HyperPower Technology
Particle Physics on a Chip
Accessing nuclear physics through near-field QHD in condensed matter systems
The HyperPower Approach
HyperPower enables particle physics experiments in condensed matter systems, producing exotic neutral composites capable of +4N nuclear transmutations through near-field QHD coupling. This represents a fundamentally different approach to accessing nuclear physics phenomena without the massive infrastructure of traditional particle colliders.
By leveraging coherent pumping in the quantum hydrodynamic (QHD) regime with induced Berry curvature, we access vacuum modes that would otherwise require extreme energies to probe directly.
Compact Scale
Chip-scale implementation eliminates the need for kilometer-scale accelerators
Novel Physics
Access to exotic neutral composites through near-field QHD pathways
Energy Efficiency
Superior scaling compared to traditional high-energy collision approaches
Advancing the Frontier of Particle Physics
HyperPower represents a paradigm shift in how we access and study exotic nuclear phenomena. By bringing particle physics to the condensed matter scale, we open new avenues for both fundamental research and practical applications.