'Shot noise' presentation slideshows

UNIT-IV Fiber Optical Receivers

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X-ray Free Electron lasers

X-ray Free Electron lasers. Zhirong Huang. Lecture Outline. XFEL basics. XFEL projects and R&D areas Questions and Answers. Bright light sources from relativistic electrons. Synchrotron radiation. Undulator radiation. Electrons emit with random phase ? radiation intensity ? N

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Jochen Grandell, Marcel Dobber, Rolf Stuhlmann GLM Science Team 19-20 September 2011

Meteosat Third Generation (MTG) with focus on the Lightning Imager (MTG-LI) Status and Activities . Jochen Grandell, Marcel Dobber, Rolf Stuhlmann GLM Science Team 19-20 September 2011 Huntsville, Alabama. EUM/MTG/VWG/11/0515 September 2011 GLM Science Team, Huntsville.

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Application to transport phenomena

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The Ideal Electron Gas Thermometer

The Ideal Electron Gas Thermometer. R.J. Schoelkopf, Lafe Spietz, K.W. Lehnert, I. Siddiqi Department of Applied Physics, Yale University Thanks to: Michel Devoret and Daniel E. Prober. Introduction.

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Chapter 3 . Noise

Chapter 3 . Noise. Husheng Li The University of Tennessee. Homework 2. Deadline: Sept. 16, 2013. Random Process. For a random process in the discrete time domain, we use to represent the probability distribution of n samples. If the random process is stationary, we have

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Squeezed Light Techniques for Gravitational Wave Detection

Squeezed Light Techniques for Gravitational Wave Detection. July 9, 2012 Daniel Sigg LIGO Hanford Observatory Seminar at RRCAT, Indore, India. Abstract.

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Jonathan P. Dowling

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Lecture 13 Photodetectors and Experimental Verification of Quantum Nature of Light

Lecture 13 Photodetectors and Experimental Verification of Quantum Nature of Light. Reminder: Lecture notes taker HWK3 due in Wednesday. Course Outline. Part 1: basic review: Optics+Quantum; Part 2: Basic Light-matter interaction; laser; Part 3: Quantum Optics of photons

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Phase camera development for gravitational wave detectors

Phase camera development for gravitational wave detectors. Kazuhiro Agatsuma Martin van Beuzekom , David Rabeling , Guido Visser , Hans Verkooijen , Wilco Vink , Jo van den Brand 4 th /June/2014 TIPP at Amsterdam. Contents. Phase camera is prepared for Advanced VIRGO Background

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Virgo Commissioning: Status and Plans October 24 th 2005 Matteo Barsuglia, LAL/CNRS

Virgo Commissioning: Status and Plans October 24 th 2005 Matteo Barsuglia, LAL/CNRS. Status at the Prague meeting . Interferometer in the recycled (full) configuration with 0.7 W ( reduced power ) Last data taking: C5 (dec 2004, 5 days)

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Application of LIGO Technology to Biomedical Optics Keisuke Goda

Application of LIGO Technology to Biomedical Optics Keisuke Goda Quantum Measurement Group @ MIT, LIGO Collaboration with MIT Spectroscopy Lab and Massachusetts General Hospital LIGO Seminar November 21, 2006 11AM. Outline.

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Dual PD Amp Circuit Board Test Results

Dual PD Amp Circuit Board Test Results. By Alexa Staley. LIGO G1200781-v1. What is the Dual PD Amplifier?. Will be placed in the five ALS Fiber Distribution Chassis Has two channels that amplify a given source via four different gain settings D1200543-v1. ALS Fiber Distribution (brief).

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FANO FACTOR CAN BE

A comparative analysis of sequential and coherent model for shot-noise suppression in resonant tunneling diodes. Lino Reggiani (1) Vladimir Ya. Aleshkin (2).

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ACD Airborne FTS Spectrometer

ACD Airborne FTS Spectrometer. History Acquired in 1974 for measurements of stratospheric composition Flown 800-1000 hours on NCAR Sabreliner Flown 800-1000 hours on NASA DC-8 Also flown on Electra, P-3 Extensively modified in 1999. ACD Airborne FTS Spectrometer. Specifications

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Shot noise in graphene and the Coulomb interaction

Anatoly Golub and Baruch Horovitz Ben Gurion University, Israel arXiv ( today, arXiv :0908.0071 ) Non-interacting: analogy with dirty metals ? experiment on 2 step distribution. 2. Coulomb interaction ? experiment on ? dependence.

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Noise in BJT

Noise in BJT. The objective is to determine , and for a bipolar transistor. The hybrid- model that includes the noise sources is shown below Fig 5-3

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Low Noise On-demand Single Electron Source

Low Noise On-demand Single Electron Source Jin Zhang, Y. Sherkunov, N. d'Ambrumenil, B. Muzykantskii Department of Physics, University of Warwick, Coventry, CV4 7AL, U.K . (See poster by Y. Sherkunov also). A. 0. t. ABSTRACT

88 views • 1 slides