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Krysta Svore

Distinguished Engineer and VP, Advanced Quantum Development at Microsoft

Krysta Marie Svore, born in 1979, is an American computer scientist specializing in quantum computing.1 She is currently a Technical Fellow and Vice President of advanced quantum development for Microsoft Azure Quantum.1 She previously held the position of Distinguished Engineer and VP of Quantum Software at Microsoft.2 Svore leads the Microsoft Quantum – Redmond (QuArC) group at Microsoft Research in Redmond, Washington.34

Svore's work involves:

  • Leading work on the software stack for Microsoft's quantum machine and Azure Quantum cloud platform.2
  • Researching the development and implementation of quantum algorithms.2
  • Designing scalable, fault-tolerant software architecture for translating high-level quantum programs into low-level, device-specific quantum implementations.24
  • Studying quantum error correction codes and noise thresholds.2

Svore has a Ph.D. in Computer Science from Columbia University, which she received in 2006 with the highest distinction.12 She also holds a B.A. in Mathematics with minors in Computer Science and French from Princeton University.4

Krysta Svore is widely recognized in her field:

  • Named a Fellow of the American Association for the Advancement of Science in 2021.1
  • Named a Fellow of the American Physical Society in 2023.1
  • Elected as a fellow of the Washington State Academy of Sciences in 2022.1
  • Recognized as one of the 39 Most Powerful Female Engineers by Business Insider in 2018.1

Highlights

Jul 19 · linkedin

It is rare to come across a person with not only exceptional brilliance, but also with a humble demeanor, a desire to make fundamental discoveries to advance science, and the ability to share their ideas clearly to encourage others’ understanding and potential collaboration. This is what I’ve seen and experienced with Dr. Jeongwan Haah, a Principal Researcher on the Microsoft Azure Quantum team. So naturally, it is with mixed emotions that I sincerely congratulate Jeongwan Haah on his appointment at Stanford University, as a faculty member in physics and a member of Q-FARM, the Stanford-SLAC quantum initiative, because it has been such a pleasure to have worked with him at Microsoft since 2016. I applaud Jeongwan on his upcoming appointment, which is both a commendable honor and ultimately a gift to the broader scientific and academic communities.  After Jeongwan heads to Stanford in January 2025, he will continue to collaborate closely with us at Microsoft.

Jeongwan has received multiple honors in his career, including the prestigious Hanseong Science Award in Physics, the Pappalardo Fellowship in Physics at MIT, and during graduate school the Stemple Prize at Caltech in Physics. He is an outstanding physicist and quantum-information researcher who has made remarkable discoveries. His work integrates sophisticated mathematics, original algorithms, and a deep understanding of quantum matter and computation.

Jeongwan’s impressive achievements are numerous and include the exploration and classification of quantum cellular automata (QCA), and significant contributions to the theory and practice of fault-tolerant quantum computing. He invented what’s now called the Haah code, a new quantum error-correcting code that goes against conventional wisdom, displays exotic properties, and ultimately led to the field of fracton physics, which investigates novel quantum phases of matter that challenge our comprehension of fundamental physics.

He enhanced the efficiency and optimality of several quantum protocols, such as magic state distillation, quantum tomography, and quantum simulation. He introduced a new family of dynamical quantum error-correcting codes, called Floquet codes, which use time-dependent interactions to create robust quantum memories. Floquet codes have potential applications in topological quantum computing based on Majorana zero modes, which are elusive particles that can act as their own antiparticles, and lead to a scalable architecture for #quantumcomputing.

Jeongwan is a star in our field. The Microsoft team and I congratulate Jeongwan on his pursuit of academic excellence, foundational science, and pioneering inventions. Most of all we look forward to accelerating to a scalable quantum computer as we continue to work with him, while he also pursues foundational discoveries and helps educate the next generation at Stanford.

I hope you join me in celebrating his incredible achievements and congratulating him on his next endeavor.

Jun 4 · linkedin

Have you ever dreamed of meeting Majorana? A big thank you to WIRED for the conversation about this exotic and fascinating physics that paves the way for a scaled quantum supercomputer using topological qubits. Earlier this year, we demonstrated a breakthrough with the first readout of information stored in Majorana, a key component for topological qubits. And as Wired shares, "For decades, we've heard that quantum computing will be the future. Well, if this little particle has anything to do with it, the future is now." Read on to learn more! #AzureQuantum #quantumcomputing

Related Questions

What are some of the key challenges Krysta Svore has faced in developing Azure Quantum?
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What inspired Krysta Svore to pursue a career in quantum computing?
Can you explain the significance of Krysta Svore's work on quantum error correction codes?
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Krysta Svore
Krysta Svore, photo 1
Krysta Svore, photo 2
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Location

Redmond, Washington, United States