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一、學校學院與科研團隊簡介

中山大學現由廣州校區、珠海校區、深圳校區三個校區、五個校園及十家附屬醫院組成。物理與天文學院是位于珠海校區的整建制學院，是珠海校區十三五規劃發展人文學科和理科學科群的重要組成部分。作為中山大學珠海校區的新建學院，物理與天文學院具有巨大的發展潛力。

量子信息與測控團隊為中山大學物理與天文學院五大科研團隊之一，也是廣東省量子精密測量與傳感重點實驗室的重要組成部分。量子信息與測控團隊在羅樂教授的帶領下日益發展壯大，兩年內已相繼建成具有世界領先水平的超冷原子激光冷卻實驗裝置、囚禁離子量子比特測控實驗裝置，并在nature communications，physical review letters等知名國際期刊上發表重要科學論文。團隊致力于原子分子光物理與量子信息領域的融合交叉，以原子分子光子的精密測控實驗為主線，結合量子力學基礎理論研究，力爭在量子模擬、量子計算、量子通信、量子調控等方向取得國際一流的原創性科學成果，進而推動量子信息和測控技術的應用。目前迫切需要下列研究課題的專業人才加入。

二、主要招聘方向

1）超冷費米原子的量子模擬與控制

quantum simulation and control with ultracold fermionic atoms

project leader：professor le luo羅樂,, principal investigator of trapped atoms and ions lab, head of division of quantum information, measurement, and control

we will use lithium-6, with lithium-7 and/or ytterbium atoms, to make fermi-bose mixtures for the purpose of simulating nonequilibrium strongly interacting system, dimension crossover system, and parity-time symmetric open quantum systems etc. lithium-6 atoms have exceptional properties for open system quantum simulations with tunable s-wave interaction from bec to bcs, multiple p-wave resonances, and multi-component spin mixtures etc. after practicing lithium-6 experiments for several years, our apparatus has these control knobs in high precision level, satisfying the requirements of several interesting proposals in this field.

2）基于囚禁離子的量子計算與網絡

quantum computing and networking with trapped ions

project leader：professor le luo羅樂,, principal investigator of trapped atoms and ions lab, head of division of quantum information, measurement, and control

we would like to hire several research fellows and postdocs to work in our current trapped ytterbium ion project. we will use yetterbium-171 ions to implement the following projects: 1) ultrafast and scalable quantum gates with yb-171 ions; 2) ion-photon entanglements and remote quantum gates over a long distance; 3) free-space light transmission for quantum channel; 4) design and test new types of ion trap with integrated optics; 5) hybrid trapped ion quantum gates with phonon and photon; 6) open quantum simulations with trapped ions etc.

3）里德堡原子精密測量

precision measurements with rydberg atoms

project leader：associate professor thibault thomas vogt,, principal investigator of rydberg atoms lab

associate professor thibault vogt is a well-known researcher in rydberg atom physics with strong credentials and more than one thousand citations (google scholar citations). he is recently selected as distinguish youth faculty of sysu.

we would like to hire several research fellows and postdocs to start a new research direction on the metrology and quantum sensing of electromagnetic fields. we will use rydberg atoms, which have exceptional potential for measuring electric fields with unprecedented precision, ranging from static to microwave and terahertz frequencies.

important practical and fundamental applications that will be investigated include monitoring discharge electrostatic fields, analyzing stray surface fields, developing a standard for the measurement of microwave fields, detecting microwave photons in superconducting qubits based quantum computers, sensing blackbody radiation, and looking for the existence of the axion in particle physics.

4）中性原子的量子模擬和量子信息處理

quantum simulation and quantum information processing with neutral atoms

project leader：associate professor thibault thomas vogt,, principal investigator of rydberg atoms lab

associate professor thibault vogt is a well-known researcher in rydberg atom physics with strong credentials and more than one thousand citations (google scholar citations). he is recently selected as distinguish youth faculty of sysu.

we will make use of the well-known technique of atom trapping in optical potential tweezer arrays. we will also utilize the excitation to rydberg states to induce strong interactions between atoms and realize conditional phase shifts for quantum gates. the applications of this research include the simulation of spin models and the realization of fast and scalable quantum computing.

5）光學頻率梳精密光譜

precision spectroscopy with optical frequency combs

project leader：associate professor feng zhu,, principal investigator of precision spectroscopy lab

we will develop the high power mid-infrared frequency comb sources to implement the following projects: 1) mid-infrared dual frequency comb spectroscopy; 2) mid-infrared cavity-enhanced frequency comb spectroscopy; 3) using precision spectroscopy for trace gas analysis in environmental or medical monitoring applications etc.

6）量子通信及信息處理

quantum communication and information processing

project leader: associate professor shihai sun,, principal investigator of quantum communication lab

associate professor shihai sun is a well-known research in quantum communication, especially in quantum cryptography. he had developed many qkd system and quantum hacking strategies. he had published many papers with high citations, the journals include prl, optica, pra, and so on.

we will develop the key technologies for practical quantum communication and information processing system, and try to apply them in practical field. our projects include: 1) experimental demonstration of qkd based on mobile-platforms; 2) security evaluation of practical qkd system; 3) new quantum communication protocol that immune to quantum hacking and noise; 4) the application of qkd in practical field.

三、招聘崗位及要求

1）中山大學專職科研系列人員research fellow

崗位要求：年齡不超過38周歲，具有物理、光學、電子工程等領域知名高?；蜓芯繖C構工作經歷的人員。

2）中山大學博士后研究人員postdoctoral research scholar

崗位要求：年齡在35歲以下，在物理、化學、光學、電子工程、機械工程、量子信息相關的計算機科學等領域獲得博士學位不超過3年。

四、相關待遇

●為引進人才提供具有競爭力的薪資福利待遇，具體可聯絡咨詢；

●提供安家補貼、住房補貼、校區工作補貼、五險一金等優厚待遇；

●可隨時辦理校區落戶；

●提供低租金的人才公寓；

●為子女提供優質的附屬教育機構入托入學等教育資源福利。

五、招聘流程

1.確定意向；

2.提交個人學術簡歷（個人基本信息、主要學習及工作經歷、近5年內論文發表情況及學術科研項目成果）至聯系人郵箱，進行資格初審，下附聯系郵箱；

3.學院初步審核；

4.符合條件的應聘者提交申請材料；

5.根據學校引進人才相關政策要求提交材料并進行面試答辯。

六、聯系方式

聯系人：劉老師

聯系電話：18023036846

聯系郵箱：

聯系地址：中山大學物理與天文學院量子信息與測控研究團隊，廣東省珠海市香洲區唐家灣大學路2號，中山大學珠海校區行政樓101辦公室，校區郵編：519082

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