RT @dajmeyer: (5/8) In "From quantum cellular automata to quantum lattice gases" https://t.co/PqOfCSEI2n I showed how to make a cellular au…
RT @dajmeyer: (5/8) In "From quantum cellular automata to quantum lattice gases" https://t.co/PqOfCSEI2n I showed how to make a cellular au…
(5/8) In "From quantum cellular automata to quantum lattice gases" https://t.co/PqOfCSEI2n I showed how to make a cellular automaton model unitary & non-trivial, by partitioning, or equivalently, making a lattice gas model. The dynamics are visibly uni
RT @dajmeyer: Interesting to see fswap under Jordan-Wigner transform in Babbush’s talk at #SQuInT2018 — same as the scattering operator in…
Interesting to see fswap under Jordan-Wigner transform in Babbush’s talk at #SQuInT2018 — same as the scattering operator in the simplest quantum lattice gas automaton https://t.co/PqOfCSEI2n https://t.co/eHrQ30KXz9
Looks like generaliz'n of Dirac propagator as continuum limit of QRW transition amplitude: https://t.co/PqOfCSEI2n https://t.co/98UOX02yCX https://t.co/ZXv1vcRylI
told to read this paper for early work on quantum walks (D. Meyer) http://t.co/O8mosU9O also some connection to the Feynman Checkerboard...