Physics

Electromagnetic field for a light mode travelling through an all-dielectric coaxial cable. The cable's inner and outer walls are made of omnidirectionally-reflecting multilayer films. Such structures mimic important properties of traditional, metallic coaxial cables, but without their high absorption losses at optical wavelengths. This new all-dielectric cable design successfully bridges, for the ...

MIT researchers' theoretical waveguide may open new avenues in telecommunications and optical devices

July 20, 2000

Celebrating the PHOBOS results are (left to right) Professor Wit Busza, Nicholas Samios (director of the Brookhaven National Laboratory) and former Dean of Science Robert Birgeneau, now president of the University of Toronto.

MIT physicists hail results of ion-collision experiment

July 12, 2000

Physics students win awards

May 31, 2000

Toyoichi Tanaka, MIT physicist who discovered "smart" gels, dies at 54

May 23, 2000

MIT physicist Robert Redwine named dean of undergraduate education

May 12, 2000

Kleppner traces impact of quantum mechanics

May 10, 2000

The inner module of a superconducting magnet built by the US team (left photo), with magnet team members including Rui Vieira of MIT (far left); and the outer module built by the Japanese team (right photo).

Erratum

May 10, 2000

The inner module of a superconducting magnet built by the US team (left picture), with magnet team members including Rui Vieira of MIT (far left); and the outer module built by the Japanese team (center picture). At right is a cutaway drawing of the full assembly of both modules combined with the structure provided by the US.

International team successfully tests 150-ton magnet in Japan

May 3, 2000

The inner module of a superconducting magnet built by the US team (top), with magnet team members including Rui Vieira of MIT (far left); and the outer module built by the Japanese team (center picture). Bottom image is a cutaway drawing of the full assembly of both modules combined with the structure provided by the US.

Team tests 150-ton magnet in Japan

May 3, 2000

Professor Michael Feld, director of the Spectroscopy Lab (right), tests a device which uses light to identify cancer cells in a noninvasive test on postdoctoral associate Adam Wax.

Noninvasive methods developed for early cancer diagnosis

March 29, 2000

Scientists make seven-bit quantum leap in computer research

March 29, 2000

An aerial view of the LIGO observatory in Hanford, WA.

LIGO project to provide a new window to the universe

March 29, 2000

MIT researchers create noninvasive new methods for early cancer diagnosis

Ability to detect invisible, early-stage disease could save lives

March 23, 2000

Physicists jam at Leap-Year event

March 8, 2000

Researcher proposes ways to control chaotic systems

February 16, 2000

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MIT researchers' theoretical waveguide may open new avenues in telecommunications and optical devices

MIT physicists hail results of ion-collision experiment

Physics students win awards

Toyoichi Tanaka, MIT physicist who discovered "smart" gels, dies at 54

MIT physicist Robert Redwine named dean of undergraduate education

Kleppner traces impact of quantum mechanics

Erratum

International team successfully tests 150-ton magnet in Japan

Team tests 150-ton magnet in Japan

Noninvasive methods developed for early cancer diagnosis

Scientists make seven-bit quantum leap in computer research

LIGO project to provide a new window to the universe

MIT researchers create noninvasive new methods for early cancer diagnosis

Physicists jam at Leap-Year event

Researcher proposes ways to control chaotic systems

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Physics