大葉大學圖書館 |

Quantum microscopy of biological systems[electronic resource] /

紀錄類型:	書目-電子資源 : Monograph/item
杜威分類號:	610.28
書名/作者:	Quantum microscopy of biological systems/ by Michael Taylor.
作者:	Taylor, Michael.
出版者:	Cham : : Springer International Publishing :, 2015.
面頁冊數:	xix, 195 p. : : ill., digital ;; 24 cm.
標題:
ISBN:	9783319189383 (electronic bk.)
ISBN:	9783319189376 (paper)
內容註:	Introduction -- Practical Quantum Measurements -- Introductory Theory of Optical Tweezers -- The Total Information Carried by the Light -- The Quantum Noise Limit for a Specific Measurement -- Characterizing Quadrant Detection -- Interferometer Enhanced Particle Tracking -- Homodyne Based Particle Tracking -- Lock-In Particle Tracking -- Selective Measurement by Optimized Dark-Field Illumination Angle -- Technical Constraints on Sensitivity -- Surpassing the Quantum Limit -- Biological Measurement Beyond the Quantum Limit -- Sub diffraction-Limited Quantum Imaging of a Living Cell -- Further Extensions -- Summary and Conclusion.
摘要、提要註:	?This thesis reports on the development of the first quantum enhanced microscope, and on its applications in biological microscopy. The first quantum particle-tracking microscope, described in detail here, represents a pioneering advance in quantum microscopy, which is shown to be a powerful and relevant technique for future applications in science and medicine. The microscope is used to perform the first quantum-enhanced biological measurements -- a central and long-standing goal in the field of quantum measurement. Subdiffraction-limited quantum imaging is achieved, also for the first time, with a scanning probe imaging configuration allowing 10-nanometer resolution.#

Quantum microscopy of biological systems[electronic resource] /
Taylor, Michael.

Quantum microscopy of biological systems[electronic resource] /by Michael Taylor. - Cham :Springer International Publishing :2015. - xix, 195 p. :ill., digital ;24 cm. - Springer theses,2190-5053.

Introduction -- Practical Quantum Measurements -- Introductory Theory of Optical Tweezers -- The Total Information Carried by the Light -- The Quantum Noise Limit for a Specific Measurement -- Characterizing Quadrant Detection -- Interferometer Enhanced Particle Tracking -- Homodyne Based Particle Tracking -- Lock-In Particle Tracking -- Selective Measurement by Optimized Dark-Field Illumination Angle -- Technical Constraints on Sensitivity -- Surpassing the Quantum Limit -- Biological Measurement Beyond the Quantum Limit -- Sub diffraction-Limited Quantum Imaging of a Living Cell -- Further Extensions -- Summary and Conclusion.

?This thesis reports on the development of the first quantum enhanced microscope, and on its applications in biological microscopy. The first quantum particle-tracking microscope, described in detail here, represents a pioneering advance in quantum microscopy, which is shown to be a powerful and relevant technique for future applications in science and medicine. The microscope is used to perform the first quantum-enhanced biological measurements -- a central and long-standing goal in the field of quantum measurement. Subdiffraction-limited quantum imaging is achieved, also for the first time, with a scanning probe imaging configuration allowing 10-nanometer resolution.#

ISBN: 9783319189383 (electronic bk.)

Standard No.: 10.1007/978-3-319-18938-3doiSubjects--Topical Terms:

353965

LC Class. No.: R857.O6

Dewey Class. No.: 610.28

Quantum microscopy of biological systems[electronic resource] /
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520 $a ?This thesis reports on the development of the first quantum enhanced microscope, and on its applications in biological microscopy. The first quantum particle-tracking microscope, described in detail here, represents a pioneering advance in quantum microscopy, which is shown to be a powerful and relevant technique for future applications in science and medicine. The microscope is used to perform the first quantum-enhanced biological measurements -- a central and long-standing goal in the field of quantum measurement. Subdiffraction-limited quantum imaging is achieved, also for the first time, with a scanning probe imaging configuration allowing 10-nanometer resolution.#
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