Q2B25 Silicon Valley | Entropy Quantum Computing For Fixed-Backbone Protein Design @QCWare
Q2B25 Silicon Valley | Entropy Quantum Computing For Fixed-Backbone Protein Design @QCWare
Uploaded January 2026 | Updated September 2026, 2 weeks ago
Entropy Quantum Computing For Fixed-Backbone Protein Design |
David Huggins, Executive Director, Tri-Institutional Therapeutics Discovery Institute with
Babak Emami, Senior Quantum Data Scientist, Quantum Computing Inc.

q2b.qcware.com





drive.google.com/file/d/1jYNLCZ8Iwwqr-bAqueEfvcgvr7dlKe0g/view?usp=drive_link
Q2B25 Silicon Valley | Entropy Quantum Computing For Fixed-Backbone Protein DesignQ2B25 Paris | Joseph Mikael, Head of Quantum Computation, EDFQ2B25 Paris | Dr. Michael Hayduk, Deputy Director, Information Directorate, AFRLQ2B26 Tokyo | Nobushige Oguri, General Manager, Softbank Corp.Q2B26 Tokyo | Taro Shimada, Chair of the Board, Q-STARQ2B25 Paris | Pierre Emmanuel Emeriau, Quantum Algorithms Lead, QuandelaQ2B26 Tokyo | Seiji Yunoki, Team Principle, RIKENQ2B25 Silicon Valley | Si-Hui Tan, CSO, Horizon QuantumQ2B25 Silicon Valley | Joe Altepeter, Program Manager, DARPAQ2B26 Tokyo | Jumpei Koyama, Senior Research Manager, FujitsuQ2B25 Silicon Valley | Scott Buchholz, Managing Director, DeloitteQ2B26 Tokyo | Xinchi Huang(黄欣馳), Quemix, Inc. and Tomofumi Zushi(図師知文), Sumitomo Rubber Ind., Ltd.
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Q2B25 Silicon Valley | Entropy Quantum Computing For Fixed-Backbone Protein Design

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