COMING SOON IN CHICAGO
AQC26
Adaptive Quantum Circuits Conference & Expo
AQC25 highlights
155
Participants
From academia and industry
28
Presentations and academic sessions
Keynotes and talks by leading experts, including two physics Nobel Prize laureates.
Poster presentations
Showcasing cutting-edge research
23
13
Exhibiting companies
Presenting their latest innovations
16
Sponsors
Our sponsors play a vital role in enabling this event and fostering collaboration across academia and industry.
2
Nights of networking, good food, and a lot of fun
Starting with a cocktail reception and wrapping up with a lively pizza and beer night and roundtables, bringing the community together
Speakers lineup
After the success of AQC25, AQC26 will elevate the experience with more participants, broader programming, and new opportunities for collaboration.
AgendaAQC25
Day 2
Day 3
10:00
1
Conference Registration
12:00
1
Lunch & Exhibition
Foundational Physics & Quantum Dynamics
13:30
1
Quantum Machines Opening Remarks
13:40
1
A Conversation with John Martinis and Pedram Roushan
14:15
Prof. John Martinis
Qolab
How to build a quantum supercomputer: Scaling from hundreds to millions of qubits
14:45
Pedram Roushan
Google Quantum AI
Visualizing quantum dynamics with superconducting qubits
Abstract
15:45
1
Coffee Break & Exhibition
Advanced Superconducting Systems & Applications
17:00
Andrew Bestwick
Rigetti Computing
Scaling a chiplet-based quantum processor toward fault-tolerance
18:00
Prof. William Oliver
MIT
Emulating the Bose-Hubbard model with arrays of superconducting qubits
18:30
1
Free Time
19:00
1
Welcome Cocktail Reception
08:30
1
Breakfast
Neutral Atoms & Spin Qubits
10:00
Prof. Mark Saffman
UW-Madison
Parsimonious with photons for fast neutral atom quantum computing
10:30
Adi Pick
The Hebrew University
of Jerusalem
Scalable adiabatic quantum algorithms for MIS
11:00
1
Coffee Break & Exhibition
12:00
Holly Stemp
MIT
Remote coupling of quantum dot spin qubits via a superconducting qubit coupler
12:20
1
Lunch & Exhibition
Advanced Control, Calibration & Machine Learning
13:45
Assoc. Prof.
Morten Kjaergaard
Niels Bohr Institute
Parameter estimation, gate calibration and performance benchmarking
on millisecond timescales with superconducting qubits
14:15
Prof. Daniel Lidar
USC
Characterizing and suppressing noise in superconducting qubits and qudits
14:45
Murphy Niu
Google Quantum
AI and UCSB
Quantum signal processing for near-term application: optimal quantum
learning and feedback based algorithms
15:15
Benjamin Lienhard
WMI
Overcoming readout and control bottlenecks in superconducting quantum processors
15:45
Coffee Break, Poster Session, Exhibition
Nobel Keynote & Industry Highlights
17:30
1
Talk by Nobel Prize Winner Michel Devoret
18:00
Prof. Britton Plourde
UW-Madison and
Qolab
Mitigating effects of ionizing radiation impacts on superconducting qubit arrays
18:20
Peter Komar
AWS
Quantum computing at AWS
18:40
James Brown
QBraid
Decreasing the rate of undetectable errors in the generalized superfast encoding with Clifford noise reduction
19:00
1
Free Time
08:00
1
Breakfast
Scalable Architectures: From HW to QEC
09:00
Blake Johnson
IBM Quantum
Real-time processing in quantum execution: Dynamic circuits and qLDPC decoding
10:40
Pranev Mundada
Q-CTRL
Achieving computational gains with quantum error correction primitives
11:00
1
Coffee Break & Exhibition
12:00
Pooya Ronagh
1QBitImpacts of decoder latency on utility-scale quantum resource estimates
12:30
Prof. Rob Schoelkopf
Yale and QCI
Error detection and error correction with superconducting dual-rail qubits
13:10
1
Quantum Machines Closing Remarks
13:15 - 14:30
1Qolab
Lunch & Exhibition