The Gardner Logic Bridge - Rescuing Moore's Law via Room-Temperature Soliton Integration in Standard Silicon
The Gardner Logic Bridge - Rescuing Moore's Law via Room-Temperature Soliton Integration in Standard Silicon
The Gardner Logic-Bridge (GLB) utilizes soliton-approximant waveforms to bypass the physical limitations of traditional CMOS lithography. By enforcing a structural identity between the logic threshold and the medium's bias, the GLB enables Iso-Velocity computation. This allows for the design of a Threshold-Programmable Soliton Processor that eliminates the heat-death of traditional transistor-based computing.
Gardner's Equation, Method of Undetermined Coefficients, Information Theory, Switching Sensitivity, Cubic Logic, Constraint Set, Stable Digital Bit, Iso-Velocity Computation, Moore's Law, Soliton, Logical Bridge, Threshold Independent Timing, Inverse Scattering Transform
Gardner's Equation, Method of Undetermined Coefficients, Information Theory, Switching Sensitivity, Cubic Logic, Constraint Set, Stable Digital Bit, Iso-Velocity Computation, Moore's Law, Soliton, Logical Bridge, Threshold Independent Timing, Inverse Scattering Transform
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