Eventually, she got involved in an exploration of the market opportunity for quantum computing. Nur has been interested in science for as long as she can remember. Tim Menke is pursuing a PhD in the field of quantum computing at Harvard and MIT, jointly advised by Alán Aspuru-Guzik and William Oliver. “Even if the quantum computing revolution isn’t going to come for another few years, quantum computing is a fundamentally different way to do computing. He received a BS in physics from Purdue University, a PhD in physics from UC Berkeley, and completed postdoctoral work at the UC Berkeley developing high-coherence superconducting quantum processors. “To be a good product manager, especially with a technology this complex, you have to understand the technology itself; you have to understand its potential, but also its limitations,” she said. Harvard College Developers for Development (D4D) - Community of students dedicated to applying our technical skills in the social impact space; Harvard College Quantum Computing Association (HCQCA) - Student-run organization dedicated to the education/engagement in Quantum … Apply to Research Intern, Research Scientist, Researcher and more! ... Quantum computing, no cooling required Harvard researchers create room-temperature quantum bits that store data for nearly two seconds. “It was my responsibility to contribute to science and put my findings out there so the next person coming along can continue to push the field forward,” she said. So after earning her Ph.D., she joined the Boston Consulting Group as a management consultant. The curiosity that has driven her since childhood remains one of her greatest assets. FindAPhD. Unlike classical computers, which use long strings of binary digits, quantum computers utilize “quantum bits,” or qubits, that have unique properties which can provide an exponential increase in processing power. The development of quantum algorithms and communication protocols, as well as the possibility of implementing them with different systems, has established the field of quantum information as one of … IBM Research Staff Member Katie Pooley, an Applied Physics PhD from Harvard who joined IBM in 2015, at the Thomas J Watson Research Center, is a process integrator on the IBM Q team. Solving problems drew her in, and what she intended to be a one-year stint stretched to nearly three. The graduate program in physics accepts applications only for the PhD degree. The Harvard Department of Physics offers students innovative educational and research ... condensed-matter physics, materials science, mathematical physics, particle physics, quantum optics, quantum field theory ... We have a flexible and highly responsive advising structure for our PhD … Curious about research, she enrolled in the Research Experience for Undergraduates program at Harvard. Repeats every week every Wednesday until Wed Mar 03 2021 . It can be challenging to explain such complex physics concepts to individuals who come from a non-physics background, Nur said. “The technology itself is remarkable, but the technology means nothing if the world isn’t able to understand or use it,” Nur said. Please also take time to engage with these Anti-Racism Rescources curated by several Harvard community members. If someone mentions quantum computing, and you find yourself outwardly nodding your head, but secretly shaking it, you’re in good company: some of the world’s smartest people admit they don’t really understand it either. Optical quantum hardware promises much higher clock-rates compared to more mature platforms, as well as the potential to work at non-cryogenic temperatures. Before joining IBM, he was a postdoctoral researcher at the National institute of Standards and Technology in Boulder, CO. It was her first exposure to the field, and she was enthralled by the cutting-edge science and world-changing potential. Quantum Computing merges two great scientific revolutions of the 20th century: computer science and quantum physics. “Asking ‘why’ and then coming up with a structured approach to answer that question, and even just learning about the different resources that are available to get to that answer, is what was most exciting to me.”. “The problem with solid oxide fuel cells is that they typically operate at very high temperatures, around 500 degrees Celsius, so you definitely couldn’t have one in your phone,” she said. The technology could speed drug discovery, improve climate change models, and push artificial intelligence into overdrive. Quantum computing is poised to transform the world. Science | Date July 3, 2012 March 18, 2019. 29 Oxford Street, Cambridge, MA 02138, Preparing the world for the quantum computing revolution, © 2021 President and Fellows of Harvard College, As Global Lead for Commercial Alliances at, “Even if the quantum computing revolution isn’t going to come for another few years, quantum computing is a fundamentally different way to do computing. Nur at the African Materials Research Society (MRS) conference in 2013, where she presented her work on solid oxide fuel cells. 4-year PhD programme in quantum technology and quantum systems engineering. As Global Lead for Commercial Alliances at IBM Quantum, Nur works with clients to help them understand how quantum computing could disrupt their industry, and what it means for them. Achievement could lead to more-efficient quantum computing. Discover the business and technical implications of the new frontier in computing and how you can apply them to your organization with this two-course program from MIT. So it is not a matter of just converting your code to make it quantum,” said Nur, who earned an applied physics Ph.D. in 2016 from the Harvard John A. Paulson School of Engineering and Applied Sciences and Graduate School of Arts and Sciences. At the same time, we are exploring quantum … Lukin, who co-directs the Harvard Quantum Initiative, spoke with the Gazette about the week’s quantum computing news. The Harvard Quantum Initiative condemns racism, racial injustice, racially-targeted violence and discrimination. 10:45 – 11:30 AM The Blurring Interface Between Quantum Computing and Quantum Chemistry Speaker: Jarrod McClean, Harvard University Abstract: Quantum computing offers promising new solutions to problems faced in quantum chemistry. In the photo, Pooley is examining a cryostat with the new prototype of a commercial quantum processor inside. Quantum physics is the theoretical basis of the transistor, the laser, and other technologies which enabled the computing revolution. 490 Quantum Computing jobs available on Indeed.com. We celebrate the common bonds that unite us in our exploration of the world, and are committed to developing an environment of respect and opportunity. She relies on the analytical skills and creativity she developed at SEAS to effectively tailor her work to the unique situation of each client. Search Funded PhD Projects, Programs & Scholarships in Quantum Physics at Harvard University. It is rewarding to walk a client through real-life examples of what a quantum solution would look like for their business, and see the lightbulb go off when they realize the technology’s potential, she said. Quantum Science Center: A Partnership to Drive the the Development of New Quantum Technologies August 26, 2020 Transforming the nation’s ability to innovate and, in turn, drive its economy in the 21st century requires revolutionary approaches to computing and sensing. “My research was to synthesize new materials that would allow us to operate these fuel cells at much lower temperatures.”. She became fascinated by the way physics and chemistry could explain how the world works, so she double majored in the disciplines as an undergraduate at Houston Baptist University. The time to learn about quantum computing is now. The goals are twofold: to explore quantum mechanics in engineered systems such as metamaterials and to develop the quantum technology necessary for quantum computing to be successful. So it is not a matter of just converting your code to make it quantum,” said Nur, who earned an applied physics Ph.D. in 2016 from the, Curious about research, she enrolled in the, SEAS & FAS Division of Science: Coronavirus FAQs, Harvard John A. Paulson School of Engineering and Applied Sciences. Jessica Pointing has engaged in quantum computing research at Stanford University, Harvard University and Massachusetts Institute of Technology (MIT). We believe that substantial, enduring change is possible only when our community engages in sustained reflection, discussion, and action. While Nur loved being immersed in science, she felt her impact could be amplified if she learned more about the world of business. Our mission is to help scientists and engineers explore new ways to transform quantum theory into useful systems and devices. Understanding quantum systems could position you for research in true fault-tolerant quantum computing. Fulbright Future Scholar at Harvard | Westpac Future Leader Scholar at UNSW | Quantum Computing PhD Candidate Sydney, Australia 500+ connections. Quantum Information; Quantum Optics; Quantum Sensing; Nanomechanics; Topological Physics; Device Physics; UC Santa Barbara: The following is a list of Quantum computing initiatives going in UCSB: Centre for Spintronics and Quantum Computation; Martinis Group; University of Maryland – Joint Quantum Institute: Here is the link to JQI Research page. For the last 5 years Martin Sandberg has been a research staff member in IBM’s experimental quantum computing group. Although many graduate students earn a continuing AM (Master of Arts) degree along the way to completing their PhDs, the department does not accept applications specifically for terminal AM degrees. Join to Connect Harvard University. Now at IBM, Nur enjoys the educational aspects of her role. His research topics include: Spin based quantum computing and metrology using semiconducting quantum dots and color centers in diamond; Topological quantum computing using HgCdTe quantum wells and fractional quantum Hall states; and interacting electrons in graphene multilayers. UNSW Australia. The Harvard Quantum Initiative in Science and Engineering (HQI) is a community of researchers with an intense interest in advancing the science and engineering of quantum systems and their applications. We celebrate the common bonds that unite us in our exploration of the world, and are committed to developing an environment of respect and opportunity. She consulted on financial due diligence, strategy, and operations for firms in a number of different industries, and found the wide array of business challenges fascinating. Read the interview with Prof. Lukin in The Harvard Gazette: "Riding the quantum computing ‘wave’" by Alvin Powell, October 29, 2019. “At the same time, you have to put on your strategic hat and say, ‘this technology is novel and exciting, but does it make business sense for a company to invest in or use this technology today?’”. Working in a Harvard Physics Department lab, a team of researchers led by Harvard Professors Mikhail Lukin and Markus Greiner and Massachusetts Institute of Technology Professor Vladan Vuletic developed a special type of quantum computer, known as a quantum simulator, that is programmed by capturing super-cooled rubidium atoms with lasers and arranging them in a specific … “If you want to use quantum computers, you have to think in a completely different way in order to program them.”. Theoretical chemistry at Harvard covers a broad range of topics from electronic structure theory to protein folding, and brings chemical principles to bear on disciplines not traditionally associated with chemistry, such as evolution and quantum information. The Harvard Quantum Initiative condemns racism, racial injustice, racially-targeted violence and discrimination. She wanted to dive deeper into this brave new world of computing, and joined Honeywell Quantum Solutions as a senior product manager to commercialize a first-of-its-kind quantum computer. Science | Date April 12, 2018 November 12, 2018. Harvard is home to the most powerful quantum machines ever made.” He notes that hundreds of young leaders who trained at Harvard are now conducting their own cutting-edge research at institutions around the world, pushing the boundaries of what is currently known about the quantum … Copyright © 2021 The President and Fellows of Harvard College, Loncar group develops new method to fabricate and design integrated, on-chip modulators, Lukin and Greiner groups collaborate with MIT group to create 51-qubit quantum simulator, John Doyle is part of the team to make the most precise measurement ever of the shape of the field around an electron, Yacoby group excite and detect spin waves in a quantum Hall ferromagnet, Ni group grabs two atoms with optical tweezers and brings them together to build one designer molecule, HQI Member, Julia Mundy, receives Packard Fellowship, HQI Co-Director John Doyle awarded APS Broida Prize, HQI Co-Director Mikhail Lukin discusses his work at OPN’s Quantum 2.0 Conference, Harvard team uses lasers to cool polyatomic molecules, Harvard Partners with National Labs Quantum Computing, HQI Co-director Evelyn Hu named to National Quantum Initiative Advisory Committee, Next-Gen Quantum Investigators Colloquium Series, Max Planck-Harvard Research Center for Quantum Optics. He obtained his Bachelor’s and Master’s degrees in Physics from ETH Zurich, and previously conducted research on quantum microwave-to-optics conversion for his Master’s thesis at JILA in Boulder, Colorado. He received his PhD in microecology and nanoscience from Chalmers University in Sweden. The Future is Quantum with Dr. Krysta Svore. • Quantum technologies involve control and manipulation of quantum states to achieve results not possible with classical matter, transforming measurement, communication and computation. He completed his PhD in computer science at Harvard ... His research is in theoretical quantum information. Eric Heller joined the physics faculty at Harvard in 1993, and became a CCB faculty member in 2009. [email protected]. Hooked on research, Nur decided to return to Harvard to pursue a Ph.D. in applied physics. Episode 8, January 17, 2018. Suhare Nur wants to ensure that when this next tech revolution arrives, the world is ready. I was drawn to Harvard because of the top-notch research and frequent collaboration between experimental and theoretical physicists. We will work to develop programs that will deepen our commitment and advance diversity and inclusion in quantum science and engineering. Read the latest updates on coronavirus from Harvard University. Prepare for the future of quantum computing online with MIT. Then she helps them get up to speed on the groundbreaking technology. He is the co-Director of the Harvard Quantum Initiative, director of the Japanese Undergraduate Research Exchange Program (JUREP), and co-director of the Harvard/MIT Center for Ultracold Atoms. The field of quantum information bloomed two decades ago when scientists realized that quantum physics could be used to transmit and process information in more efficient and secure ways. In this discussion, I will introduce some of the methods used in classical electronic structure calculations and their limitations. The group is exploring multiple lines of attack to these challenges, including the design of novel quantum defects, exotic vacancies in diamond lattices, and strongly nonlinear optical materials. The Max Planck-Harvard Research Center for Quantum Optics (MPHQ) joins the expertise of the Max Planck Institute of Quantum Optics (MPQ) and the Harvard University Department of Physics to support research and educational activities in fundamental and applied physics ranging from quantum gases, quantum sensing, quantum metrology, and quantum control to quantum chemistry, quantum many … The Harvard Quantum Initiative is co-directed by professors John Doyle, Evelyn Hu, and Mikhail Lukin. John Doyle obtained his PhD from the Massachusetts Institute of Technology. I got to carve out a little piece of research that I could own and drive myself,” she said. “Helping clients experience that flip, from not knowing much about quantum computing to starting to understand its transformative potential, that is really rewarding.”, Adam Zewe I will then show how […] He received his PhD in Chemical Physics from Harvard.. His research centers on time dependent and semiclassical quantum mechanics of molecules and devices, including electron flow in semiconductors. We celebrate the common bonds that unite us in our exploration of the world, and are committed to developing an environment of respect and opportunity. In collaboration with a postdoctoral fellow, she spent a summer studying how particles interact with each other within a colloidal mixture. The interior of an IBM Quantum computing system. For SEAS specific-updates, please visit SEAS & FAS Division of Science: Coronavirus FAQs. However, until that noise is reduced, quantum computing is still a significant factor in the next stage of cybersecurity and AI. Harvard Quantum Initiative postdocoral fellowship at Harvard (apply by December 4, 2020) Post navigation ← PhD positions at International Max Planck Research School on Trustworthy Computing (apply by December 31, 2020) Learn Quantum Computing. In the lab of Shriram Ramanathan (who is now Professor of Materials Engineering at Purdue University), she researched solid oxide fuel cells, which are composed entirely of solid components on a silicon chip. “Even if the quantum computing revolution isn’t going to come for another few years, quantum computing is a fundamentally different way to do computing. “That was really transformative for me. Harvard T. H. Chan School of Public Health - Center for Health and Happiness ... Quantum Computing Engineer (Summer 2020 PhD) Quantum Computing Developer (Summer 2020 PhD) Intern - Quantum Computing Developer (Master's) More info - Apply to become a quantum computing intern at IBM. The variety of people she has the opportunity for work with, from startup founders to executives at multinational firms, from quantum theorists to business leaders, ensures that each day brings new puzzles to solve. (Photo provided by Suhare Nur). (Credit: IBM). It’s rewarding to work with experimentalists in my group (led by Prof. Misha Lukin) who are building real-life quantum computers from hundreds of controllable, interacting neutral atoms. We invite our community members to share their ideas by emailing [email protected]. So it is not a matter of just converting your code to make it quantum,” said Nur, who earned an applied physics Ph.D. in 2016 from the Harvard John A. Paulson School of Engineering and Applied Sciences and Graduate School of Arts and Sciences . We will work to develop programs that will deepen our commitment and advance diversity and inclusion in quantum science and engineering. Because they have no liquid components, these fuel cells could, in principle, be used to power computers or cell phones, providing a much cleaner source of power. However, it also faces challenges due to the difficulty to create nonlinear interactions between photonic qubits. The Harvard Quantum Initiative condemns racism, racial injustice, racially-targeted violence and discrimination. p: (617) 495-1180 For Nur, the biggest challenge of the work was also the most exciting part of research—as she became the scientific authority on the new material she was synthesizing, she had to rely on herself to come up with solutions to problems. 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