We’re thrilled to announce that Prof. Dolev Bluvstein is joining Project Eleven as an advisor.
Dolev, an incoming physics professor at Caltech with a PhD from Harvard, is a rising star in quantum science, and a driving force behind some of the most advanced neutral-atom quantum computing experiments. In his PhD, Dolev pioneered computation with reconfigurable atomic arrays and used these for realizing the first neutral atom quantum computations as well as the world’s first error-corrected quantum algorithms. His pioneering research has pushed the boundaries of scalable quantum architectures, demonstrating how large arrays of individual atoms can be precisely controlled and entangled. His work, featured in Science and Nature, has helped redefine what’s possible in fault-tolerant quantum computation.
At Project Eleven, Dolev will help guide our work on quantum-safe transition planning, connecting breakthroughs in quantum hardware with the cryptographic migration strategies that will secure tomorrow’s digital infrastructure. His expertise bridges the frontier of experimental quantum systems with the practical realities of blockchain and cybersecurity, ensuring that as quantum capabilities accelerate, so does our ability to protect the world’s digital assets.
“Project Eleven is a team of visionaries who are taking the advancements in quantum computation seriously and implementing the urgent changes required for post-quantum security,” said Dr. Dolev Bluvstein. “I am honored to advise Project Eleven and advance its mission of securing global digital infrastructure against quantum attacks.”
“Dolev’s expertise in fault-tolerant quantum systems and neutral-atom architectures brings world-class insight to our work at Project Eleven,” said Alex Pruden, CEO & Co-Founder of Project Eleven. “His guidance will help ensure that as quantum computing advances, blockchain and cryptographic systems stay several steps ahead.”
Please join us in welcoming Dr. Dolev Bluvstein to the Project Eleven team. Together, we’re building the foundations for a quantum-secure future.