AQC25 Recorded Talks

Here you can access all AQC25 recorded talks. Enjoy watching the sessions you missed or revisiting your favorites.

Adi Pick

The Hebrew University of Jerusalem

Scalable adiabatic quantum algorithms for MIS

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Andrew Bestwick

Rigetti Computing

Scaling a chiplet-based quantum processor toward fault-tolerance

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André Saraiva

Diraq

Quantum/classical integration when your qubits are fast

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Benjamin Lienhard

WMI

Overcoming readout and control bottlenecks in superconducting quantum processors

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Blake Johnson

IBM Quantum

Real-time processing in quantum execution: Dynamic circuits and qLDPC decoding

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Prof. Britton Plourde

UW-Madison and Qolab

Mitigating effects of ionizing radiation impacts on superconducting qubit arrays

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Prof. Charles Marcus

UW and NBI

Arrays of Josephson gadgets

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Prof. Daniel Lidar

USC

Characterizing and suppressing noise in superconducting qubits and qudits

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Prof. Ehud Altman

UC Berkeley

Machine learning the effects of many quantum measurements

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Holly Stemp

MIT

Remote coupling of quantum dot spin qubits via a superconducting qubit coupler

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James Brown

QBraid

Decreasing the rate of undetectable errors in the generalized superfast encoding with Clifford noise reduction

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Prof. John Martinis and Pedram Roushan

Google Quantum AI

A Conversation with John Martinis and Pedram Roushan

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Prof. John Martinis

Qolab

How to build a quantum supercomputer: Scaling from hundreds to millions of qubits

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Jun Fujisaki

Fujitsu

Partially fault-tolerant quantum computing: progress and outlook

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Prof. Mark Saffman

UW-Madison

Parsimonious with photons for fast neutral atom quantum computing

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Masoud Mohseni

HPE

Adaptive high-performance quantum classical computing

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Prof. Michel Devoret

Google Quantum AI

Talk by Nobel Prize Winner Michel Devoret

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Assoc. Prof. Morten Kjaergaard

Niels Bohr Institute

Parameter estimation, gate calibration and performance benchmarking on millisecond timescales with superconducting qubits

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Murphy Niu

Google Quantum AI and UCSB

Quantum signal processing for near-term application: optimal quantum learning and feedback based algorithms

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Pedram Roushan

Google Quantum AI

Visualizing quantum dynamics with superconducting qubits

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Peter Komar

AWS

Quantum computing at AWS

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Pooya Ronagh

1QBit

Impacts of decoder latency on utility-scale quantum resource estimates

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Pranev Mundada

Q-CTRL

Achieving computational gains with quantum error correction primitives

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Prof. Rob Schoelkopf

Yale and QCI

Error detection and error correction with superconducting dual-rail qubits

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Shane Caldwell

NVIDIA

Accelerated computing for the QPU

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Prof. Vladan Vuletić

MIT

Neutral-atom arrays for cavity QED and quantum computing

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Prof. William Oliver

MIT

Emulating the Bose-Hubbard model with arrays of superconducting qubits

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Yonatan Cohen

Quantum Machines

Hybrid control unlocking quantum supercomputers

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