【香港科技大学物理系】 Berthold Jaeck 课题组招收博士研究生 (ph.d.) 两名。方向：二维材料以及扫描隧道电镜，实验凝聚态物理

详细信息可见下面的招生广告，如感兴趣申请者可联系导师 Berthold Jaeck.  课题组网站： https://www.nanoscale.ninja/

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Opening 1:
Title: phd position in microscopic studies of low-dimensional quantum materials (start date: 09/2021)

The Jäcklab at the hong kong university of science and technology (hkust) is seeking a talented and highly motivated graduate student for the microscopic investigation of low-dimensional quantum materials.

Located at the interface of condensed matter physics and material science, quantum materials research explores emergent quantum phases of matter occurring in novel material platforms. it is fueled by scientific curiosity and the prospect of future technological applications, ranging from energy efficient materials to quantum computation. examples encompass superconductivity observed in two-dimensional moiré superlattices, majorana zero modes in topological hybrid structures and quantum spin liquids in two-dimensional frustrated magnetic materials. scanning tunnelling microscopy (stm) experiments with their ability to investigate electronic properties atomically resolved are especially well-suited to derive a microscopic understanding of these quantum phenomena. i

In the Jäcklab, we are passionate about low-temperature (<1 k) stm investigations of novel quantum materials, and we apply a diverse set of methodologies to investigate their electronic, magnetic, and superconducting properties atomically resolved. we combine these activities are combined with the fabrication of designer quantum materials via epitaxial growth and van-der-waal’s heterostructures. our overarching goal is to connect microscopic insights with global material properties, promoting the integration of quantum materials in the technology of tomorrow,.

Your Role: you will take a leading role in the fabrication and stm investigation of 2d quantum materials. as a graduate student you will be trained in stm instrumentation and experiments, cryogenic equipment, ultra-high-vacuum technology and low-noise measurement techniques. you will further receive training in the sample fabrication and characterisation techniques relevant to your specific project. prospective intra-departmental collaborations will further expose you to complementary measurement techniques, such as electric and thermal transport experiments. your research projects will benefit from the state-of-the-art clean room, fabrication and characterisation facilities available at hkust, as well as from our diverse network of scientific collaborators in the united states and europe. you will engage in mentoring undergraduate research students, who will contribute to your research project under your guidance. throughout your postgraduate studies, we will assist you in developing a valuable skill set of research presentations, scientific writing and scientific leadership.

Requirements: most important to us is a curious minded and highly motivated candidate who has an interest in microscopy techniques and quantum materials. prior laboratory experience in relevant fields (scanning probe techniques, cryogenic and ultra-high vacuum equipment, van-der-waal’s heterostructures and epitaxial growth techniques) is welcomed but not mandatory. our interdisciplinary research combines condensed matter physics with elements from material science, and we strongly encourage candidates from various backgrounds (physics, applied physics & engineering, material science) to apply. our group stands for equal opportunity/affirmative action employment, and we especially welcome applications from women and minority candidates.

Benefits: hkust is a world leading research university with a beautiful beach side campus situated in one of the world’s most vibrant cities. it is hosting an international student body arriving from more than 60 countries, and it offers a generous postgraduate studentship program with competitive financial compensation (~usd 27,700/year). outstanding candidates are encouraged to apply to the prestigious hong kong phd fellowship (~us$40,900/year plus ~us$1,700/year travel allowance). the job offer will be contingent on the admission to the physics graduate school program. information on the graduate student program at hkust and living/studying in hong kong can be found at https://pg.ust.hk/prospective-students/home.

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Opening 2:
Title: PhD position in scanning tunnelling microscopy for quantum matter research (start date: 09/2021)

The JäckLab at the Hong Kong University of Science and Technology (HKUST) is seeking a talented and highly motivated graduate student for the construction of an ultra-low temperature scanning tunneling microscope specialized for the investigation of 2D quantum materials.

Research on emergent quantum phenomena occurring in low-dimensional material platforms is fuelled by scientific curiosity and the prospect of future technological applications, ranging from energy efficient materials to quantum computation. Scanning tunnelling microscopy (STM) experiments with their ability to investigate electronic properties of materials atomically resolved are especially well-suited to derive a microscopic understanding of the different quantum material platforms. Such experiments require a unique set of capabilities, combining ultra-low temperatures (<1 K) and an external magnetic field with optical access to the ultra-high vacuum sample space and, in particular, fast turnaround times. To date, most available STM setups are outfitted with different goals in mind and don’t meet these requirements. The design of suitable STM instrumentation  will, therefore, significantly promote these research activities.

In the JäckLab, we are passionate about low-temperature (<1 K) STM investigations of novel quantum materials, and the application of a diverse set of methodologies to investigate their electronic, magnetic and superconducting properties atomically resolved. These activities are based on our significant experience in construction and operation of various cryogenic STM setups and on our expertise in implementing novel measurement methodologies with an STM. Through the design and construction of custom-made microscopes with tailor-made properties, we accelerate the research activities on the emerging field of low-dimensional quantum materials.

Your Role: Starting September 2021, you will take a leading role in the installation of our unique, custom-designed ultra-low temperature STM in our low-vibration laboratory facility. In addition to the microscopic investigation of low-dimensional quantum materials, you will spearhead the development of a novel STM module, specialised on low-noise and high-bandwidth measurements. During your graduate studies you will be trained in 3D CAD design, in the design and operation of STM instrumentation and related technologies, and in low-noise electronic measurements. We ultimately seek a commercialisation of our STM system and components, providing you with a unique opportunity to launch your PhD project with our industry partners. Your project will benefit from the state-of-the-art work shop and clean room facilities available at HKUST as well as from our diverse network of scientific collaborators in the United States and Europe. You will engage in mentoring undergraduate research students, who will contribute to your research project under your guidance. Throughout your graduate studies, we will assist you in developing a valuable skill set of research presentations, scientific writing and scientific leadership.

Requirements: Most important to us is a curious minded and highly motivated candidate who has an interest in the development of scientific technology and microscopy techniques. Prior laboratory experience in relevant fields (scanning probe techniques, cryogenic and ultra-high vacuum equipment) is welcomed but not mandatory, and we strongly encourage candidates from various backgrounds (physics, applied physics & engineering) to apply. Our group stands for equal opportunity/affirmative action employment, and we especially welcome applications from women and minority candidates.

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Where we are going: we are an agile and aspiring research group with a strong international scientific network. we focus on scientific relevant and timely research topics. to that end, our laboratory will be outfitted with specifically designed state-of-the-art research equipment, facilitating unique research opportunities in quantum materials. our research faces no barriers, and we are looking forward to expanding our scientific portfolio as we are scaling up our research activities.

Contact: we are looking forward to discussing your opportunities! please don’t hesitate to get in touch with us and send us your cv and cover letter. more information on our research activities can be found on our website at http://www.nanoscale.ninja.

Dr. Berthold Jaeck
Assistant professor
Department of physics
The hong kong university of science and technology
clearwater bay, kowloon, hong kong
web: http://www.nanoscale.ninja
email: bjaeck@ust.hk
phone: (852) 2358-7495 返回小木虫查看更多