![](https://cdn.prod.website-files.com/665450f234a4dec9a3bae142/665450f234a4dec9a3bae218_company%20background.png)
AI Needs Enormous Computing Power. Could Light-Based Chips Help?
Moore’s law is already pretty fast. It holds that computer chips pack in twice as many transistors every two years or so, producing major jumps in speed and efficiency. But the computing demands of the deep learning era are growing even faster than that — at a pace that is likely not sustainable. Recent results suggest that, for certain computational tasks fundamental to modern artificial intelligence, light-based “optical computers” may offer an advantage.
Read more
Visit website
Read more
![](https://cdn.prod.website-files.com/665450f234a4dec9a3bae149/665450f234a4dec9a3bae6bb_Sen%CC%83or%20Salme%20for%20Quanta%20Magazine.webp)
AI Needs Enormous Computing Power. Could Light-Based Chips Help?
Moore’s law is already pretty fast. It holds that computer chips pack in twice as many transistors every two years or so, producing major jumps in speed and efficiency. But the computing demands of the deep learning era are growing even faster than that — at a pace that is likely not sustainable. Recent results suggest that, for certain computational tasks fundamental to modern artificial intelligence, light-based “optical computers” may offer an advantage.
Read more
Visit website