Extropic Corp.

THERMODYNAMIC COMPUTING SWISH GADGET

CONFIGURING CIRCUITS FOR GENERATING SAMPLES BASED ON PREDETERMINED FUNCTIONS

CONFIGURING CIRCUITS FOR GENERATING SAMPLES ASSOCIATED WITH RANDOM WALKS ON A GRAPH

MANAGING ARRANGEMENTS OF TRANSISTORS IN CIRCUITS FOR GENERATING SAMPLES FROM A TARGET DISTRIBUTION

CIRCUITS FOR PROVIDING COMBINATIONS OF INPUTS ASSOCIATED WITH BISTABLE STATES

CIRCUITS FOR MIXING VOLTAGE DISTRIBUTIONS ASSOCIATED WITH RANDOM VARIABLE SAMPLING

CONFIGURING A CIRCUIT FOR GENERATING SAMPLES FROM A TARGET DISTRIBUTION

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO TRAIN PARAMETERS BASED ON DIFFUSION RECOVERY LIKELIHOOD

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO UPDATE WEIGHTS AND BIASES BASED ON GRADIENT VALUES OBTAINED BY RELAY OSCILLATORS

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO EMULATE DEEP NEURAL DIFFUSION

THERMODYNAMIC COMPUTING RELAY GADGET FOR MULTI-WELL POTENTIALS

SELECTION OF EXPERTS ENERGY BASED MODEL GADGET

MIXTURE OF EXPERTS ENERGY BASED MODEL GADGET

THERMODYNAMIC COMPUTING MEAN-FIELD FORWARDS AND BACKWARDS PROPAGATION

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO IMPLEMENT TRANSFORMER BASED ARCHITECTURE

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO IMPLEMENT LAYER NORMALIZATION ARCHITECTURE

THERMODYNAMIC COMPUTING SOFTMAX GADGET

THERMODYNAMIC COMPUTING RELAY GADGET

GIBBS SAMPLING METHODS USING THERMODYNAMIC COMPUTING

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO DETERMINE UPDATED WEIGHTS AND BIASES USING MEASUREMENTS OF ANCILLA OSCILLATORS

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO USE NATURAL GRADIENT DESCENT TECHNIQUES TO DETERMINE UPDATED WEIGHTS AND BIASES

THERMODYNAMIC COMPUTING SYSTEM CONFIGURED TO DETERMINE GRADIENTS USED TO UPDATE WEIGHTS AND BIASES BASED ON MEASURED RESULTS OF SYNAPSE OSCILLATORS

SELF-LEARNING THERMODYNAMIC COMPUTING SYSTEM