t’s been known that one source of quantum advantage is higher-order
Hamiltonians. In quantum metrology, it was shown that these Hamiltonians
can be used to surpass other methods in what is now referred to as
super-Heisenberg metrology ( see e.g. Phys. Rev. Lett. 98, 090401). In
energy storage, it was shown that one can speed up battery charging, by
charging several batteries together using a coherent process (see e.g.
Phys. Rev. Lett. 118, 150601). Here, we show how this process can be
applied to the speed-up of the implementation of Toffoli gates. Because
the Toffoli gate is universal for classical computation, this process
can effectively be used to speed up, and hence give a quantum advantage
to, all classical computation. This talk will cover the material in
http://arxiv.org/abs/1807.1184
Seminario de Física Estadística
El Seminario del Instituto de Física se realiza a las 13 horas en el Auditorio "Fernando Rivero Cárdenas" del Instituto de Física.
Responsable: Dr. Magdaleno Medina Noyola
Información y contacto: Ing. Cristina Cázares Grageda
Programación del Semestre enero - julio 2020 |
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Fecha | Ponente | Procedencia |
14 de febrero | Dr. Timothy Roach | Holycross |
21 de febrero | Dr. Asaf Paris Mandoki | UNAM |
06 de marzo | Dr. Rafael Guillermo Gonzalez Acuña |
Seminario de Física Estadística - Applying Quantum Advantage to Computation
- Detalles
- Categoría: Seminarios del Instituto de Física