Quantum computing offers immense power, but remains out of reach for most users. This preprint introduces a universal protocol that enables purely classical clients to securely delegate quantum computations to remote servers, while ensuring both blindness (privacy) and verifiability (correctness).
The protocol integrates:
Post-quantum cryptography (trapdoor claw-free functions, LWE)
Zero-knowledge SNARKs
A novel thermodynamic verification mechanism using entropy flow as a physical signature of computation
The goal: democratize access to quantum computing without compromising trust or requiring quantum capabilities.
Quantum computing offers immense power, but remains out of reach for most users. This preprint introduces a universal protocol that enables purely classical clients to securely delegate quantum computations to remote servers, while ensuring both blindness (privacy) and verifiability (correctness).
The protocol integrates:
The goal: democratize access to quantum computing without compromising trust or requiring quantum capabilities.Would love feedback from the community.
Paper: https://www.researchgate.net/publication/391055609_Universal... Author: Vicent Esteve Voltes