Cryogenic Hardware at Bleximo: Superconducting Quantum Processor Packaging and Shielding
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Optimized processor architectures as well as processor physics-aware compilation and control techniques drastically cut execution time for specific algorithms
In-house developments and technologies to achieve operational stability
Finding the optimal configuration for a highly integrated system yields fewer electronic components, higher reliability, and lower operation costs
Resource reallocation and optimization problems with multiple inputs, modalities, and variables
Simulation of difficult-to-predict systems, conditions, and consequences: weather, cell mutations, aerodynamics, etc.
Predicting and preventing situations based on a large, diverse dataset.
We provide an honest professional assessment of the industry, as well as promising algorithms and platforms for your application
We offer everything from individual components to turn-key systems for boosting performance of your superconducting chips and optimizing their R&D cycle.
We will work with you to analyze and improve the environment your chips operate in.
Joint development of custom end-to-end solutions for your computational challenges
Juan Ignacio Adame
Senior Quantum Application Engineer
Jason Ball
Research Scientist
Denis Chevallier
Research Scientist
Gerardo Jaramillo
Microfabrication Lead
Xiaoyue Jin
Research Scientist
Ziggy Q Kotchetkov
Research Engineer
Alexei Marchenkov
Founder & CEO
Anastasia Marchenkova
Research Scientist
Richard Maydra
Co-Founder & Director of Cryogenic Engineering
Konstantin Nesterov
Research Scientist
Chiara Pelletti
Director of Hardware Engineering
Yu “Randy” Shee
Research Engineer
Jack Tooley
Research Engineer