… continuous limit for these walks. The obtained continuous limit coincides with the physically
interesting situation of a massless Dirac fermion propagating in curved spacetime. Since the …

… continuous limit for these walks. The obtained continuous limit coincides with the physically
interesting situation of a massless Dirac fermion propagating in curved space-time. Since the …

… to one component of the WE in curved spacetime with constant metric. Notice that although
… Quantum walks as massless dirac fermions in curved space-time. Physical Review A, 88(4):…

… Moreover, we provided a procedure to obtain the parameters of the quantum walk, namely
the unitaries \(W'\) and E, given a pair of Hermitian matrices \(B_1\) and C, possibly spacetime …

… From discrete time quantum walk to continuous time quantum walk in limit distribution. …
Quantum walks as massless Dirac fermions in curved spacetime. Physical Review A, 88(4):…

… curved Dirac QW [19] is precisely able to handle any synchronous metric in the massless
case… that we simulate: m is the mass of the Dirac fermion, c is the speed of light. The second two …

… of simulating through quantum walks the curved space-time propagation of Dirac fermions is
… We have also presented as illustration the simulation of massless Dirac fermions in the post-…

… , and massless Dirac fermions in curved spacetime that were … of quantum walks and their
use in quantum algorithms [36]. … of massless Dirac fermions in general two-dimensional curved …

… continuous limit, we arrive to the Dirac equation in 2 + 1 curved space-time, under the form
… system, we have computed the behaviour of a massless fermion in a (2 + 1)- dimensional …

… Quantum walking in curved spacetime: (3+1) dimensions, and beyond. … Quantum walks
as massless dirac fermions in curved spacetime. Physical Review A, 88(4):042301, 2013. [19] …