Quantencomputer: Wie wir mit einzelnen Atomen rechnen können Der LMU-Quantenphysiker Johannes Zeiher über die Idee, einzelne Atome für Quantencomputer zu nutzen. Daraus entwickelte er mit

Mit dem Start-up #planqc bringt LMU-Physiker Johannes Zeiher gemeinsam mit seinem Team die Forschung aus dem Labor in die praktische #Anwendung – und wurde dafür mit dem #Gründerpreis ausgezeichnet.
Das Ziel: #Quantencomputer, die bei Raumtemperatur arbeiten und Millionen Qubits skalierbar machen.

German Entrepreneur Award presented Cognitive robots and quantum processors at room temperature: start-ups and rising stars are honoured for their outstanding achievements with the German Entrepreneur Award.

🏆⚛️ This year’s #GermanEntrepreneurAward for Startups goes to Munich’s visionary #PlanQC for pioneering quantum processors.

🏆🤖 Meanwhile, rising star #NeuraRobotics was honoured for its intelligent robots.

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Mark Koch standing next to a psychedelic image of a fish.

Last but not least, Mark Koch talks about Guppy.
#quantinuum #guppylang #popl #planqc

Anyone know where one can get haggis in Denver? #haggis #denver #popl #planqc

And now here's Agustin Borgna talking about HUGR at PLanQC 2025. #planqc #popl #quantumcomputing #quantinuum

Kaitlin Smith opens PLanQC 2025 with an overview of quantum software in her keynote talk. #planqc #popl #quantumcomputing

Fuzzing Quantum Compilers Ilan Iwumbwe and Benny Liu did undergraduate research placements with me this summer, and I’m very pleased that they will be presenting their work at the Programming Languages for Quantum Com…

Here's a short blog post about an upcoming #PLanQC paper on "QuteFuzz", a new tool built by Ilan Iwumbwe and Benny Liu for fuzz-testing quantum compilers using randomly generated circuits (paying particular attention to subcircuits and control flow) johnwickerson.wordpress.com/2024/12/18/f...