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Browsing MIT Libraries by Title
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(Massachusetts Institute of Technology, 2008)Conventional phase-contrast and differential interference contrast microscopy produce high contrast images of transparent specimens such as cells. However, they do not provide quantitative information or do not have enough ...
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(Massachusetts Institute of Technology, 2011)Conventional single-molecule fluorescence spectroscopy is limited in temporal resolution by the need to collect enough photons to measure a spectrum, in frequency resolution by the dispersing power of the spectrometer, and ...
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(Massachusetts Institute of Technology, 1996)
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(Massachusetts Institute of Technology, 1989)
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(Massachusetts Institute of Technology, 1998)
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(Massachusetts Institute of Technology, 1995)
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(Massachusetts Institute of Technology, 2000)
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(Massachusetts Institute of Technology, 2008)Optical Coherence Tomography (OCT) is an emerging imaging technique based on low-coherence interferometry for noninvasive, high- resolution, cross-sectional imaging in a variety of biomedical fields. In ophthalmology, OCT ...
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(Massachusetts Institute of Technology, 2011)The Lyman-alpha emission is a key signature of the presence of hydrogen, and from this emission many properties of planetary atmospheres can be analyzed. Two projects are studying this emission on two planets for two ...
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(Massachusetts Institute of Technology, 1974)
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(Massachusetts Institute of Technology, 1999)
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(Massachusetts Institute of Technology, 2005)In this paper, we address two longstanding questions about finding good separators in graphs of bounded genus and degree: 1. It is a classical result of Gilbert, Hutchinson, and Tarjan [12] that one can find asymptotically ...
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(Massachusetts Institute of Technology, 2008)The asymptotic behavior for the spectral measure of a Kähler manifold has been studied by many authors in the context of Kähler quantization. It is well known that the spectral measure has an asymptotic expansion, while ...
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(Massachusetts Institute of Technology, 2007)The ability to engineer the optical properties of the semiconductor nanocrystals by controlling their growth - size, shape, materials, coatings, etc - makes them appealing for many optical applications. Despite the impressive ...
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(Massachusetts Institute of Technology, 1975)
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(Massachusetts Institute of Technology, 1962)
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(Massachusetts Institute of Technology, 1996)
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(Massachusetts Institute of Technology, 1964)
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(Massachusetts Institute of Technology, 1987)
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(Massachusetts Institute of Technology, 1918)
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