Originally published at: https://developer.nvidia.com/blog/an-introduction-to-quantum-accelerated-supercomputing/
The development of useful quantum computing is a massive global effort, spanning government, enterprise, and academia. The benefits of quantum computing could help solve some of the most challenging problems in the world related to applications such as materials simulation, climate modeling, risk management, supply chain optimization, and bioinformatics. Realizing the benefits of quantum computing…
Am sure the Laws of quantum mechanics to process data can solve many challenging issues the world facing… to build Quantum skill ecosystem in next 3-5 years, key focus should be academia…
Hi mjvreddy! Thank you for your interest in quantum. We agree that academia is a critical focus area for developing a robust quantum ecosystem. You might be interested in learning more about our CUDA-Q academic initiative found here.
Do you agree that useful quantum computers are 20 years away? So many technical challenges have been overcome - with some companies now using quantum computers to speed the development of quantum computers. AI is improving by leaps and it seems likely in the not too distant future AI can start to code for quantum. Hybrid quantum and classical are here today and seem capable of so much they are mainly limited by not knowing how to program for them.
It’s hard to imagine that useful quantum is 20 years out given Moore’s Law and that the speed of each development will increase exponentially. We went from beepers to cell phones to iPhones in a decade. AI and LLM integrated into all aspects of the world in less than 2 years - fueling NVDA’s growth. As soon as we know how to program on quantum , with AI increasingly capable of solving that task, why would it take 20 years?