E-MVL's sparsity control mechanism digitally mimics spin dynamics, solving the Sherrington-Kirkpatrick model at 1600 spins—4x beyond simulated annealing's limit—with 6x speedup on FPGA. Broader NP-hard generalization remains unproven.
#QuantumInspired #CombinatorialOptimisation #FPGA
#QuantumInspired #CombinatorialOptimisation #FPGA
E-MVL: Quantum-Inspired Algorithm Solves Spin Optimization at 1600 Spins with 6x FPGA Speedup
iq.fp2.dev
April 14, 2026 at 8:54 AM
E-MVL's sparsity control mechanism digitally mimics spin dynamics, solving the Sherrington-Kirkpatrick model at 1600 spins—4x beyond simulated annealing's limit—with 6x speedup on FPGA. Broader NP-hard generalization remains unproven.
#QuantumInspired #CombinatorialOptimisation #FPGA
#QuantumInspired #CombinatorialOptimisation #FPGA