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projects:photoniccomputing [2026/01/12 21:02] – created robprojects:photoniccomputing [2026/01/12 21:05] (current) – rob
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 ====== Photonic Computing ====== ====== Photonic Computing ======
 This is currently not a full fledged project and won't be for quite some time. This is more of a note-keeping thing for me, so that I don't Spam our matrix with youtube videos.  This is currently not a full fledged project and won't be for quite some time. This is more of a note-keeping thing for me, so that I don't Spam our matrix with youtube videos. 
 +To make this work, we basically need Ebeam Litography+a CMOS procedure at the ready
  
 ===== WHAT ===== ===== WHAT =====
-Photonic Computing is basically the idea to recreate logic gates based on lasers, instead of light. A good talk is for instance this one here:+Photonic Computing is basically the idea to recreate logic gates based on lasers, instead of light. A good intro talk is for instance this here:
 [[https://www.youtube.com/watch?v=CBhdLTTbYoM| Photonic ICs, Silicon Photonics & Programmable Photonics - HandheldOCT webinar ]] [[https://www.youtube.com/watch?v=CBhdLTTbYoM| Photonic ICs, Silicon Photonics & Programmable Photonics - HandheldOCT webinar ]]
 This can be FAST, they assume that they can do multiple Terrahertz with this technique. This can be FAST, they assume that they can do multiple Terrahertz with this technique.
 ===== WHY ===== ===== WHY =====
   - Its cool   - Its cool
-  - Its seems that its doable with a E-Beam-Litography Process with nice results: [[https://pmc.ncbi.nlm.nih.gov/articles/PMC6377270/|In-memory computing on a photonic platform]]+  - Bleeding Edge 
 +  - Can be done with "bigger" processes 
 +  - Laz0rs 
 +  - Its seems that its doable with a E-Beam-Lithography Process with nice results: [[https://pmc.ncbi.nlm.nih.gov/articles/PMC6377270/|In-memory computing on a photonic platform]] 
 +  - Did I mention Laz0rs?
  
 ==== Some misc information ==== ==== Some misc information ====
 [[https://www.youtube.com/watch?v=pS1zAAD1nXI&feature=youtu.be| Making Optical Logic Gates using Interference ]] [[https://www.youtube.com/watch?v=pS1zAAD1nXI&feature=youtu.be| Making Optical Logic Gates using Interference ]]
 +[[https://www.mdpi.com/2227-7080/13/8/314|Exploring the Frontier of Integrated Photonic Logic Gates: Breakthrough Designs and Promising Applications]]