Physics

MIT researchers have discovered that certain molecules can attach themselves to metallic carbon nanotubes without interfering with the nanotubes' exceptional ability to conduct electricity. At left, the high conductance state has two molecular orbitals, shown in green. Some molecules even let the nanotube switch between highly conductive, left, and poorly conductive (right, with one red molecular ...

MIT materials scientists tame tricky carbon nanotubes

September 15, 2006

MIT physicist shares team award for 'Big Bang' research

September 6, 2006

MIT physics Nobel winner will sing in 'Atomic' love opera

August 24, 2006

Xiwen Zhong, research engineer, dies at 71

August 10, 2006

Physicist Wen receives grant for gravity work

August 2, 2006

Direct observation of the superfluid phase transition in ultracold Fermi gases. The images show the excess atoms (the 'single men') in the gas cloud that are not involved in the superfluid pairing. As the superfluid forms in the center, the excess atoms have to give way and start forming a shell around it.

MIT physicists shed new light on superfluidity

July 20, 2006

A sphere-shaped web of photo-detecting fibers developed by MIT scientists can sense the optical properties of the entire volume of space around it, as well as detect the source of incoming light.

MIT scientists create fiber webs that see

July 6, 2006

Students help construct a prototype in April 2005 of one of the 500 'tiles' that will make up a new telescope in Australia. Each tile consists of 16 antennas. From left are Jamie Stevens, a graduate student at the University of Melbourne, now at University of Tasmania, and Judd Bowman, a graduate student in physics at MIT.

Telescope to probe early universe, more

July 5, 2006

Nanotechnology 'fertile' for energy breakthrough

June 30, 2006

Joannopoulos to lead ISN

June 14, 2006

Physics awards

June 7, 2006

A new sensor developed at MIT monitorsÂ when cultured neuroblastoma cells (green)Â are producing nitric oxide (NO). A copper complex of a fluorescein derivative (formula on lower left) reacts with NO and produces a nitrosated fluorescein (formula on upper right), which causes the cells to glow brightly under the fluorescent microscope.

Sensor opens up study of crucial molecule

June 1, 2006

Elizabeth Goldring, foreground, looks into 'seeing machine' to take a virtual tour of a gallery using a joystick. Her assistant, Jackie McConnell, is at right.

MIT poet develops 'seeing machine'

May 23, 2006

MIT Museum gets physics-al

April 26, 2006

Physicists get to heart of antimatter

April 12, 2006

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