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UID:submissions.supercomputing.org_SC23_sess503_job241@linklings.com
SUMMARY:Ion Trap Quantum Technology Postdoctoral Researcher
DESCRIPTION:Ion Trap Quantum Technology Postdoctoral Researcher - 100423\n
 Division: SN-Scientific Networking\n\nLawrence Berkeley National Lab’s (LB
 NL, https://www.lbl.gov/) QUANT-NET project has an open position for a pos
 tdoc position to help build small-scale ion-trap quantum processors and co
 nnect them to each other for quantum networking experiments between Lawren
 ce Berkeley National Lab and University of California, Berkeley. This effo
 rt will require incorporating high-finesse optical-cavity systems into a n
 ovel trap technology to establish remote entanglement between the quantum 
 processors. In this exciting role, you will be part of a multi-organizatio
 n team, and will be researching and developing the latest ion-trap technol
 ogies closely with professors, scientists, engineers, and graduate student
 s of the QUANT-NET research team.\n\nQUANT-NET is a five-year DOE funded p
 roject that brings together world-leading expertise in quantum technologie
 s from Lawrence Berkeley National Lab, UC Berkeley, Caltech and the Univer
 sity of Innsbruck in order to build a three-node quantum network test-bed 
 in the berkeley campus, which is connected with an entanglement swapping s
 ubstrate over optical fiber and managed by a quantum network protocol stac
 k. On top of this entanglement swapping substrate the research team will i
 mplement the most basic building blocks of distributed quantum computing a
 nd quantum repeater by teleporting a controlled-NOT gate between two far t
 rapped-ion quantum computation nodes. The project also explores heterogene
 ity and a path towards scalability by researching and developing silicon c
 olor center-based quantum technologies that can be used in future quantum 
 repeater platforms.\n\nWhat You Will Do:\n• Building, testing, and commiss
 ioning cavity integrated trapped-ion quantum processors.\n• Implementing f
 requency stabilization and synchronization of laser systems at remote loca
 tions.\n• Performing quantum networking experiments, including the demonst
 rations of high fidelity and high-rate ion-photon and ion-ion entanglement
  across the QUANT-NET test bed.\n• Assisting the ongoing efforts on establ
 ishing a fully operational ion-trap laboratory at LBNL.\n• Guiding and men
 toring 2-3 graduate students at the LBNL and UCB labs.\n• Disseminating th
 e research results in high-impact journals and national/international conf
 erences.\n\n
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