Value Proposition
· Novel Structure: Utilizes multiple layers of heavy metals to eliminate the need for an external magnetic field, simplifying design and reducing complexity.
· Faster Computing: Eliminates reliance on external magnetic pulses, enabling faster computing and improved operational efficiency.
· Higher-Density Storage: Streamlined component design creates greater units’ density within the same area, maximizing storage capacity.
· Accurate Data Writing: Eliminating external magnetic component minimizes disruption to other cells, ensuring accurate and reliable data integrity.
Unmet Need
· Modern computing devices require efficient and high-density storage to meet growing technological demands, yet current hardware often falls short.
· Early generation devices require an external magnetic field which negatively affects computing speed and data-writing accuracy.
· Current devices require additional components, making them bulky, expensive, and prone to overheating.
· There is a strong need for a compact, high-density storage device that supports rapid computing while removing the dependence on external magnetic fields.
Technology Description
· Novel structure of multiple heavy metal layers instead of a single layer.
· This approach eliminates the need for an external magnetic field by providing an internal source for determining the magnetism direction.
· Removal of external components allows for a simpler structure that is easier to manufacture and can be stacked for higher-density units.
Stage of Development
· Fully developed—the technology is patented and previously licensed.
Data Availability
· Data available upon request.
Publication
· N/A
