mspqc December 2020

mspqc@lists.physics.wisc.edu

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MSPQC Spring 2021 Enrollment
by Michelle Holland 04 Dec '20

04 Dec '20

Greetings MSPQC Students, The Spring 2021 schedule of classes is NOW available! https://enroll.wisc.edu/search?term=1214&subject=754 As a reminder, Spring 2021 enrollment begins next week on Monday, December 7th. Many of the physics courses (except those labs that require in person instruction) will be held online in the spring. If you plan to take courses outside of physics, you will want to specifically check which modality those courses will be offered in Spring 2021. NEW this semester on the course search and enroll website is a filter that allows you to filter by the various modes of instruction: all, in person, hybrid, online. https://kb.wisc.edu/registrar/107426 Please enroll right next week away during your enrollment appointment time. This ensures you are able to get into the courses you need for next semester. For those of you who need to enroll in Physics 799, please email me with details of who you will be working with (and CC that faculty member to the email) and I will get you authorized to enroll in that section. The Graduate School policy on enrollment requirements indicates that 8 credits are needed for full time status. https://grad.wisc.edu/documents/enrollment-requirements/ International Student Services (ISS) also further clarifies Spring 2021 enrollment guidelines (and winter travel guidance) for international students. https://iss.wisc.edu/spring-2021-enrollment-winter-travel-guidance/ The spring semester officially begins on Monday, January 25th, 2021. According to the dates and deadlines found on the Office of the Registrar's website, the last day to enroll without a $50 late enrollment fee will be Friday, January 29th, 2021. https://registrar.wisc.edu/dates/ As always, please don’t hesitate to contact me through Microsoft Teams (chat or video) or email me with any questions that you might have along the way. I know this can be complicated and there is a lot going on right now. I'm here to assist you! Have a great weekend ahead! Best, Michelle Michelle R.Z. Holland Graduate Programs Coordinator Department of Physics University of Wisconsin-Madison 608-262-9678 (available while working remotely) michelle.holland(a)wisc.edu Microsoft Teams: @michelle.holland

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FW: [members_cqe] CQE Internships
by Sarah Perdue 03 Dec '20

03 Dec '20

From: <members_cqe-request(a)lists.uchicago.edu> on behalf of "quantum(a)uchicago.edu" <quantum(a)uchicago.edu> Reply-To: "members_cqe(a)lists.uchicago.edu" <members_cqe(a)lists.uchicago.edu> Date: Thursday, December 3, 2020 at 2:47 PM To: "members_cqe(a)lists.uchicago.edu" <members_cqe(a)lists.uchicago.edu> Subject: [members_cqe] CQE Internships Dear CQE Members, Some of the following Chicago Quantum Exchange members and partners are soliciting applications for year round and summer 2021 interns. Please find some of these opportunities below and forward them to relevant students, trainees, and institution mailing lists. Additional opportunities will be added to the CQE internship<https://quantum.uchicago.edu/internships/> webpage and disseminated as they become available: Applied Materials, Inc., a corporate partner of the Chicago Quantum Exchange, is now accepting applications for a Quantum Computing and Materials Technology Intern for 2021. Applied Materials, Inc., is the leader in materials engineering solutions used to produce virtually every new chip and advanced display in the world. Applied’s expertise in modifying materials at atomic levels and on an industrial scale can help enable technology advancements across a broad range of applications. The intern will be responsible for kicking off Applied Materials’ technology exploration in the Quantum Computing and Si photonics domains, looking for specific segments and HVPs to target, making predictions about the market. The internship should result in an actionable plan for the Chief Technology Officer team to go-to-market. The internship will take place virtually. Graduate students interested in applying should have a background in physics, computer science, or engineering with some experience in business. Interested candidates should apply here<https://amat.wd1.myworkdayjobs.com/en-US/University/job/Santa-ClaraCA/Quant…> or by contacting Nir_Yahav(a)amat.com<mailto:Nir_Yahav@amat.com>. Argonne National Laboratory is seeking undergraduate and graduate summer students work on research in the field of quantum information science. We have openings in a large variety of projects related to development of novel quantum algorithms, new error correction and mitigation techniques, quantum simulators to model quantum devices, highly parallelized quantum simulators, and quantum compilers to name a few. Students interested in an internship at Argonne National Laboratory are encouraged to send an email to  quantum(a)uchicago.edu. The deadline for application is March 1, 2021. HRL Laboratories, LLC is a research and development laboratory that specializes in advancing ultra-high-performance circuitry, robust computing and communications, automated data extraction, innovative architected materials, and quantum information technology. Experienced undergraduate and graduate students interested in all areas of quantum information technology are encouraged to apply for an internship at the scenic Malibu laboratory location which originated world-changing inventions such as the self-aligned gate MOSFET (SAGFET) and the laser. HRL’s internship program<http://quantum.hrl.com/> is designed to provide students with valuable hands-on technical experience working alongside some of the world’s leading experts in the fields of quantum devices, advanced packaging, high speed electronics, scaled nanotechnologies, and more. Internships are paid, highly technical assignments with year-round availability. Temporary housing and travel/relocation benefits will be provided. Projects include developing and operating tools to simulate device physics and quantum state evolution, designing software to operate and analyze semiconducting quantum devices, conducting cryogenic measurements of silicon spin qubit devices, working with a team of scientists to build a cutting-edge cryogenic test laboratory, and developing and performing free-space, fiber, and chip-scale quantum optics experiments. Internships are available throughout the year. CQE students interested in an internship at HRL are encouraged to send an email to quantum(a)uchicago.edu<mailto:quantum@uchicago.edu> after applying through the HRL Laboratories portal<http://quantum.hrl.com/> to facilitate the application. IBM  Quantum  is  now  accepting applications for undergraduate and graduate student researchers, developers, and engineers to become IBM Quantum interns in  2021<https://www.ibm.com/quantum-computing/internship/>. IBM Quantum is an industry first initiative to build universal quantum computers for business, engineering and science. This effort includes advancing the entire quantum computing technology stack and exploring applications to make quantum broadly usable and accessible. With a worldwide network of Fortune 500 companies, academic institutions, researchers, educators, and enthusiasts, we are committed to driving innovation for our clients in the IBM Q Network and the Qiskit Community. IBM Quantum interns will be part of a team whose mission is to prototype, test and release new technologies for the world to use. As an IBM Quantum Research Intern, you will collaborate with a multi-disciplinary, global team of developers, designers, researchers, and engineers to bring new features to life.  Students at CQE institutions who are interested in an IBM internship should send an email to quantum(a)uchicago.edu<mailto:quantum@uchicago.edu> after and CQE members will help facilitate their application. JPMorgan Chase is accepting applications through December 6, 2020 for Quantum Computing Summer Associates. JPMorgan Chase’s research technology strategy and direction is oriented through investigation and research of emerging technologies, such as Quantum Computing, Human Machine Interfaces, Virtual and Augmented Reality, Computer Vision and IoT. As a Summer Associate, you will work closely with internal project teams, senior management, and external communities alike to advance these research focus areas in a way that is beneficial to the company’s technical teams. You will cultivate investigations into these areas, produce research solutions in collaboration with the internal project teams, and contribute to the firm’s intellectual property. Applicants should be Master’s or Ph.D. students in math, physics, engineering, computer science or related fields, have experience with Quantum Computing algorithms and applications, excellent knowledge of Python, experience with AI and/or Optimization, experience in scientific technical writing, as well as grant applications or research proposals, though no prior experience with financial markets required. Interested students can apply on the JPMorgan Chase portal<https://urldefense.com/v3/__https:/careers.jpmorgan.com/in/en/students/prog…>. Quantum Machines is a global leader in control systems for quantum computing. Our Quantum Orchestration platform powers quantum breakthroughs and accelerates the path towards the new age of quantum computing. QM has a team of quantum physicists, software and systems engineers, and chip designers, all passionate about advancing the world of quantum computing further than it has ever gone before. The Quantum Machines internship program is an exciting opportunity to gain real-world quantum computation experience, working alongside experienced quantum researchers on a breakthrough technological platform that is becoming the new standard for controlling quantum systems. Interns will become a part of the QM team and work in a high-paced startup environment, building tools to enable some of the most advanced quantum applications in existence or those targeting next-generation systems, and developing their quantum control capabilities, which will be highly applicable in their future research. QM is seeking undergraduate or graduate students with completed coursework on the basics of quantum mechanics, a familiarity with quantum information science, and solid programming experience in Matlab/Python or similar, emphasizing data analysis and experimental control. Experience with quantum lab experiments and machine learning techniques are a plus. Interested applicants should send resume and cover letter to hr(a)quantum-machines.co<mailto:hr@quantum-machines.co>. Quantum Opus, a corporate partner of the Chicago Quantum Exchange, is now accepting applications for internships. The company, located in Novi, Michigan, develops novel products and services that enable researchers to make single-photon measurements with unmatched sensitivity, speed, and precision. It’s Opus One™ multi-channel near-infrared photon detector system operates with greater than 80 percent detection efficiency. Interns are desired to improve the company’s low-loss, high-speed photon detectors, superconducting nanowire single-photon detectors, and custom engineering solutions for nanowire response, mid-infrared photon counting, custom cryogenic systems, and integration with waveguides and photonic chips, which will enable next-generation experiments in quantum optics, optical quantum computation, single-photon communication, low-flux biophotonics, and remote sensing. Interested undergraduate or graduate students should send a resume and cover letter to info(a)quantumopus.com<mailto:info@quantumopus.com>, explaining why they are interested in working with Quantum Opus, their areas of interest, and their unique expertise.

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mspqc December 2020