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John B Clauser

from Livermore, CA
Age ~36

John Clauser Phones & Addresses

  • 3934 Inverness Cmn, Livermore, CA 94551
  • Stockton, CA
  • Pleasanton, CA

Resumes

Resumes

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Owner

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Location:
Livermore, CA
Industry:
Hospital & Health Care
Work:
Custom Care Compounding
Owner

Right at Home Livermore Valley
Owner

Port City Marketing Solutions May 2010 - Dec 2011
Chief Operating Officer
Education:
University of the Pacific 2006 - 2010
Skills:
Public Speaking
Social Media
Customer Service
Microsoft Powerpoint
Leadership
Microsoft Word
Management
Marketing
Social Media Marketing
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John Clauser

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John Clauser

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Publications

Wikipedia References

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John Clauser

Wikipedia

John Clauser

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John Francis Clauser (born 1 December 1942, Pasadena, California) is an American theoretical and experimental physicist known for contributions to the foundations of ...

CHSH inequality

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CHSH stands for John Clauser, Michael Horne, Abner Shimony and Richard Holt, who described it in a much-cited paper published in 1969 (Clauser, 1969).

Us Patents

Rotation, Acceleration, And Gravity Sensors Using Quantum-Mechanical Matter-Wave Interferometry With Neutral Atoms And Molecules

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US Patent:
49926560, Feb 12, 1991
Filed:
Aug 10, 1989
Appl. No.:
7/393285
Inventors:
John F. Clauser - Livermore CA
International Classification:
H05H 300
G01P 1500
US Classification:
250251
Abstract:
The invention is a neutral atom (and/or molecule) matter-wave interferometer (and/or set of interferometers) that can be used as an inertial sensor with a sensitivity exceeding that of conventional mechanical sensors and multiple circuit optical interferometers (including ring lasers) by many powers of ten. An interferometer in which matter-wave propagation beam paths enclose a finite area will sense rotations via the Sagnac effect. One with the paths displaced from each other will sense acceleration plus gravity. Interferometers with paths that follow a figure-eight pattern yield a gravitational gradiometer. Laser cooling and slowing of a beam of neutral atoms provides a low energy nearly monochromatic source. Diffraction gratings are employed as beam splitters. Such gratings may consist of apertures in a sheet of solid material, near-resonant standing-wave laser beams, or crystal faces.

Boom-Footed Sail Efficiency Enhancement System

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US Patent:
47811374, Nov 1, 1988
Filed:
May 12, 1987
Appl. No.:
7/048795
Inventors:
John F. Clauser - Livermore CA
International Classification:
B63H 904
US Classification:
114102
Abstract:
To prevent crossflow of wind and increase aerodynamic efficiency of boom-footed sail, a stationary sealing vertical baffle structure is mounted along the centerline of a sailboat under the boom. The top portion of the baffle is made of a compliant sealing material, e. g. , closed cell polyurethane foam, which forms a tight seal with the boom when the boom is positioned substantially along the centerline, as is common when sailing to weather. The boom and baffle can have curved side surfaces which form with the sail a substantially continuous surface which extends the effective sail area down to the deck.

Boom-Footed Sail Efficiency Enhancement System

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US Patent:
46640509, May 12, 1987
Filed:
May 3, 1985
Appl. No.:
6/730167
Inventors:
John F. Clauser - Livermore CA
International Classification:
B63H 904
US Classification:
114102
Abstract:
To prevent crossflow of wind and increase aerodynamic efficiency of a boom-footed sail, a stationary structure which forms a compliant sliding seal with the boom, in particular a vertical baffle structure, is mounted along the centerline of a sailboat under the boom. The top portion of the baffle is made of a compliant sealing material, e. g. , closed cell polyurethane foam, which forms a tight seal with the boom when the boom is positioned substantially along the centerline, as is common when sailing to weather, and over a range of vertical and horizontal motion of the boom. The boom and baffle can have curved side surfaces which form with the sail a substantially continuous surface which extends the effective sail area down to the deck.

Rotation, Acceleration, And Gravity Sensors Using Quantum-Mechanical Matter-Wave Interferometry With Neutral Atoms And Molecules

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US Patent:
48749427, Oct 17, 1989
Filed:
Oct 26, 1987
Appl. No.:
7/113620
Inventors:
John F. Clauser - Livermore CA
International Classification:
H05H 300
G01P 1500
US Classification:
250251
Abstract:
The invention is a neutral atom (and/or molecule) matter-wave interferometer (and/or set of interferometers) that can be used as an inertial sensor with a sensitivity exceeding that of conventional mechanical sensors and multiple circuit optical interferometers (including ring lasers) by many powers of ten. An interferometer in which matter-wave propagation beam paths enclose a finite area will sense rotations via the Sagnac effect. One with the paths displaced from each other will sense acceleration plus gravity. The matter-wave energy and mass dependence of the phase shifts that are due to rotation and acceleration are different. Thus a pair of interferometers with different energies and/or masses can perform simultaneous independent measurements of rotation and acceleration. Interferometers with paths that follow a figure-eight pattern yield a gravitational gradiometer. Laser cooling and slowing of a beam of neutral atoms provides a low energy nearly monochromatic source.

Ultrahigh Resolution Interferometric X-Ray Imaging

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US Patent:
58126295, Sep 22, 1998
Filed:
Apr 30, 1997
Appl. No.:
8/846742
Inventors:
John F. Clauser - Walnut Creek CA
International Classification:
G01N 2304
A61B 603
US Classification:
378 62
Abstract:
The Invention provides practical apparatus and methods for significant improvements to conventional radiography practice. It can image objects having negligible x-ray absorption contrast e. g. otherwise x-ray transparent low-Z artifacts such as human soft-tissue, by obtaining edge-enhanced contrast from an object's (BDY) x-ray refractive-index gradients. In mammography, the contrast of small micro-calcifications is increased typically 4-fold, or more. It can be "tuned" to obtain element-selective refractive-index enhanced contrast to resonantly image minute quantities of a specific element with Z. apprxeq. 35-56 and only that element. With only a single brief x-ray exposure it can produce two independent images, e. g. of the object's x-ray absorption and refractive-index distributions. It virtually eliminates the blurring and contrast reducing effects of x-ray scatter, especially of very small-angle scatter.
John B Clauser from Livermore, CA, age ~36 Get Report