2 results about "Vacuum energy" patented technology

The invention discloses a quantum field theory high-performance coprocessor based on path integration and a method thereof, and belongs to the field of high-energy physical calculation, particle collision simulation, quantum color dynamics and quantum gravity calculation. Comprising a functional integral discretization engine (FIDE), a Feynman graph automatic generator (FAGG), a Wick contraction accelerator (WCA), a reformer group flow engine (RGFE), a path integral Monte Carlo sampler (PIMCS), a correlation function calculation unit (CFCU), a symmetry breaking detector (SSBD), a vacuum energy extractor (VEE), a Fermi determinant solver (FDS), a topological charge calculator, a circle graph integral optimizer, a Ward identical verifier and a cross-theory mapper. A hardware acceleration interface; according to the invention, an ASIC + GPU + quantum mixed framework is adopted, leading-edge applications such as LHC collision cross section prediction, quark gum plasma simulation, dark substance interaction calculation, early universe phase change research, quantum gravitational non-perturbation effect and the like are supported, and accurate inspection of a particle physical standard model and new physical search beyond the standard model are promoted.

The application discloses a reversible computing platform with time symmetry architecture and belongs to the technical field of reversible computing architecture. The reversible computing platform comprises a Fredkin-Toffoli gate array, a frozen ruler time coordinator, a forward-forward modulation engine, a quantum vacuum energy collector and a multi-version state management system. The Fredkin-Toffoli gate array realizes energy dissipation of less than 0.001kT·ln2 per bit operation. The frozen ruler time coordinator realizes transformation T'=T / (1+ε·cos(ωt)) and atomic clock synchronization superior to 1 nanosecond. The forward-forward modulation engine provides gradient-free learning and reduces memory by 50%. The quantum vacuum energy collector injects negative entropy for perpetual operation. The multi-version state management system uses persistent memory and Merkle tree verification. The Fredkin-Toffoli gate array realizes energy dissipation of less than 0.001kT·ln2 per bit operation, which is much better than the energy consumption level of about 1000kT·ln2 of existing processors, can greatly reduce the power consumption of global data centers (current consumption of 2% of global power), and meets the demand of the green computing market of 978 billion US dollars in 2030.