Speakers
M. Krstajic
(Oxford Ionics)
R. Nourshargh
(Oxford Ionics)
Description
Building useful quantum computers means making them better as well as bigger. At Oxford Ionics we do this by combining the precision of trapped-ion qubits with the scalability of microelectronics. We replace the lasers conventionally used to manipulate ion qubits with electronics integrated directly into trap chips, which allows us to reach world-leading gate fidelities in a highly scalable architecture. We will present our architecture for all-electronic quantum gates with trapped ions, validated in a prototype quantum processor, and highlight how we build scalable hardware for trapped-ion quantum computing.
Authors
A. C. Hughes
(Oxford Ionics)
C. J. Ballance
(Oxford Ionics)
C. M. Löschnauer
(Oxford Ionics)
C. Matthiesen
(Oxford Ionics)
D. T. C. Allcock
(Oxford Ionics)
J. Mosca Toba
(Oxford Ionics)
M. A. Weber
(Oxford Ionics)
M. Krstajic
(Oxford Ionics)
M. Malinowski
(Oxford Ionics)
R. Matt
(Oxford Ionics)
R. Nourshargh
(Oxford Ionics)
R. Srinivas
(Oxford Ionics)
S. A. King
(Oxford Ionics)
T. P. Harty
(Oxford Ionics)
