Damon John

The more you learn, the more precisely you understand what you don’t know. Curiosity doesn’t reward you with answers. It rewards you with better questions.

The organizations building the next 50 years of infrastructure understand this in 2026. Not 2030. Now. #FutureOfComputing #ASI #ThermodynamicComputing #EmergingTech #DeepTech 9/9

ASI does not come from one breakthrough. It comes from the integration.

Everyone asking which computing paradigm replaces silicon is asking the wrong question. The answer is not one. It’s a stack. And the stack is already being built. 🧵1/9

7/7 Overall this research has me so excited about the future. Even though a practical version is still likely decades away, imagining these breakthroughs makes the wait worthwhile. The momentum in the field keeps building. #MaterialsScience #Innovation #futurist

6/7 Other standouts. MRI machines without liquid helium. Much more efficient EV motors and maglev trains. Lossless computing interconnects that could slash AI energy use. Even compact fusion magnets. The list goes on and on.

1/7 Digging deeper into room-temperature superconductivity, the potential applications if it becomes manufacturable are absolutely mind blowing. It would transform so many fields, especially aerospace and defense. Thread 🧵 #Superconductivity #RTSC #Aerospace #FutureTech

8/8 I can’t figure out which application excites me most. Lossless power grids, future flight, or quantum tech. #Superconductivity #RTSC #MaterialsScience #Science

7/8 Overall this research shifted my view. Room-temperature superconductivity is now a when, not an if. The implications for energy, aerospace, computing and more could be massive. I am excited to watch while practical tech like YBCO bridges the gap.

1/8 As a curious mind doing research and discovered room-temperature superconductivity. I’m genuinely excited about it. No usable manufacturable version exists yet. Scale production is probably decades away. But the past 18 months of progress blew my mind. Thread 🧵