Quantum Industry Day 2025
who it's for
quantum hardware engineers, quantum error-correction researchers, experimental physicists, quantum algorithm researchers, quantum software engineers, quantum program managers
topics
lattice surgery and tiled adder layouts; magic-state factory optimization; ZX calculus for compilation; neutral-atom optical tweezers and Rydberg gates; transversal operations and logical teleportation; quasi-local Lindbladian quantum Gibbs sampler; metastable states and local recovery maps; wafer-scale superconducting qubit routing; random Clifford measurement benchmarks; Forrelation with degree-3 polynomials
| title | author | length |
|---|---|---|
| Optimizing the Annoying Stuff: Reducing Costs Obscured by the Abstract Circuit Model | Craig Gidney | 33m |
Shows that routing and compilation choices—and where Clifford corrections live—change costs far more than gate counts: T/magic-state factories shrink 10–100×… | ||
| Atomic Quantum Processors and the Error-Correction Frontier | Dolev Bluvstein | 33m |
Describes a neutral-atom quantum processor that uses optical tweezers, Rydberg gates and atom shuttling to build logical qubits with long (seconds) coherence… | ||
| Connecting with the quantum future through the CIQC | Dan Stamper-Kum | 35m |
CIQC plans a renewal focused on three challenges: discover where quantum gives real advantage, engineer scalable platforms, and use QIS to probe nature… | ||
| Quantum Thermal Simulation | Anthony Chen | 30m |
Proposes a concrete bath-simulator algorithm: a quasi‑local Lindbladian that implements a Quantum Gibbs sampler (Glauber‑like updates, detailed‑balance… | ||
| How to Build a Quantum Supercomputer | John Martinis | 48m |
Claims a concrete full-stack path: liftoff-free junctions made by deposition-and-etch with SiO2 scaffolds already yielding tens of microseconds, a wafer-scale… | ||
| Demonstrating an Unconditional Separation Between Quantum and Classical Information Resources | William Kretchmer | 31m |
Collaboration between the Simons Institute, Quantinuum and UT Austin implements an unconditional separation: a 12‑qubit trapped‑ion experiment (Quantinuum H1)… | ||
| Can We Get Verifiable Quantum Advantage from Forrelation | Andru Gheorghiu | 32m |
Proposes using Forrelation instantiated with degree-3 polynomials and self-dual bent functions so the quantum circuit prepares an f-phase state and a quantum… | ||
| Panel Discussion | Umesh Vazirani, HARRY LEVINE, Craig Gidney | 54m |
Panelists compare concrete milestones: neutral‑atom labs and superconducting qubit systems push from distance 3 to 5 logical qubits toward larger codes… | ||
| nothing matches | ||