Holography. The inventor Holography was discovered by Dennis Gabor, who received the Nobel Prize for Physics in 1971. He studied at the Technical University.

Slides:



Advertisements
Similar presentations
COMP 1631, WINTER HOLOGRAPHY : is a 3 Dimensional laser photography. These holograms are recorded images of an original object Contains depth and.
Advertisements

Diffraction and Interference
Copyright © 2008 Pearson Education Inc., publishing as Pearson Addison-Wesley PowerPoint ® Lectures for University Physics, Twelfth Edition – Hugh D. Young.
Diffraction and Interference Physics Light Light has Wave properties Light can Diffract Light can Interfere – Constructively – Destructively.
Lesson 26 Diffraction and Interference Eleanor Roosevelt High School Chin-Sung Lin.
Muhammad Hasan Danish Khan University of Vaasa, Finland.
Chapter 24 Wave Optics.
UNIT 8 Light and Optics 1. Wednesday February 29 th 2 Light and Optics.
Free Electron Laser. FEL A free-electron laser, or FEL, is a laser that shares the same optical properties as conventional lasers such as emitting a beam.
Albert Einstein: His Life Born 1879 in Germany to a middle class Jewish family. At the age of 15, Einstein quit high school. Later entered.
Holography. Introduction What’s holography? From escalator of MRT CKS memorial hall station.
Dennis Gabor – the inventor of holography By Andrei Nesterovitch Stephen F. Austin State University BIO 575 Instructor – Dr. Alexandra Van Kley Fall 2003.
Fig A cubic crystal and two different families of crystal planes. The spacing of the planes in (a) is d = a (2) -1/2 (b) is d = a (3) -1/2 There.
Qiang Hao Dec Holography. * A hologram is a recording which contains both intensity and phase information. * By using a reference beam, we can.
Physics 52 - Heat and Optics Dr. Joseph F. Becker Physics Department San Jose State University © 2005 J. F. Becker.
© 2012 Pearson Education, Inc. { Chapter 36 Diffraction (cont.)
Physics 1C Lecture 27C Quiz # on Monday: All of Chapters 26 and 27.
Chapter 5 Holography Dennis Gabor in 1948 → the invention Dennis Gabor with the invention of laser → reached its full potential Leith and Upatnieks (1962)
1 Holography Mon. Dec. 2, History of Holography Invented in 1948 by Dennis Gabor for use in electron microscopy, before the invention of the laser.
Holography.
Leow S.T. Aloysius 3O3 (15).  Ever saw a Star Wars movie and wondered what is that green 3-D image of Yoda?  This image is actually a hologram.
3D Holographic Projection Technology ABIN BABY ROLL NO: 03.
WELCOME.
X-ray machine Names:JacusNicholasSheanCeline. Who was the inventor The inventor of the first x-ray machine is Wilhelm Conrad Rontgen He was born in lennep,
MIT 2.71/2.710 Optics 12/06/04 wk14-a- 1 Holography Preamble: modulation and demodulation The principle of wavefront reconstruction The Leith-Upatnieks.
An Introduction. The first step on the road to laser was the publication of paper by Albert Einstein in 1916 –describing how atoms could interact with.
10/17/97Optical Diffraction Tomography1 A.J. Devaney Department of Electrical Engineering Northeastern University Boston, MA USA
Holography. Irradiance  A photograph records the irradiance of an image. Energy per unit areaEnergy per unit area  Light areas represent high irradiance.
HOLOGRAPHIC MEMORY CONTENTS INTRODUCTION BACKGROUND KEYWORDS BASIC PRINCIPLES & COMPONENTS DATA RECORDING & DATA READING TECHNICAL PROBLEMS RESEARCH.
ECE 299 Holography and Coherent Imaging Lecture 1 Gabor Holography David J. Brady Duke University Lecture 1: Gabor Holographywww.disp.duke.edu/~dbrady/courses/holography.
Semiconductors. Direct bandgap semiconductors (GaAs, InGaAs, InGaAsP) The minimum of CB is directly above the maximum of VB Electro-hole pair can recombine.
What does LASER stand for? LASER is short for Light Amplification by Stimulated Emission of Radiation Lasers are constantly around us DVDs, laser shows,
EXAMPLE 4 Write an absolute value function Holograms In holography, light from a laser beam is split into two beams, a reference beam and an object beam.
What does LASER stand for? LASER is short for Light Amplification by Stimulated Emission of Radiation Lasers are constantly around us DVDs, laser shows,
Fluorometric Analysis
Chapter 29 Light Waves. 1.HUYGENS' PRINCIPLE   Every point on a wave front can be regarded as a new source of wavelets, which combine to produce the.
Goal: To understand light Objectives: 1)To learn about the Properties of light 2)To learn about Diffraction 3)To learn about Polarization 4)To learn how.
OS-4 Diffraction and Interference Chapter 31. Review from OS 1 Superposition-The adding of waves Constructive interference-Two crests meet or 2 troughs.
LIGHT and MATTER Chapters 12 and 13. Originally performed by Young (1801) to demonstrate the wave-nature of light. Has now been done with electrons, neutrons,
HOLOGRAMS. The object is hit with laser light. The data is recorded onto a plate by capturing the reflected, diffracted and scattered light. The.
Holography Group D 蘇郁倫、楊士鋒、葉嘉儀、徐士璿. Outline Introduction Making a Hologram Production Application Reference.
AJB Period 7 music,: free play music, Bad Road, 5/7/2010,
12.4 Essential Questions How is a hologram made? When does total internal reflection occur? How are optical fibers used? Using Light Copyright © McGraw-Hill.
Optical Holography Martin Janda, Ivo Hanák Introduction Wave Optics Principles Optical holograms Optical Holography Martin Janda, Ivo Hanák Introduction.
Chapter 29 Light Waves. Huygens’ Principle Every point on a wave front can be regarded as a new source of wavelets, which combine to produce the next.
HOLOGRAPHY Inderjit Singh Associate Professor of Physics
Coupled wave theory By Daniel Marks September 10, 2009 ECE 299 Holography and Coherence Imaging Lecture 7 Duke University.
Holograms Roger Rothenberg. Record of light scattered from an object Same light field is ‘reconstructed’ without original object present Requires laser.
Today’s Lecture Interference Diffraction Gratings Electron Diffraction
Holography Jeremy Ritter Department of Physics University of Texas at Austin.
Unit 9 Photography Techniques By Lewis Richards 31st October.
Raman Effect. Smekal-Raman Effect Raman Effect Smekal-Raman Effect Landsberg Mandelstam Scattering.
Hugo Zuccarelli A Sound Producer and inventor of the holophonics.
Holography Jeremy Ritter Department of Physics University of Texas.
The dawn of holography The famous image of Gabor’s 1948 publication; showing the original object (bottom left); the in-line hologram; having no obvious.
An example of holography
Interference of Light Waves
3D Holographic Technology
Topics covered: What is holography? History of holography – Timeline
LNF Seminar’ Frascati, Italy
Introduction & Its instrumentation
Section 4: Using Light Light can be used to form three-dimensional images and to transmit information in optical fibers. K What I Know W What I Want to.
Wave Nature of Light.
Chapter 36 Diffraction.
Interference of Light Waves
Lasers!! By: Julia Bowman Science pg
ECE 299 Holography and Coherent Imaging
Chapter 14: Light Section 4: Using Light
Holography Traditional imaging
Acoustic Holography Sean Douglass.
Presentation transcript:

Holography

The inventor Holography was discovered by Dennis Gabor, who received the Nobel Prize for Physics in He studied at the Technical University in Berlin. Having fled from Nazi Germany in 1933, Gabor was invited to Britain to work in the development department of British Thomson- Houston company in Rugby, Warwickshire. During his time in Rugby, he met Marjorie Butler, and they married in It was while working at British Thomson-Houston that he invented holography in At the time Gabor developed holography, coherent light sources were not available, so the theory had to wait more than a decade until its first practical applications were realized, though he experimented with a heavily filtered mercury arc light source. The invention in 1960 of the laser, the first coherent light source, was followed by the first hologram, in 1964, after which holography became commercially available.

Theory In holography, some of the light scattered from an object or a set of objects falls on the recording medium. A second light beam, known as the reference beam, also illuminates the recording medium, so that interference occurs between the two beams. The resulting light field is an apparently random pattern of varying intensity which is the hologram. It can be shown that if the hologram is illuminated by the original reference beam, a light field is diffracted by the reference beam which is identical to the light field which was scattered by the object or objects. Thus, someone looking into the hologram "sees" the objects even though it may no longer be present. There are a variety of recording materials which can be used, including photographic film.

Pictures

Thank you for paying attention!