Is India a Serious Country "when it comes to R&D + manufacturing"?
Featuring Astha Puri
As per The Bharat Pacific Charter, we have explained the essence of this YouTube video by Astha Puri. Do watch this video and share the post.
Quantum Computing and Advanced Manufacturing: A Leap into the Future
In a recent video, Beff Jezos, also known for his effective accelerationism ideas, introduces a groundbreaking concept in quantum computing, setting a new paradigm that aims to revolutionize the world.
Thermodynamic Computing: AI at an Elemental Level
Jezos' innovation involves creating devices that perform machine learning as a form of physics, referred to as thermodynamic computing. This method integrates AI at a fundamental level, merging it with the core principles of physics.
Example: Imagine if instead of running software on traditional silicon chips, the hardware itself could learn and adapt, significantly enhancing efficiency and performance.
Advanced Fabrication and Physical Vapor Deposition (PVD)
A crucial part of this technology is the advanced fabrication process, utilizing physical vapor deposition (PVD). Jezos highlights the use of Angstrom Engineering's deposition tools to create Josephson junctions, vital components for superconducting quantum computers.
Example: Think of PVD as a sophisticated process where materials are vaporized and condensed onto a surface, layer by layer, to build intricate electronic components.
Bluefors and Cryogenic Engineering
The video introduces Bluefors, a Finnish company specializing in supercooling systems necessary for quantum devices to function at extremely low temperatures. Bluefors originated from Helsinki University, showcasing the specialized nature of their work.
Example: Cryogenic engineering is like creating perfect deep-freeze conditions to keep delicate components working optimally, much like certain foods need deep freezing to preserve their quality.
Advanced Research in Unexpected Places
Interestingly, all this cutting-edge work is taking place in Canada, at a facility ranked 789th globally by QS rankings. This highlights that advanced research can thrive in unexpected places with the right infrastructure and collaboration.
Example: It's like finding a world-class chef operating a food truck in a small town, proving that greatness can emerge from unexpected locations.
The Missing Link in India’s Tech Narrative
The video contrasts this with India, pointing out the lack of indigenous capacity for advanced manufacturing and research. While India excels in infrastructure and digital penetration, there is a significant gap in high-end R&D and manufacturing.
Example: Imagine having the best roads and the latest cars but lacking the expertise to produce advanced engines and components domestically.
Pivot Media: Bridging the Gap in Advanced Manufacturing
Pivot Media aims to address these gaps by focusing on advanced manufacturing and R&D. Through various forms of media, Pivot Media seeks to unravel complex topics, providing insights and fostering discussions on advanced industrial research.
Example: Think of Pivot Media as a modern-day explorer, delving into uncharted territories of science and technology, and bringing back valuable knowledge for the community.
Call to Action
The video concludes with a call to action, inviting experts, especially from institutions like IIT Kharagpur’s Cryogenic Engineering Centre, to collaborate in advancing India’s superconductivity research.
Example: It’s like sending a beacon to hidden geniuses, urging them to come together and solve a critical piece of the technological puzzle.
In summary, Beff Jezos' video provides a fascinating glimpse into the future of computing, highlighting the importance of advanced manufacturing and R&D. Platforms like Pivot Media are essential in bridging these gaps and driving innovation forward.
For a full understanding and more details, watch the video here.