Holographic displays LINK LINK

Slides:

Advertisements

Similar presentations

An introduction to the concept of art

Advertisements

The HeNe laser used in holography research

Muhammad Hasan Danish Khan University of Vaasa, Finland.

Three Dimensional Visual Display Systems for Virtual Environments Presented by Evan Suma Part 3.

Holography Gilbert Collins & Billy Hatfield Physics 173.

3D Displays Duncan Lindbo, Rebecca Brown, Bao Khang Nguyen.

1 Lecture 11 Scene Modeling. 2 Multiple Orthographic Views The easiest way is to project the scene with parallel orthographic projections. Fast rendering.

Applications of Diffraction Outline - Interference - Diffraction - Examples:. Diffraction Gratings. Photonic Crystals. Interference Lithography - Holography.

© Tracey Garvey Photography

A presentation by Stephanie Zeil. Overview  The viewing of objects in (or as if in) 3D is referred to as stereoscopy.  Techniques involved include use.

MULTIMEDIA TECHNOLOGY SMM 3001 MEDIA - GRAPHICS. In this chapter how the computer creates, stores, and displays graphic images how the computer creates,

Sheila Frederixon, Matt Gillett, Amy Gracik Stereoscopics is the technology that combines two separate images to create a 3D image. It is the most used.

Photography. Photography Photography is the process of recording pictures by means of capturing light on a light- sensitive medium, such as a film or.

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.

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.

HOLOGRAPHIC TECHNOLOGY By: Ty’Senne Orndorff ENTER THE WORLD OF HOLOGRAMS!!

L11 Index of Refraction Activity

Light and Optics. Unit 8: Light and Optics Chapter 23: The Physical Nature of Light 23.1 Electromagnetic Spectrum 23.2 Interference, Diffraction, and.

Hologram Basics: A laser-generated image with three-dimensional properties Created by capturing the intensity and phase information produced by the interference.

Holographic displays LINK LINK

A Projection Method to Generate Anaglyph Stereoscopic Images Eric Dubois VIVA Lab (Video, Image, Vision & Audio Research Lab) School of Information Technology.

Basic Optical Devices Mirrors, Lenses Prisms, And Diffraction Gratings.

Chapter 29 Light Waves In this chapter we will study Huygens’ Principle Diffraction Interference Polarization Holography.

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.

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.

Demo request 4/8 Monday Physics 471 C285 ESC, 2 pm Hess call to confirm. Holography demo kit with laser, chess, cannon holograms in cylindrical.

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.

Holographic displays LINK LINK

Audio Visual Vocab 9 Decibel, LCD, Lens, Pixel, Megapixel,

18-Dec-15 OUT LINES 1.INTRODUCTION 2.CONCEPT OF HOLOGRAM 3.REQUIREMENTS FOR HOLOGRAPHY 4.DIFFERENCE BETWEEN PHOTOGRAPHY & HOLOGRAPHY.

Graphics II “3D” Graphics Cameron Miller INFO410 & INFO350 S INFORMATION SCIENCE Visual Computing.

Drawing structure Strategies for compelling images 1.

The Microscope and Forensic Identification. Magnification of Images A microscope is an optical instrument that uses a lens or a combination of lenses.

HOLOGRAPHY Inderjit Singh Associate Professor of Physics

The Microscopes. The Microscope 1. The microscope is an optical instrument that uses a lens or combination of lenses to magnify and resolve the fine details.

CS3241 C OMPUTER G RAPHICS Tutorial 8. Q UESTION #1 Given an object represented in polygons, how to find its bounding sphere?

{ Photography technique.  Perspective refers to the relationship of imaged objects in a photograph. This includes their relative positions and sizes.

Holograms Roger Rothenberg. Record of light scattered from an object Same light field is ‘reconstructed’ without original object present Requires laser.

The Elements of Design. Line A series of moving points or a continuous group of marks. Lines lead our eyes through and around a work of art because.

Pinhole Photography. Photography is the process of making pictures by means of the action of light. Light patterns reflected or emitted from objects are.

Auto-stereoscopic Light-Field Display By: Jesus Caban George Landon.

Elements of Art & Principles of Design. Elements of Art – (building blocks of visual art)

3D Display Techniques.

CS Chapter 11.5 – Computer GraphicsPage 145 Computer Graphics Recent advances in processor power, display technology, memory capacity, and rendering.

Padmasri Dr.BV Raju Institute Of Technology

Prepared by jajal patel (09dit008.)

Laser Confocal Microscopy

3D Holographic Technology

Topics covered: What is holography? History of holography – Timeline

3D TV TECHNOLOGY.

Holography Seminar on 2nd December /18/ :41:04 PM.

Contents Abstract Introduction VRD (Virtual Retinal Display) Basics

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.

Three-Dimensional Concepts. Three Dimensional Graphics  It is the field of computer graphics that deals with generating and displaying three dimensional.

Elements and Principals of Design

Light lesson 1 key concepts

Unit 8: Light and Optics Chapter 23: The Physical Nature of Light

SHAPE, FORM AND SPACE CHAPTER 5 VOCABULARY.

The Microscopes.

Volume Rendering.

Jennifer N.A. Silva et al. BTS 2018;3:

Elements of Art Line Shape Form Texture Color Value Space.

Chapter 14: Light Section 4: Using Light

Holography Traditional imaging

Presentation transcript:

Holographic displays LINK LINK

Imagine … UPV/EHU2Alex Garcia-Alonso

Holography from the Greek ὅλος (hólos)  "whole" + γραφή (grafē)  "writing, drawing" UPV/EHUAlex Garcia-Alonso3

Conceptos Stereoscopic 3-D Multiperspective 3-D Multiperspective 3-D differs from the stereoscopic 3-D now common in movie theaters in that the depicted objects disclose new perspectives as the viewer moves about them, just as real objects would. Pepper’s ghost technique uses a partially reflective surface to mix a reflection with the scene beyond. John Henry Pepper demonstrated the technique in the 1860s with it being used to overlay visual elements (often a figure – ‘ghost’) onto a physical set or stage. Hologram (holography) (Iñaki Beguiristain) UPV/EHUAlex Garcia-Alonso4

Actuality Systems Display 1997 to 2009  Optics for Hire (OFH) UPV/EHU5Alex Garcia-Alonso

UPV/EHU6Alex Garcia-Alonso

ICT at USC UPV/EHU7Alex Garcia-Alonso

AIST and Keio University (Japan) Laser Plasma Technology UPV/EHU8Alex Garcia-Alonso

AIST and Keio University (Japan) UPV/EHU9Alex Garcia-Alonso

3D arrays (Founded 1996) UPV/EHU10Alex Garcia-Alonso

3D arrays The projection volume is composed of a physically deep stack of 20 electrically-switchable liquid crystal scattering shutters. At any instant in time 19 of scattering shutters are transparent and only one is in a white scattering state. We switch a single shutter into the scattering state and project onto it the appropriate image slice corresponding to its physical depth. Since each image slice is stopped in the projection volume at the correct depth, the DepthCube produces a 3D image that is truly deep and can be perceived without the need of any glasses. UPV/EHU11Alex Garcia-Alonso

3D arrays UPV/EHU12Alex Garcia-Alonso

Holovizio The voxels of the holographic screen emit light beams of different intensity and colour to the various directions. UPV/EHU13Alex Garcia-Alonso nyS2aIyNh04SNMoNk7