Quantum Computing

concepts · 12 notes linked

Related: Scott Aaronson · Computational Complexity · Ibm · Google · Large Language Models · Quantum Machine Learning · Ionq · Trapped Ion Qubits

Notes

• A Single Atom Has Achieved a Breakthrough in Quantum Simulation — Single trapped ytterbium ion simulates molecular photon interaction dynamics
• AI fears overblown? Theoretical physicist calls chatbots 'glorified tape recorders' | CNN Business — Michio Kaku argues chatbots are limited and quantum computing is the true next stage
• Bayes' Rule Goes Quantum: A 250-Year-Old Theory Learns New Tricks — Quantum Bayes' rule derived from minimum-change principle matches Petz recovery map
• ChatGPT-4 Receives 'B' on Scott Aaronson's Quantum Information Science Final — GPT-4 scores B on honors quantum information science exam
• DARPA Advances Quantum Computing Initiative — DARPA Quantum Benchmarking Initiative advances 11 companies to Stage B validation
• PHYS771 Quantum Computing Since Democritus — Scott Aaronson course connecting quantum computing to broader intellectual problems
• Quantum Advantage in Learning from Experiments — Provable exponential quantum advantage in learning quantum systems
• Quantum effects of D-Wave's hardware boost its performance — D-Wave quantum annealer demonstrating hardware advantage over classical simulations
• Scott Aaronson on Philosophical Progress - Machine Intelligence Research Institute — How theoretical CS makes progress on big philosophical questions
• Scott in Rio — 1st lecture — Scott Aaronson lecture on complexity theory foundations and Extended Church-Turing thesis
• Study: Machine learning a useful tool for quantum control — Reinforcement learning enables real-time quantum feedback control under noise
• UChicago launches landmark initiative with IonQ to advance quantum research and collaboration — UChicago and IonQ partnership advancing quantum computing and networking