OUR TEAM

Kirill A. Rivkin
  15 years of experience in hard drive, magnetic memory and niche CPU design with industry leaders such as Seagate Technology
  Concept Architect responsible for products with over 35 Billion USD in total revenue
  Extensive Consulting portfolio: optical and magnetic sensors, UAV and AI applications: my presentation on UAV in the military
  47 Patents and Trade secrets, 20+ publications, 6 monographs

Mike Montemorra
  Ex-Principal Technologist at Seagate Technology
  Responsible for a productization of several key technological breakthroughs
  Over 40 years of experience in magnetics industry, including THz applications

Robert Schleimer
  Ex- Division Chief at Northwestern University
  Extensive experience with startups as Founder, Consultant and technical Expert on Patent Litigation

Our Mission:
  Productizable Spin Wave computer
  Uses stable magnetic patterns recorded onto a hard magnetic media to create spin wave with pre-defined properties.
  Unique capability to implement any optical computing design to operate on spin waves
  Minimal manufacturing costs: 5-20$ for a neuromorphic chip with trillion neurons.
  Sub fJ energy consumption per TMAC
  Wide range of algorithms: Neuromorphic probabilistic computing, Fourier transform, Quantum computing algorithms like Grover search
  4-12bit data resolution
  Compact: 12x12um for a chip with 256 synapses
  Resistant to adverse environment and radiation
  Integrated algorithm and memory storage

Our Publications:
Presentation on using optical methods in magnetics: microscopy and computing
Fundamental physics: establishing math. equivalence of optical and magnetic waves
Optical Self-Focusing: magnetics analogue
3D microscopy inside metals
Paper demonstrating our capability to replicate optical computing designs
2023 University Presentation: Powerpoint version

Older work:
Original 2019 paper, unpublished
Version published in Journal of Applied Physics
Second article published in Journal of Applied Physics (2023)
University Presentation: video recording