量子光源工程与光子量子计算系统架构博士学位奖学金——丹麦技术大学电学系

这项博士研究致力于高效率固态单光子源的设计、模拟及光学特性分析，旨在为欧盟“地平线欧洲”计划下的光子量子计算架构工程贡献力量，该研究属于“地平线欧洲MSCA博士网络”项目。 申请者应拥有硕士学位，并具备光学模拟工具或纳米制造方面的实践经验。

Job description: The Quantum Light Sources Group at DTU Electro is seeking candidates for PhD Scholarships in the field of design, simulation and optical characterization of highly efficient solid-state sources of single indistinguishable photons as well as in the engineering of system architecture for photonic quantum information technology. The position is offered within the framework of the EU Horizon Europe MSCA Doctoral Network “A Photonic Quantum Computer (PHOTONIQC),” Grant Agreement No. 101312868, which will employ a total of 15 PhD students in seven countries working in close collaboration on distributed photonic quantum computing. You will participate in an international team of PHOTONIQC PhD students, which will construct a new generation of components including sources, circuitry and detectors, propose new photonic quantum computing protocols and finally perform experimental implementations of multi-node distributed quantum computing. Locally, you will participate in a team with several senior researchers and Ph.D. students, which will design, fabricate and characterize quantum-dot-based single-photon sources. Responsibilities and qualifications The focus of the PhD1 project position is the design and numerical simulation of quantum-dot-based single-photon sources using advanced optical simulation tools. The objective of the PhD2 project is the quantum optical characterization of the devices in our state-of-the-art optical laboratory using advanced optical excitation techniques. In both projects, the overall objective is to increase the efficiency and photon indistinguishability towards unity. Finally, the PhD3 project will build system architecture for cluster state quantum computing. The primary responsibilities of the PhD students include: Employ simulation techniques to analyze the single-photon source performance and propose new single-photon source designs overcoming the observed limitations (PhD1). Perform optical characterization of the fabricated devices in terms of purity, efficiency and photon indistinguishability (PhD2). Establish a network architecture blueprint for photonic graph state computation relating the performance of individual components to the success probability of the full computation (PhD3). Supervise MSc/BSc/Fagprojekt project students. Contribute to the development of new SPS designs. Document the research with scientific articles and conference contributions. The PhD projects will take place at DTU Electro. Apart from the time at DTU there will be secondments. PhD1 project will hold 1 month secondments at Ruhr University, CNRS and 2 months at CEA. PhD2 project will hold 1 month secondments at Ruhr University and Quandela, and 2 months at CNRS. PhD3 project will hold 1 month secondments at CNRS and Quandela and 2 months at International Iberian Nanotechnology Laboratory. There will also be regular meetings with the other Ph.D. students in the Doctoral Network, including 3 training schools, 5 workshops, and a final conference. You must have a two-year master's degree (120 ECTS points) or a similar degree with an academic level equivalent to a two-year master's degree. Mobility Requirement Candidates must not have resided or carried out their main activity (work, studies, etc.) in Denmark for more than 12 months in the 3 years before their recruitment date. Applicable for all scholarships

批准与注册： 博士奖学金的授予需经学术审批，申请者将被录取至丹麦技术大学旗下的常规学位课程中。关于我们的录取要求及博士课程整体规划的相关信息，请参考丹麦技术大学博士教育规定。 评估

我们提供： 丹麦技术大学 DTU作为全球领先的科技大学，以其卓越的研究、教育、创新及科学咨询能力而著称。我们提供在国际环境中具有挑战性与成就感的工作机会。 我们在一种以集体尊重为特色、以学术自由与责任意识相融合的环境中，致力于追求学术卓越。 薪资与聘用条款： 根据与丹麦职业协会联合会达成的协议安排，该职位安排将予以确定。关于科学人员的薪资结构，请参考 [会员链接] 中的内容。 薪酬依据资历确定，最低基本工资为 DKK 29.691,75，博士津贴为 DKK 1.551,00。此外，还将包含丹麦技术大学支付的养老金。 任职期为3年。开始日期为2027年3月1日（或根据双方协议确定）。该职位为全日制职位。 您可在此处进一步了解丹麦技术大学的相关职业发展途径。

申请程序： 您完整的在线申请文件必须最迟于 2026 年 11 月 15 日（丹麦时间 23:59）前提交。申请文件必须以一个 PDF 文件的形式提交，其中包含所有所需材料以获得审核。如需申请，请打开“立即申请”链接，填写在线申请表格，并将所有英文材料合并为一份 PDF 文件上传。该文件必须包含： 申请动机信（封面信） 个人简历 成绩证明及理学硕士/工学硕士文凭（英文版），包含评分标准的官方说明 在“请说明您希望申请哪个职位”这一栏中，请注明您正在申请哪个项目（来自上述博士项目列表或单独研究项目名称）。 未完整的申请将不予考虑。您可以在获得硕士学位之前提交申请，但必须在取得学位后才能开始学习。 截止日期之后收到的申请将不予考虑。鼓励所有符合条件的候选人申请，无论其年龄、性别、残疾状况、种族、宗教或民族背景如何。 作为丹麦技术大学，该学院专注于关键技术领域的研究，此类研究需遵守特殊的安全与出口管制规定。对于符合资格的申请者，可能会进行开源背景审查。丹麦技术大学电气工程系拥有超过 300 名具备电学与光子学工程专业能力的熟练研究人员。作为一个院系，我们致力于创造可持续能源与更环保的互联网环境，同时加强网络安全和健康技术发展。与工业及公共组织合作是我们寻找并实施社会新解决方案的首要任务之一。 我们致力于提供最高标准的教育、研究与创新成果，对应用导向研究的重视使我们能够跨越多项工程学科与研究领域开展合作，例如信息技术、医学与健康科学领域。我们与全球各地的研究人员保持密切合作，同时与工业界及公共机构携手推进基于电学与光子学工程作为关键支撑技术的解决方案的推广。丹麦技术大学——自1829年起为造福社会而发展，该大学是欧洲领先的精英技术大学之一。 通过国际顶尖水平的研究与教育，我们致力于解决当代重要的社会挑战，并助力欧洲在可持续技术发展领域保持全球领先地位。自汉斯·克里斯蒂安·奥斯特德在近200年前创立丹麦技术大学以来，我们的使命始终未变：通过自然与技术科学领域的发展与价值创造，为社会带来福祉。丹麦技术大学拥有13,800名学生、1,600名博士生及6,500名员工。我们身处国际化环境中，拥有包容、激励且非正式的职场文化。该大学在丹麦各地及格陵兰岛设有校区，并与全球最优秀的大学开展合作。