This document discusses holographic display technology. It defines holography as the science of producing holograms, which are physical structures that diffract light to create three-dimensional images from different angles. The document provides a brief history of holography dating back to its foundations in 1948 and outlines the basic two-step process of recording and reconstructing a hologram. It explores current and potential applications of holographic technology in areas like entertainment, education, communication, simulation, military and space. The conclusion envisions holography becoming an integral part of human societies and civilizations in the future.

1. GREETINGS OF THE DAY 


2. PRESENTEDBY
BHAVANI
11601A0530

3. HOLOGRAPHIC
DISPLAY
TECHNOLOGY

4. WHAT IS HOLOGRAPHIC DISPLAY
 Holography (from the Greek,
whole + write) is the science
of producing holograms
 It is an advanced form of
photography that allows an
image to be recorded in
three dimensions.
 The technique of holography
can also be used to optically
retrieve, and process
information.

5. Current status of technology

6. OLED
OLED stands for Organic Light Emitting Diode and is a newer
technology for displays of mobiles and monitors.

7. GORILLA GLASS
Gorilla Glass is a special alkali-alumino silicate
glass shield with exceptional damage
resistance that helps protect mobile displays
from scratches, drops, and bumps of everyday
use.

8. WHAT ISA HOLOGRAM
A hologram is a physical structure that diffracts
light into an image
If you look at these holograms from different
angles, you see objects from different
perspectives, just like you would if you were
looking at a real object
 They usually just look like sparkly pictures or
smears of color

9. HISTORY
Dennis Gabor - Father of
Holography and Holographic
Technologies
Dennis wrote a paper in 1948
that has become the foundation
of modern Holography.
The most interesting thing about all this is
that laser light had not even been invented
yet, when he wrote his paper

10. Holography is a
two-step
process.
First step is the
recording of
hologram where
the object is
transformed into
a photographic
record.
The second step
is the
reconstruction in
which the
hologram is
transformed into
the image.
PRINCIPLE

11. SCOPE
Future technology is completely based on holography
Movie theaters
Smart phones
Credit cards
Magazine covers
Medical images

12. ENTERTAINMENT
TEACHING AND TRAINING
VIRTUAL COMMUNICATION
SIMULATION AND
PLANNING
MILITARY AND SPACE
APPLICATION

13. ENTERTAINMENT
3D movies
Live video gaming

14. TEACHINGANDTRAINING
ONE ON ONE WITH VR
HOLOGRAPHIC IMAGES
GUEST SPEAKER BUREAU
IS YOUR PROFESSOR REAL?
SPORT TECHNIQUE COACHING
AND TRAINING

15. VIRTUAL
COMMUNICATION
RECORD YOURSELF FOR FUTURE
GREAT GRANDCHILDREN
VIRTUAL SALES PRESENTATION
CORPORATE MEETINGS
WITHOUT TRAVEL
STATE DEPARTMENT VR
THE PRESIDENTIAL VISIT

16. PLANNING AND
SIMULATION
 DISASTER PLANNING
 TRAFFIC,TRANSPORTATION
 DISTRIBUTION FLOWS

17. MILITARY AND SPACE
APPLICATION
HOLOGRAPHIC DECOYS AND
DECEPTION APPLICATIONS
VR TRAINING AND MIND
CONDITIONING
HOLOGRAPHIC CHECK POINTS
HOLOGRAPHIC TECH IN SPACE

18. CONCLUSION
HOLOGRAPHIC TECHNOLOGY HAS ENDLESS
APPLICATIONS AS FAR AS THE HUMAN MIND
CAN IMAGINE
HOLOGRAPHIC TECHNOLOGIES ARE NOT
JUST ABOUT ART OR BUSINESS
COMMUNICATION, THEY ARE ABOUT SAFETY
, SECURITY , EDUCATION , PLANNING AND
THE STRENGTH OF OUR CIVILIZATION HERE
AND BEYOND
 HOLOGRAPHIC TECHNOLOGY WILL BECAME
A VERY INTEGRAL PART OF HUMAN
SOCIETIES AND CIVILIZATIONS IN THE
FUTURE