure Space-time Warp
•  Did Gravity Save the Universe from 'God Particle' Higgs Boson?
•  8 Newfound Alien Worlds Could Potentially Support Life
•  Planet hunters plot course for habitable worlds
•  The Stellar Origins of Your Toothpaste
•  The world of physics in 2015
•  NASA Rover Finds Mysterious Methane Emissions on Mars
•  Researchers use real data rather than theory to measure the cosmos
•  Superconductivity record breaks under pressure
•  New Dark Matter Detector Will Be 100 Times More Sensitive to Dark Matter
•  Researchers report possible dark matter signal
•  Quantum Teleportation Reaches Farthest Distance Yet
•  Mars Rover Finds Stronger Potential for Life
•  Quantum computer quest
•  See it, touch it, feel it: Team develops invisible 3-D haptic shape
•  European probe shoots down dark-matter claims
•  Gravity may have saved the universe after the Big Bang
•  How to estimate the magnetic field of an exoplanet
•  Parallel Worlds Could Explain Wacky Quantum Physics
•  GPS satellites might be able to detect elusive dark matter
•  Frigid matter powers first quantum circuits
•  Dark Matter's New Wrinkle: It May Behave Like Wavy Fluid
•  Dark Matter Black Holes Could Be Destroying Stars at the Milky Way’s Center
•  Why a Physics Revolution Might Be on Its Way
•  European satellite could discover thousands of planets in Earth's galaxy
•  String field theory could be the foundation of quantum mechanics
•  New Experiment Aims to Crack Neutrino Mass Mystery
•  Universe may face a darker future
•  Ultracold disappearing act: 'Matter waves' move through one another but never share space
•  Evidence Builds for Dark Matter Explosions at the Milky Way’s Core
•  Can the wave function of an electron be divided and trapped?
•  Chilly Record! Coldest Object on Earth Created in Lab
•  Astronomers Capture First-Ever Image Of A Nova’s Exploding Fireball Stage
•  A quantum world arising from many ordinary ones
•  Historic quantum software is run for the first time
•  3-D map of the adolescent universe
•  Physicists see potential dark matter from the Sun
•  Physicists build reversible laser tractor beam
•  Desktop sonic black hole emits Hawking radiation
•  Two new strange and charming particles appear at LHC
•  Texas border town to become next Cape Canaveral
•  New Particle Is Both Matter and Antimatter
•  Deep Space, Branching Molecules, and Life’s Origins?
•  Quantum bits get their first compression
•  Higgs Boson to the World Wide Web: 7 Big Discoveries Made at CERN
•  'Space Bubbles' May Have Doomed Key Afghan War Mission
•  Is Our Universe Really 'Slip Slidin Away'?
•  Quantum Entanglement Creates New State of Matter
•  Photons weave their way through a triple slit
•  Quantum teleportation from a telecom-wavelength photon to a solid-state quantum memory
•  Cosmic inflation: BICEP 'underestimated' dust problem
•  Milky Way may bear 100 million life-giving planets
•  Synopsis: More Dark Matter Hints from Cosmic Rays?
•  Surprise! Monster Black Hole Found in Dwarf Galaxy
•  Stalking the Shadow Universe
•  Scattered neutrons could mimic DAMA-LIBRA's 'dark matter' modulation
•  Stalking the Shadow Universe
•  Universe Shouldn't Be Here, According to Higgs Physics
•  Nearby Alien Planet May Be Capable of Supporting Life
•  The First Indirect Detection of Dark Matter
•  Higgs Boson Confirms Reigning Physics Model Yet Again
•  Dark Matter Mystery Deepens
•  Gravitational-wave team admits findings could amount to dust

Bringing the International Physics Community to Baylor University & Waco

Sept. 17, 2010

Dr. John Thomas, Fritz London Professor of Physics at Duke University, will be visiting Baylor October 5-6. His research focuses on the physics of an optically trapped degenerate Fermi gas, and the universal behavior exhibited by this work has implications beyond atomic physics and lasers, including superconductivity, quark-gluon plasma, and string theory. His visit will include a public lecture entitled "Bowls made of Laser Light to Corral Ultracold Atoms." The public lecture will be at 7 pm on Tuesday, October 5 in B.110 of the Baylor Sciences Building. He will also present the Physics colloquium on October 6. His visit is sponsored by the Department of Physics and the Vice Provost for Research. This visit, as well as an upcoming visit from Dr. Carlos Stroud, Professor of Optics and Physics at the University of Rochester, have been organized by Dr. Linda Olafsen to highlight the 50th anniversary of the laser. In conjunction with public lectures and colloquia, Dr. Olafsen will also be visiting local schools, making presentations about the history and applications of lasers, and leaving behind optics discovery kits and laser pointers, through the support of a SPIE Education Outreach grant. (More about the SPIE grant is reprinted here from http://www.baylor.edu/pr/news.php?action=story&story=75967.)