Director of Quantum Cybersecurity Research at ελβμ - Pioneering post-quantum cryptographic systems.
With over 12 years of experience in quantum information theory and cybersecurity, Dr. Voss leads ελβμ's efforts in developing practical quantum-resistant solutions. Her groundbreaking work on lattice-based cryptographic protocols has been adopted by the NIST standardization program and implemented in our production security tools.
PhD in Theoretical Physics, University of Cambridge (2018)
MSc in Quantum Computation, MIT
Led by Dr. Voss and the ελβμ research team, this work demonstrated secure quantum key exchange over 1000km between low-Earth orbit satellites and ground stations using entangled photon pairs. Published in Physical Review Letters 2023.
Developed novel implementation techniques reducing Kyber's memory footprint by 40% while maintaining full security margins. Now deployed in ελβμ's IoT security solutions for industrial clients.
This work defines new zero-knowledge proof systems designed to operate efficiently over high-latency quantum networks. Currently under standardization review with ITU-T for 2026 6G specifications.
Mathematical framework for error correction protocols maintaining quantum coherence across satellite-to-satellite communications. This work enables the creation of space-based quantum internet infrastructure.
Join leading researchers in building the foundation for tomorrow's encryption standards at ελβμ.
Connect with Dr. Voss