Turn Magnetic Gain Into a Logic Fabric

Each differential element uses a driven magnetic core to control a larger output response. Complementary paths restore logic levels, reject common disturbance, and let one stage drive the next.

Magnonics and spintronics already demonstrate transistor-free gain mechanisms. The architecture organizes those mechanisms into repeatable cells, routes, state, and an FPGA-like programmable fabric.

Build the Open Post-Silicon Process

The process must connect core geometry, magnetic gap, anisotropy, thin-film composition, switching energy, frequency, windings, interconnect, and thermal behavior. Cobalt reaches the most aggressive target; iron and nickel broaden cost and fabrication options.

Open-hardware builders, device physicists, and process engineers can co-invent the cells and measurement flow. Join the work that can make post-CMOS logic radically colder, faster, and accessible without a $100 million fab.

Build the Fabrication Path Behind Nano-Core Logic at the kT Limit

The Missing Maker Fab carries this work into the tools and processes required to fabricate fast active devices locally.

The Missing Maker Fab