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金币: 313.1
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虫号: 62855
注册: 2005-04-02
专业: 凝聚态物性 II ：电子结构

[交流] 澳洲新南威尔士大学招收凝聚态（计算）物理-量子计算博士后已有2人参与

A/Prof Rajib Rahman
https://physics.unsw.edu.au/staff/rajib-rahman
PDF附件无法上传，内容复制过来显示有敏感内容，请直接联系Rajib Rahman
rajib.rahman@unsw.edu.au
以下为广告的部分内容：
Postdoctoral Position in Computational Quantum Science and Engineering at the
University of New South Wales, Sydney, Australia
Group Leader: Dr. Rajib Rahman, Associate Professor of Physics, UNSW.
Affiliation: School of Physics, Centre for Quantum Computer and Communication Technologies.
Relevant areas: Quantum Computing, Solid-state Physics, Quantum Physics, Quantum Material
Science, Computational science. Backgrounds in computational condensed matter Physics or
solid-state electronics are preferred.
Description of research: We develop computational techniques and software for modeling
solid-state quantum bits. We work closely with world-leading experimental groups to
understand their experimental measurements and also to guide them in designing quantum
systems. Our work involves multi-scale modeling of quantum materials and devices ranging
from atomistic to effective mass finite-element based methods and from first principles to
empirical methods for electronic structure and transport simulations. We are interested to
study couplings of electrons with phonons, photons, and other electrons and quasi-particles,
and utilize these interactions to design quantum computing platforms. In the context of silicon
qubits, our work has modeled the single and two qubit gates with quantum dots and dopants,
and proposed designs that can enhance lifetime and electron-electron couplings. Beyond
quantum computing, we are also interested in low-energy electronics as a replacement of
CMOS for future electronics, and are interested in emerging materials with exotic properties
that can be harnessed in functional devices. Our work has been documented in a variety of
journals including those of Nature and Science groups, physical review letters, nanoletters and
IEEE journals [1-11].
Expectations: The postdoc will primarily be working on Phosphorus impurity qubits in silicon
with the computational tools and techniques developed in Prof. Rahman’s group. The postdoc
is also expected to perform computational methods development relevant to modeling
quantum systems. The postdoc will be working with PhD students also on joint projects. The
candidate will also collaborate with experimental groups at the quantum computing center at
UNSW and elsewhere.
Application process: The interested candidates should send their curriculum vita to Prof.
Rahman at rajib.rahman@unsw.edu.au.

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