1 / 19

Welcome to one and all

Welcome to one and all. Sneak through the unseen through F emto -Photography and Quantum-Teleportation. FEMTUM – TELEPOGRAPHY (QUANTUM TELEPORTATION + FEMTO PHOTOGRAPHY). Presentation by Akshay Kale and Pavan Andagi 4 th Sem , EC, GIT Belgaum. Overview:. Introduction

brier
Download Presentation

Welcome to one and all

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Welcome to one and all

  2. Sneak through the unseen through Femto-Photography and Quantum-Teleportation

  3. FEMTUM – TELEPOGRAPHY(QUANTUM TELEPORTATION+FEMTO PHOTOGRAPHY) • Presentation by • Akshay Kale and PavanAndagi • 4thSem, EC, GIT • Belgaum

  4. Overview: Introduction Quantum teleportation Femto-photography Our idea How it happens? Applications Obstacles/ cons

  5. INTRODUCTION Teleportation here is not that magical teleportation as we noticed in Star Trek Everything in quantum-teleportation is possible only due to entangled pair of atoms or particles . Femto-photography is recently introduced by Professor Ramesh Raskar from Massachusetts Institute of Technology.

  6. QUANTUM TELEPORTATION ENTANGLEMENT The success in La Palma island and Tenerife island.

  7. Entangled pairs Couplers or Beam-splitters Parametric down conversion, etc.,.

  8. FEMTO PHOTOGRAPHY • LIGHT IN MOTION BY TRILLIONS OF FRAMES PER SECOND Prof. Ramesh Raskarfemto camera

  9. Video

  10. WHAT’S OUR IDEA?? Quantum teleportation + Femto-photography !!

  11. HOW?? • 1. Separating all entangled pairs that we have • 2. Sending one of the paired set of particles to the desired destination • 3. Monitoring the other paired set which is in accordance with femto photographic camera • 4. Camera gives 3D images/video of the location

  12. Apps  • Medical fields.

  13. Terrorist activities in unknown sites can be easily studied.

  14. Interplanetary communication and study can be revolutionized.

  15. Rescue-mission of the people from the terrorist hijacked place / fire-place, etc.,.

  16. Avoiding collisions

  17. Obstacles • During transmission of one set of paired objects, energy absorption and loss may occur which can reduce the efficiency of the system. • • The objects may give out the result in between the path of propagation. We need to stabilize and handle the set which is with us till it reaches destination. • • There is pretty much research required yet to get advancement in the process and procedure.

  18. Conclusion By enhancing the technique through research and advancement, we get the most use of it. Implementing it on the real-time practical applications for the betterment of society and the globe is our aspect.

More Related