At the upcoming APS Global Physics Summit in Anaheim, California, from 16–21 March 2025, IQM Quantum Computers will showcase new research results in many different areas of quantum computing.
All results are contributing towards IQM´s development roadmap to reach quantum advantage.
IQM highlights will include the launch of ‘IQM Star’, a unique second-generation quantum processing unit topology to be available on IQM Resonance, a cloud quantum platform.
In addition, over 14,000 conference participants will have the opportunity to engage IQM experts at booth #409 through various activities such as Happy Hour on 18th and 19th March to discover more about the company’s quantum solutions.
IQM has been at the forefront of quantum computing, and its annual participation in the summit reflects the company’s commitment to advancing the field through both innovation and collaboration.
“A wide range of scientific topics to be presented by our team, from scalable quantum processor calibration to novel error mitigation techniques, highlights our dedication to addressing the key challenges in quantum computing. We are excited to share our progress with the global scientific community and to contribute to shaping the future of this transformative technology," says the Chief Global Affairs Officer and Co-founder of IQM, Juha Vartiainen.
IQM talks schedule:
Fast reliable automatic parallel calibration of high-fidelity CZ gates on large superconducting quantum processing units
Realising scalable quantum processing units (QPUs): achievements and prospects in 200mm wafer-level fabrication by IQM Quantum Computers
Contextual Subspace Auxiliary-Field Quantum Monte Carlo: Improved bias with reduced quantum resources
Coherence and fidelity with IQM F1 fabrication facility
Scalable calibration of large superconducting quantum processors for high-performance operation
Feasibility and optimal strategies for near-term simulations of fermionic systems
Generation of maximally entangled states on a superconducting resonator-star QPU
Quantum error detection with star architecture QPU
Towards bivariate bicycle codes with open boundary conditions
Missing puzzle pieces in the performance landscape of the quantum approximate optimisation algorithm
If you are attending this year’s summit and would like to engage our team, request a meeting here.
You can also join our talks and visit our booth #409 and follow us on LinkedIn: www.linkedin.com/company/35593378/ and @meetIQM on X (formerly Twitter) for our updates.