Research Paper on Optimizing Compiler for Encrypted Circuits Accepted at SBC'25

According to BlockBeats, a collaborative research paper titled 'Tessel: An Optimizing Compiler for Encrypted Circuits' has been accepted at the prestigious blockchain academic conference SBC'25. The paper is a joint effort by teams from the University of California, Santa Barbara, the University of Illinois at Urbana-Champaign, the University of Toronto, and the Nubit team. The research focuses on efficient compilation optimization for encrypted circuits, providing foundational support for on-chain verification systems like the Bitcoin Thunderbolt network. It explains the principles of transaction acceleration on the native Bitcoin network and highlights Nubit team's pioneering efforts in enhancing programmability and security within the Bitcoin network. SBC'25, established a decade ago, is a technical conference dedicated to innovation within the blockchain ecosystem, attracting leading researchers and practitioners in the field. The conference is scheduled to take place from August 4 to 6, 2025, at the University of California, Berkeley. It is co-hosted by IC3, the Stanford Blockchain Research Center (CBR), and UC Berkeley RDI.