zlatko-minev.bsky.social
Team Lead, IBM Quantum | MIT TR35 | Founder & Chairman, Open Labs | Member of Exec Board, Yale GSAA | Yale PhD
226 posts
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9/n Thank you!!
Let’s stay connected—here’s to the future of quantum computing!
#Quantum #QuantumComputing #StayConnected #IBMQuantum
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8/n Associate Fellow of CIFAR, serve on the Board of Governors of the Yale Alumni Association, and be recognized in Discover Magazine’s Discovery of the Year.
None of this would have been possible without the incredible colleagues, mentors, and collaborators who have shaped this journey.
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7/n been fortunate to receive recognition from institutions and governments, including the MIT Tech Review 35 Global Innovator Award, the Presidential John Atanasoff Award, and multiple IBM Outstanding Technical Achievement Awards (OTAA). I’ve also had the opportunity to contribute as an elected
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6/n across 3+ year, the Boulder Summer Cond Mat Schools, …
- Supporting $80M+ in strategic revenue generation (Basque+)
- Advising global and U.S. federal agencies (e.g., DHS CISA)
- Publishing dozens of patents and papers, and helping build up the growing quantum ecosystem
Along the way, I’ve
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5/n through:
- Starting our PEC error mitigation experiment in 2019, which later shaped our roadmap and core runtime product for quantum cloud execution for users,
- Helping develop mitigation advances like T-REX and ML-QEM
- Teaching 20,000+ students at the Qiskit Global Summer School (#QGSS)
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4/n and lead initiatives like:
- Qiskit Metal – the world’s first quantum hardware EDA tool and open-source community
- Qiskit Leap – a world-class group of researchers advancing quantum research
- Qiskit Seminar Series – 175+ episodes with over 2M views on YouTube
And to nudge the field forward
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3/n remain unchanged, and I look forward to the team’s breakthroughs.
Thank you, team, for organizing a wonderful sendoff party and memories to cherish.
Looking back, I never could have predicted how this journey would unfold. So, I am deeply grateful to the team for the opportunity to build
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2/n wasn’t an easy choice, but “Growth begins where comfort ends.” I am excited for the new challenge I have taken on. To my IBM Quantum colleagues—thank you for helping make all this happen, for your trust, friendship, that shaped our journey. My respect and admiration for the IBM Quantum team
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4/n To the students: keep expanding boundaries. To my fellow alumni: let’s keep building bridges for those younger than us.
#YaleAlumni #AIInnovation #GivingBack #Mentorship #Leadership #YAA
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3/n Board of Governors, and especially Steve Blum for making this happen. Grateful to our incredible speakers, volunteers, and staff—this wouldn’t have been possible without you. Organizing events like this is exactly why I love volunteering!
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2/n morning at 945 AM—was inspiring to me. From AI-powered startups to AI for social impact, we heard from alumni driving innovation at Adobe, NVIDIA, OpenAI, Bain & Company, Microsoft, McDonald's, IBM, Yale Ventures, and more.
A massive thank you to the @Yale Alumni Association, CLY, my fellow
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Very nice!
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5/n 🙏 Grateful to the dream team behind this work:
Elisa Bäumer, Vinay Tripathi, Derek S. Wang, Patrick Rall, Edward H. Chen, Swarnadeep Majumder, Alireza Seif, and Zlatko Minev.
📖 Read more in the IBM blog: https://buff.ly/3EaLN05
📄 PRX Quantum paper (Open Access): https://buff.ly/3CjwEJh
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4/n computing. By combining quantum and classical operations, we’ve take a step closer to making larger quantum architectures and error correction.
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3/n using only shallow circuits.
- Prepared GHZ states with genuine long-range entanglement.
- Demonstrated significant reductions in circuit depth, making computations more resilient to noise.
💡 Why it’s exciting:
Dynamic circuits aren't just a new tool; they’re an accelerant for scaling quantum
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2/n measurements and feed-forward operations—can overcome these constraints. This direction opens new doors for efficiently creating long-range entanglement, a key resource for quantum computing.
🔍 What did we achieve?
- Developed a method to perform CNOT teleportation across up to 101 qubits
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You’re ready to post as a tikz package on ctan
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Yes, story is useful and essential, it’s also what shapes out intuition for designing and coming up with what’s next to try. Still have to be careful of the conclusions we can draw as they sit on the soft bed of a story
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Right, it is a tool and it is more than that from the perspective of the physicist, as we aim to unearth deeper. The only way we interact with the world is through measurements and observations.
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As a scientist, I want to look inside the box, unless it’s just a tool in the tool belt, then I would be curious, but don’t need to
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3/3 understanding?"
#QuantumMechanics #Physics #Heisenberg #ObservableUniverse #QuantumThoughts
https://buff.ly/428XRZp
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2/n exclusively on relationships between quantities that in principle are observable.”
It’s a perspective I deeply resonate with, especially when grappling with quantum’s paradoxes.
What’s your take? Do you agree that sticking to observables is the right approach, or does it limit our
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I have three temperature and humidifier monitors from the same company, and check how closely they agree with each other, usually within about half a degree Fahrenheit, once you let them sit for a very long time next to each other. The thermalization is kind of slow on mine.
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CQS-12 in Rochester!
www.sas.rochester.edu/quantum/cqs/...
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Yesterday seems sparse as well
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Thank you, Steve, this sounds very impressive and cool. Can you be a bit more explicit about the remaining gap?
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How do I try it?
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I had these ones at the café across the KITP building, they were pretty groundbreaking, exciting me out of my zero energy state.
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Haha 😂 glad to know
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I saw it here first and reposted it