EPiQC

An NSF Expedition in Computing

ENABLING PRACTICAL-SCALE QUANTUM COMPUTING

EPiQC Zines Explain Quantum Computing

Diana Franklin Testifies before Congress

Quantum Computing Tutorials

IBM Q Best Paper Award for VQE Research

IBM Q Best Paper Award for VQE Research
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EPiQC Students Soar

EPiQC Students Soar

EPiQC-Related Startup

acquired by ColdQuanta

Three EPIQC Papers Chosen by IEEE MICRO for Annual Top Picks Award

Three EPIQC Papers Chosen by IEEE MICRO for Annual Top Picks Award

EPiQC postdoc Kate Smith wins Kenneth C. Smith Early Career Award in Microelectronics

Kate Smith received the Kenneth C. Smith Early Career Award in Microelectronics from the IEEE Computer Society, Technical Committee on Multiple-Valued Logic (IEEE TC MVL).

EPiQC Alum Yongshan Ding Joins Yale Faculty

EPiQC Research Receives Best Paper Award at IEEE Quantum Week

SupermarQ

Super.tech/EPiQC Research Informs New Suite of Benchmarks for Quantum Computers - HPCA Best Paper Award Winner

qce award 2021

In-Fridge Controller Could Scale Up Quantum Computers, Award-Winning EPiQC Research Finds

Franklin Distinguished Member ACM

Franklin named a Distinguished Member by ACM

Chong IEEE Fellow

Professor Fred Chong Named IEEE Fellow

About

EPiQC is a multi-disciplinary collaboration across 5 universities, led by the University of Chicago, that spans algorithms, software, and physical machines.

Research

EPiQC research will develop algorithms, software, and machines that work better together to achieve 100 to 1000 times more efficient quantum computation.

Tools

EPiQC is developing a vertically-integrated set of open-source software tools to connect algorithms to machines, spanning programming languages, compilers, optimizers, simulators, and verification.