Quantum computing versus classical computing as a wrestling match. Who wins and in what round - what do you reckon

[Highland Fatima]

Classical computing is the heavyweight champion with thirty years of titles. Undefeated on general purpose tasks. Quantum computing is the challenger who has never actually fought a full match but whose training footage shows moves nobody has ever seen before.

Q: How does the fight go?

A: Rounds one through ten, classical wins every round. Word processing, streaming video, running databases, playing games. The quantum challenger does nothing. Round eleven is molecular simulation for drug discovery. Quantum lands its first clean hit. Round twelve is code breaking. Quantum knocks the champion down for the first time. The fight does not end with one winner. They shake hands, agree to tag team, and go after problems neither could beat alone

[GhostRider41]

The tag team ending is the correct one and most people miss it. Quantum processors as coprocessors alongside classical systems is the real deployment model

[Rob98]

Good shout. Story of my life that.

Nice one.

NIST finalising the standards is the moment things need to accelerate from

[Jacob_69]

Like how GPUs did not replace CPUs but sit alongside them handling the specific workloads they are built for

[JayJ]

Exactly that analogy. GPUs were also called overhyped for years before the right workloads arrived

[Harbour]

What round does the quantum challenger currently exist in the training gym, not even the ring yet

[TheGame_Fan]

Somewhere between the gym and the warm up bout. The Willow result last year was the first time the trainer genuinely believed the challenger could land a hit in the main event

[HiggsField29]

Love this framing. Pinning this thread for when people ask me to explain the state of quantum computing

[Tel92]

The rounds where quantum wins are genuinely important ones though. Cryptography and drug discovery are not minor categories