safety security
QMA Arguments Needed Only Collapsing Hash Functions
A claw-state protocol bootstrapped many quantum correlations using classical communication.
Summary
A claw-state protocol bootstrapped many quantum correlations using classical communication.
Bartusek and Malavolta construct succinct arguments for QMA from collapsing hash functions, an assumption not known to imply public-key encryption. Their quantum-succinct claw-state protocol expands a small set of correlations and feeds a communication-compression compiler. The result is a cryptographic construction under stated assumptions, not an implementation benchmark.
Why it matters
A claw-state protocol bootstrapped many quantum correlations using classical communication.
Limits and context
- Bartusek and Malavolta construct succinct arguments for QMA from collapsing hash functions, an assumption not known to imply public-key encryption.
- The result is a cryptographic construction under stated assumptions, not an implementation benchmark.
Key claims
A claw-state protocol bootstrapped many quantum correlations using classical communication.
Qualification: Bartusek and Malavolta construct succinct arguments for QMA from collapsing hash functions, an assumption not known to imply public-key encryption.
Evidence: source-2026-09-29-021
Sources
- arXiv preprint 2609.35633arXiv · primary research
Corrections
No corrections have been recorded for this story.