Matthew Chase Levy

Matthew Chase Levy is a candidate for California Gubernatorial Election Primary Election in 2026 in Statewide, California.

Founder of Noble.AI and AE Blue Capital in Oakland, CA

Also running: Jesse Alberti, James Jr., Christopher Bailey, Carolina Buhler, Jong Choi, Phillip Jr., Elaine Culotti, Sophia Edum-A-Sam, Serge Fiankan, Lewis Herms, Steve Hilton, Mark Iles, Tralaunie Jenkins, Duane Jr., Amanda Martin, Daniel Mercuri, Mauro Orozco, Carter Pope, Reza Safarnejad, Sam Sandak, Frederic Schultz, George Slivka, Nicholas Thompson, Margaret Trowe, Scott Vineberg, Butch Ware, David Zickefoose, Christine Sarmiento, Anne Komarovsk, Mohammad Arif, Gheorghe Teofil Golea, Carmenlina Minasyan, Ethan Penner, Akinyemi Agbede, Khaled Fattal, Max Fomin, Leo Zacky, Ramsey Robinson, Carla Rather, Antonio Villaraigosa, Ché Ahn, Joel Jacob, Raji Rab, Leonard Jackson, Larry Azevedo, Xavier Becerra, Louis A. De Barraicua, Derek Grasty, Joel E. Jacob, Gary Howard Kidgell, Matt Mahan, Barack D. Obama Shaw, Thunder Parley, Katie Porter, Satish Rao, Scott P Shields, Tom Steyer, Eric Swalwell, Tony K. Thurmond, Betty T. Yee, Erin "zez" Zezulak, Chad Bianco, Patricia De Luca Basualdo, Randeep S. Dhillon, Rafael M. Hernandez, Alicia Olivia Lapp, Leo Naranjo Iv, Tim Nelson, Gretha Solórzano, Tom Woodard, Naomi Bar-Lev, Joseph Cabrera, Livingforgod Andcountry Demott, Lukasz Adam Filinski, Don J. Grundmann, Jon Henderson, Dawit Kellel, Duane Terrence Loynes Jr., Brent Maupin, Mauro Alberto Orozco, Christine R. Sarmiento, Frederic C. Schultz, Nancy D. Young.

Matthew Chase Levy is a California-based entrepreneur and physicist running for Governor. He holds a B.A. from UCLA and a Ph.D. from Rice University. Levy previously conducted research at Lawrence Livermore National Laboratory and was an Isaac Newton International Fellow at Oxford. In 2018, he founded Noble.AI, a platform accelerating innovation in science and engineering. In 2023, he launched AE Blue, a venture capital firm focused on advanced clean-energy technologies such as fusion energy.