@QuantumWitness@MJBiercuk@Liv_Lanes Michael's point, I believe, doesn't really disagree with that. This is certainly semantic, but its that decreasing the thermal "resistance". between the qubit chip and DR isn't what's needed, it's decreasing the effective temperature of the EM bath from the wiring
@letonyo@fwilhelm@quantum_graeme The pressure to demonstrate value often scales with price. Theory is cheap. Corporate science and engineering pushing scale boundaries is very much not cheap.
The slogan "If you think you understand quantum mechanics, you don't understand quantum mechanics" is condescending, and a plague to quantum science.
We understand quantum mechanics as well as—arguably, much better than—many other physical disciplines.
https://t.co/qSgLoHIZc5
Just announced: We are partnering with @intel and @HRLLaboratories on semiconductor quantum computing, thanks to the LPS Qubit Collaboratory. We'll receive state-of-the-art devices, and Intel and HRL will learn more about their chips. #MidwestQuantum https://t.co/CteW0MkX3z
Ever wished you had quantum dots, but not had quantum dots, and been sad as a result? Cheer up. The doctor is in. And the only prescription. Is HRL quantum dots. https://t.co/zYA4gDSCeh
Excited to be sharing our qubit technology with academia! Problem: Dots are hard to make but super interesting. Solution: HRL gives you dots. https://t.co/dJ9PWxlO4S
Pleased to announce great progress on the LPS qubit foundry program.
Qubits for Computing Foundry (QCF) announcement | LPS Qubit Collaboratory https://t.co/HdnTRiJjP4
@BudvarCat@Quasilocal New Haven is like.. right there. New Yorkers live next to the best pizza in the world and they celebrate grease on cardboard. Mind boggling.