<ol><li>2013, St George's University of London</li><li>Holograms capable of displaying the working organs of a human body.</li><li>Showcased three-dimensional images of kidneys four meters in length, a skull, and other parts of the body.</li></ol>

Immersive Educational content 

<ol><li>virtual classrooms</li><li>AR learning apps</li><li>AI-Holograms.</li><li>Holographic telepresence </li><li>Immersive Learning</li></ol>

Edu-tech Applications 

<ol><li>Holograms are virtual three-dimensional images created by the interference of light beams that reflect real physical objects. </li><li>To produce an accurate visualization of a hologram at a certain point in space</li><li>Needs two light waves to be coordinated in motion - a reference wave and an object wave. Both are formed by separating the laser beam.</li><li>Reference wave is created directly by the light source,</li><li>Object wave is reflected from the recorded object. </li></ol>

What is Holography?

<ol><li>Stereotypical > via computer - with augmented reality glasses,</li><li>Realistic > physical - for optical displays. </li></ol>

2 ways to a Hologram 

Stereo Typical HoloGRam 

Peppers Ghost HoloNet : projecting holographic content on a mesh that's invisible to the viewers

Realistic holograms

<a href="https://youtu.be/0ics3RVSn9w">Holography Explantion</a>

Hologram video 

intersection of<ol><li>AI</li><li>Augmented Reality </li><li>digital human technology</li><li>voice cloning</li></ol>

Future of holography

Augmented reality will no longer require wearing special glasses but will be directly integrated into landscape objects. We already know how holographic pedestrian crossings and holographic advertising work.

https://www.respeecher.com/blog/holograms-real-life-technology-works-industry-use-caseshttps://becominghuman.ai/engaging-and-effective-education-and-training-with-ai-based-hologram-9ab311637be8https://www.winimy.ai/technology/hologram/https://becominghuman.ai/challenges-in-bringing-holographic-telepresence-technology-to-the-masses-91e5742d7fafhttps://spectrum.ieee.org/zoom-calls-hologram-holographic-telepresence

References

<ol><li>ARHT’s hologram technology. </li><li>HoloVit</li><li>Imverse : 3D holograms to be used in virtual boardrooms. </li></ol>

Holography Innovators 

It will take time for holograms to be a regular part of the business world.

<ol><li>Holokit </li><li>Holographic Telepresence </li><li>Immersive Educational content </li></ol>

Practical Applications of Holography in Education 

<ol><li>Remote Immersive Education </li><li>Pilots underway in many places </li><li>Also being used for boardroom and enterprise meetings </li></ol>

Holographic Telepresence 

<ol><li>Simple DIY Kit for children to udnerstand Holography</li><li>Play content using smartphone and Kit </li></ol>

Holokit

<ol><li>Cost of Implementation </li><li>Complex Programming and AI </li><li>Pre-generated Content in needed </li><li>Live content with immersive experience still a while away </li></ol>

Challenges with Holography 

Using Holography for immersive education experiences

In 1947, Dennis Gabor — a Hungarian-British physicist — developed today’s modern hologram theory while working on an electron microscope. However, optical holography didn't really advance until the advent of the laser in 1960. A laser emits a potent burst of light that only lasts a few nanoseconds.

Practical Applications of Holography in Education

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