EP 55
·0:00Opening
Transcript
This chapter, from the episode video's captions · 84 words
0:00If you want to build a 100,000 cubit trapped ion machine, you're going to have to invent a 100,000 laser optical miracle. >> Yeah. >> All right. But if you want a million superconducting cubits, you're going to have to build a warehouse style sized cryostat. >> But if you want a million spin cubits, you just put it on a standard 300 mm silicon wafer. [music] You run it through the exact same photoiththography machines at TSMC, ASML, Intel. Scaling is the key.
From Why Spin Qubits Will Win the Quantum Race (Part 2)
Part II of our quantum computing deep dive compares the leading hardware architectures, and asks whether silicon’s greatest advantage is not simply making good qubits, but making quantum computers that can actually scale.