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THE GRADUATE SCHOOL

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Learn more about the program by visiting the Department of Physics and Astronomy

See related Interdisciplinary Clusters and Certificates

Degree Types: PhD, MS

Graduate Programs in Physics prepare students for careers in research, teaching, or industry. Students first acquire a strong theoretical background in quantum mechanics, statistical physics, electrodynamics, and classical mechanics.

Our department is particularly strong in multi-disciplinary research, with joint faculty in materials science, chemistry, and electrical engineering. Theoretical research in many fields is carried out with the aid of parallel supercomputers on campus and at the National Center for Supercomputing Applications in Champaign, Illinois. We also have strong ties to the Argonne National Laboratory, Fermi National Accelerator Laboratory, and ground-based observational facilities around the nation.

It is not unusual for students to conduct the bulk of their research with physicists outside the department, and in some cases outside the nation.

Additional resources:

• Department website
• Program handbook(s)

Program Statistics

Visit Master's Program Statistics for statistics such as program admissions, enrollment, student demographics and more.

Program Contact

Contact Nou Yang Graduate Program Assistant 847-491-3685

Degree Requirements

The following requirements are in addition to, or further elaborate upon, those requirements outlined in  The Graduate School Policy Guide .

Physics is a broad subject, ranging from pondering the origins of the universe to designing better electronic memory devices.

Young students and junior researchers from around the world are welcome to obtain a solid basis in the fundamentals of physics and to pursue their particular interests and professional goals at Northwestern.

The master's program in Physics is designed to meet the needs of individuals who have the interest and skills needed to learn physics but who will not spend several years in graduate school earning a doctorate. Students are meant to complete the requirements within four quarters, starting with basic "core" courses in classical mechanics, electrodynamics, quantum mechanics and statistical physics, followed by a number of elective courses drawn from many departments at Northwestern.

The keyword for the program is flexibility - students should be empowered to study what is most relevant to their goals.

For inquiries, please contact the Director of the master's program, Andrew Geraci .

Within the master's program, there are two paths to completion, called "Standard" and "Broad." They share the same core requirement.

Standard Path:

• Five core courses (see below)
• Four elective courses (see below)
• Either an in-depth reading project, or a research project, supervised by an appropriate faculty member, similar to PHYSICS 499-0 Independent Study
• Thesis to be presented for evaluation
• Should be completed by end of summer quarter

Broad Path:

• Seven elective courses (see below)

The Standard Path to the master's degree should be completed within one calendar year; the nine courses would be taken during the winter, fall and spring quarters and the master's thesis would be written during the summer. The Broad Path would be completed typically in 15 months; nine courses would be taken during the winter, fall and spring quarters, and the additional three courses would be taken in the fall quarter of the second year.

Core Courses : To be completed in fall & winter quarters

Elective Courses : At least four from this list, during spring and fall quarters.

Last Updated: September 12, 2023

MS Degree Requirements for PhD Students

Students enrolled in the Ph.D. program have the opportunity to obtain a formal master's degree as they work toward completion of the Ph.D. These requirements are as follows:

• Completion of seven core courses in the first year
• Completion of five or more elective courses in the second year
• GPA of 3.0 or higher

Total Units Required: 13

(All but electives are required for the MS degree.)

Other PhD Degree Requirements

• Examinations:  There is no longer a written qualifying exam. Should a student’s grades in the core courses fall below a 3.0, the student will be required to sit for an oral qualifier with a chosen committee.
• Research/Projects : original research project of publishable quality
• PhD Dissertation:  none specified beyond the PhD degree requirements outlined in the Current Students section of the web site
• Final Evaluations:  none specified beyond the PhD degree requirements outlined in the Current Students section of the web site

Center for Fundamental Physics (CFP)

With tabletop experiments, department of physics and astronomy, (847) 467-6678; 2145 sheridan road, evanston, il.

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© 2018 - Last Updated: 01/11/2024 - Disclaimer

APPLIED PHYSICS GRADUATE PROGRAM Joint PhD Program Between Weinberg College and Mccormick School of Engineering

Condensed matter & materials physics, interface science.

Interface science by its very nature brings together a diverse community with interests in device physics, catalysis, biomembranes, zoxide film growth, semiconductors, geochemistry, surface physics, corrosion, nanoscience, energy storage, and electrochemistry. One of the many grand challenges in this interdisciplinary field is to understand and control the assembly of atoms and molecules at well-defined surfaces in complex environments. In partnership with the Advanced Photon Source at Argonne National Lab, faculty members are developing increasingly sophisticated X-ray methods to meet these challenges. In-house methods include high-resolution TEM coupled with surface analytical and computational techniques, three-dimensional atom probe microscopy, an array of electron and scanning probe tools, and laser spectroscopy techniques. 

Faculty: Koray Aydin , Michael Bedzyk , Lin Chen , Vinayak Dravid , Pulak Dutta , Franz Geiger , Sossina Haile , Mark Hersam , Chris Jacobsen , Lincoln Lauhon , Laurence Marks , Tobin Marks , Amanda Petford-Long , Teri Odom , Monica Olvera de la Cruz , James Rondinelli , G. Jeffrey Snyder , Peter Voorhees , Emily Weiss , Christopher Wolverton . 

Although magnetism goes back to ancient times, it remains anactive field. At Northwestern, researchers focus on several topics, including magnetic-structure calculations that allow quantitative predictions of the properties of both existing and yet-unfabricated materials, nanostructures that display both ferromagnetism and ferroelectricity, and spintronics, which studies combined magnetic and electrical transport properties. Dynamic studies largely focus on magnetic collective modes whose frequencies fall in the microwave regime; such studies will be greatly aided by a new National Science Foundation-funded facility devoted to measuring microwave responses of a variety of structures fabricated by faculty in applied physics.

Faculty: Venkat Chandrasekhar , Vinayak Dravid ,  William Halperin , John Ketterson, Pedram Khalili , Amanda Petford-Long , James Rondinelli , Nathaniel Stern .

Mineral Physics

Minerals, naturally occurring crystalline solids, are produced through geological processes or by living organisms. The study of the growth and behavior of natural crystals, and of their interactions with organic molecules, is important for topics ranging from understanding the evolution of the earth and planets to understanding and controlling the ways in which biomolecules guide the growth of bones and shells. Likewise, mineral physics allows us to learn about our environment and investigate processes, such as carbon sequestration, and to use biology-inspired ideas to make hybrid organic–inorganic nanomaterials. These efforts are grounded in solid-state physics and involve chemists, physicists, geologists, and materials scientists.

Faculty: Michael Bedzyk , Pulak Dutta , Franz Geiger , Sossina Haile , Steven Jacobsen , John Ketterson , James Rondinelli , G. Jeffrey Snyder , Christopher Wolverton . 

Affiliated Faculty

Randall Berry

Matthew Grayson

Dongning Guo

Seng-Tiong Ho

Chris Jacobsen

Pedram Khalili

John Ketterson

Hooman Mohseni

David Seidman

Nathaniel Stern

Bruce Wessels

Nathaniel P. Stern

Professor of physics and astronomy.

Department of Physics and Astronomy Northwestern University 2145 Sheridan Road Evanston, IL 60208 USA Phone: +1-847-467-0625 Office: Technological Institute F245 E-mail: [email protected]

ORCiD: 0000-0002-8903-3516

Google Scholar

Professional Experience

• Professor, Physics and Astronomy, Northwestern University, 2023 – present
• Co-Director, Applied Physics Graduate Program, Northwestern University, 2022 – present
• Associate Professor, Physics and Astronomy, Northwestern University, 2018 – 2023
• Institute Fellow, Northwestern Argonne Institute for Science and Engineering, 2017 – present
• Assistant Professor, Physics and Astronomy, Northwestern University, 2011 – 18
• Richard C. Tolman Prize Postdoctoral Fellow, California Institute of Technology 2008 – 11
• Ph. D. in Physics, University of California, Santa Barbara, 2008
• M. A. in Physics, University of California, Santa Barbara, 2006
• B. S. in Physics with Honors, Harvey Mudd College, 2003

Selected Honors and Awards

• Young Investigator Award (YIP), Office of Naval Research, U. S. Navy, 2016
• Searle Faculty Fellow, Searle Center for Advancing Learning and Teaching, Northwestern University, 2014
• Northwestern University-Argonne Early Career Investigator Award for Energy Research, Institute for Sustainability and Energy at Northwestern, 2014
• Early Career Research Award, Office of Science, U.S. Department of Energy, 2014
• Sloan Research Fellowship, Alfred P. Sloan Foundation, 2013
• Richard C. Tolman Prize Postdoctoral Fellowship, Caltech, 2008 – 11
• Hertz Fellow, Fannie and John Hertz Foundation 2003 – 08
• Fellow, California NanoSystems Institute, UCSB, 2005 – 08
• LeRoy Apker Award, American Physical Society, 2004
• NSF Graduate Research Fellowship (declined for Hertz), 2003
• National Defense Science and Engineering Graduate Fellowship (declined for Hertz), 2003
• Mindlin Prize for Innovative Ideas in the Sciences, Harvey Mudd College, 2003

Research Affiliations

• Center for Molecular Quantum Transduction (CMQT)
• Q-NEXT (Argonne National Lab)
• NSF Materials Research Science and Engineering Center (MRSEC) and Northwestern University Materials Research Center
• Fermilab-Northwestern Center for Applied Physics and Superconducting Technologies (CAPST)
• Institute Fellow, Northwestern University Argonne National Laboratory Institute of Science and Engineering (NAISE) – Institute Fellow

Current Research

Superconductivity.

Current research on superconductivity concentrates on coherent nonlocal effects between two normal metals mediated by a superconductor, noise measurements in normal-metal/superconductor heterostructures, the interaction between ferromagnetism and superconductivity on the mesoscopic scale, and superconductivity and the proximity effect in transition metal-dichalcogenides. Read more

Epitaxial complex oxides

We are studying the properties of the interface between LaAlO 3 and SrTiO 3 , which are two band gap insulators.  The interface is found to show many interesting phenomena, including the coexistence of superconductivity and magnetism.  Our current focus is on interfaces in the (111) crystal orientation, which have properties different from the more extensively studied (001) orientation. Read more

Low temperature scanning probe microscopy

Development of a low temperature, millikelvin range, scanning probe microscope capable of doing atomic force microscopy, magnetic force microscopy and electrostatic force microscopy at temperatures down to 50 mK. Read more

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Northwestern university, department of physics and astronomy.

The Department of Physics and Astronomy at Northwestern University engages in exciting, world-leading research in physics and astronomy and attracts a diverse, motivated community of scientists and teachers. The department offers graduate and undergraduate students an engaging learning environment and post-doctoral researchers fascinating research in areas like condensed matter physics, astrophysics and superconducting technologies. The department is also closely connected to Argonne National Labs and Fermilab. Video created by WebsEdge Science and launched by the Department of Physics and Astronomy.

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Exploring the Physics of Northwestern University

By Eric Eng

Northwestern University’s Physics Department has a rich history that dates back to the late 1800s. Since then, the department has become a premier destination for physics research and education. As one of the top-ranked physics programs in the country, Northwestern University’s Physics Department has a lot to offer both its students and faculty members.

A Brief History of Northwestern University’s Physics Department

The Physics Department at Northwestern University was established in the late 1800s, with a focus on undergraduate teaching. As the department grew in size and stature, it began to expand its research focus and attract world-class researchers. Today, the department is one of the top-ranked physics programs in the country, known for its cutting-edge research and exceptional undergraduate and graduate education.

Throughout its history, the Physics Department at Northwestern University has made significant contributions to the field of physics. In the early 1900s, physicist Robert Andrews Millikan, who later won the Nobel Prize in Physics, conducted groundbreaking research on the photoelectric effect at Northwestern. In the 1960s, physicist Melvin Schwartz, also a Nobel laureate, conducted research on neutrinos at Northwestern, which led to the discovery of a new type of neutrino.

The department has also been at the forefront of interdisciplinary research, collaborating with other departments and institutions to tackle complex scientific problems. For example, the department has partnered with the Feinberg School of Medicine to study the use of nanotechnology in cancer treatment, and with the McCormick School of Engineering to develop new materials for energy storage.

The Top-Ranked Physics Programs at Northwestern University

Northwestern University’s Physics Department is consistently ranked among the top 15 physics programs in the country by U.S. News & World Report. Its graduate program is ranked 13th, and its undergraduate program is ranked 14th. The department is known for its strong emphasis on research, as well as its unique interdisciplinary collaborations with other departments and institutes on campus.

One of the key strengths of Northwestern’s Physics Department is its faculty. The department boasts a number of highly respected researchers and educators, many of whom have won prestigious awards and grants for their work. These faculty members are dedicated to providing students with a rigorous and challenging education, while also mentoring them in their research endeavors.

In addition to its strong academic programs, Northwestern’s Physics Department is also home to a number of research centers and institutes. These include the Center for Interdisciplinary Exploration and Research in Astrophysics (CIERA), the Institute for High Energy Physics and Astrophysics (IHEPA), and the Materials Research Science and Engineering Center (MRSEC). These centers provide students and faculty with access to cutting-edge research facilities and equipment, as well as opportunities to collaborate with researchers from other institutions around the world.

Northwestern University’s Research Contributions to Physics

The Physics Department at Northwestern University is home to a number of cutting-edge research programs, including condensed matter physics, particle physics, astrophysics, biophysics, and more. The department is also home to several research centers and institutes, including the Center for Applied Physics and Superconducting Technologies, the Center for Quantum Devices, and the Center for Interdisciplinary Exploration and Research in Astrophysics.

One of the most notable research programs at Northwestern University’s Physics Department is the Center for Applied Physics and Superconducting Technologies. This center focuses on developing new materials and technologies that can be used in a variety of applications, including medical imaging, energy storage, and quantum computing. The center has made significant contributions to the field of superconductivity, including the development of new materials that can operate at higher temperatures than previously thought possible.

In addition to its research programs, Northwestern University’s Physics Department also offers a number of educational opportunities for students. The department offers undergraduate and graduate degree programs in physics, as well as opportunities for students to participate in research projects and internships. The department also hosts a number of seminars and workshops throughout the year, featuring guest speakers from around the world who are experts in various areas of physics.

The Collaborative Nature of Northwestern University’s Physics Department

One of the hallmarks of Northwestern University’s Physics Department is its collaborative nature. The department encourages interdisciplinary research and collaboration, both within the department and across the university. Many of the department’s faculty members hold joint appointments with other departments and institutes, and the department often collaborates on research projects with researchers from other fields.

Furthermore, the department also fosters collaboration among its graduate students. Graduate students are encouraged to work together on research projects and to attend and present at conferences together. This not only helps to build a sense of community within the department, but also allows for the exchange of ideas and perspectives.

In addition to collaboration within the university, the department also has strong partnerships with industry and national laboratories. These partnerships provide opportunities for students and faculty to work on real-world problems and to apply their research in practical ways. The department also offers internship programs with these partners, giving students valuable experience and connections in their field.

An Inside Look at the Cutting-Edge Facilities and Equipment in Northwestern University’s Physics Department

The Physics Department at Northwestern University is home to a number of state-of-the-art research facilities and equipment, including clean rooms, high-pressure physics labs, and supercomputing facilities. These facilities help researchers conduct cutting-edge research in a variety of fields, from condensed matter physics to astrophysics.

One of the most impressive facilities in the Physics Department is the Advanced Photon Source, a synchrotron radiation facility that produces extremely bright X-rays for use in a wide range of experiments. This facility is used by researchers from around the world to study materials at the atomic and molecular level, and has led to numerous breakthroughs in fields such as materials science and chemistry.

The Accomplishments of Notable Physicists from Northwestern University

Over the years, the Physics Department at Northwestern University has produced a number of notable physicists, including Nobel Laureate Sir Fraser Stoddart, who won the Nobel Prize in Chemistry in 2016 for his work on molecular machines. Other notable alumni and faculty members include physicist John Bardeen, who won two Nobel Prizes in Physics, and astrophysicist Vicky Kalogera, who was recently elected to the National Academy of Sciences.

The Role of Diversity and Inclusion in Northwestern University’s Physics Department

The Physics Department at Northwestern University is committed to promoting diversity and inclusion in all aspects of its work. The department has a number of initiatives and programs in place to support diversity, such as the Women in Science and Engineering Research (WISER) program and the Northwestern University Pritzker School of Law-based Equity Institute for Public Policy Research. These programs help ensure that the department’s faculty, staff, and students represent a diverse range of backgrounds and perspectives.

In addition to these programs, the Physics Department also actively recruits and supports underrepresented groups in physics, such as women and minorities. The department offers scholarships and fellowships specifically for these groups, as well as mentorship and networking opportunities to help them succeed in their academic and professional careers.

Furthermore, the department regularly hosts events and seminars that focus on diversity and inclusion in physics, inviting speakers from diverse backgrounds to share their experiences and insights. These events provide a platform for open and honest discussions about the challenges and opportunities facing underrepresented groups in the field, and help foster a more inclusive and welcoming environment for all members of the department.

The Future of Physics Research at Northwestern University

The Physics Department at Northwestern University is poised to continue its tradition of excellence in research and education into the future. The department plans to expand its research focus to include new areas of physics, such as quantum computing and materials science. Additionally, the department is committed to providing exceptional opportunities and support for its undergraduate and graduate students, ensuring that they are well-prepared for successful careers in the field of physics.

Furthermore, the department is actively seeking collaborations with other departments and institutions to foster interdisciplinary research and innovation. This includes partnerships with the engineering and computer science departments to develop new technologies and applications for physics research. The department also plans to increase its outreach efforts to engage with the broader community and inspire the next generation of physicists.

How Northwestern University Prepares Students for Careers in the Field of Physics

The Physics Department at Northwestern University is known for its commitment to providing exceptional education and training for its undergraduate and graduate students. The department offers a variety of programs and resources to help students succeed, such as research opportunities, internship programs, and mentoring programs. These programs help ensure that Northwestern University’s physics graduates are well-prepared for successful careers in academia, industry, and beyond.

In conclusion, the Physics Department at Northwestern University is a world-class destination for physics research and education. Known for its exceptional faculty, cutting-edge research facilities, collaborative nature, and commitment to diversity and inclusion, the department is well-poised to continue pushing the boundaries of physics research and education for years to come.

One of the unique aspects of the Physics Department at Northwestern University is its emphasis on interdisciplinary collaboration. The department encourages students to work with faculty and students from other departments, such as engineering, chemistry, and materials science, to tackle complex research questions that require a multidisciplinary approach. This approach not only prepares students for careers in physics, but also equips them with the skills and knowledge to work effectively in a variety of fields that require a broad range of expertise.

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Zek Kelly and Liz Griffin Take First and Second Place at ISMES 2024

Congratulations to our very own Zek Kelly and Liz Griffin  whose  groups won 1st and 2nd place respectively this year at the ISMES in Golden, Colorado. The aim of the International School on Materials for Energy and Sustainability (ISMES) is to overview and actively discuss/debate state-of-the-art and the future perspectives for materials as they can be applied to energy generation and storage for a sustainable global energy infrastructure. The School has two components:

• Lectures by some of the most recognized academic and industrial experts, merging physics, chemistry and engineering knowledge across several fields in all major areas of energy conversion and storage.
• Active participation of the School’s students in both individual and team exercises to explore energy and sustainability challenges.

Mobile Nursing Services Expand Research Capacity at Northwestern Medicine

Since 1964 — when John Bergan, MD , completed the first successful kidney transplant at what is now Northwestern Memorial Hospital — more than 7,000 of the surgeries have taken place at Northwestern Medicine.

Today, John Friedewald, MD , his study team, and Northwestern’s Clinical Research Unit ( CRU ) are collaborating to investigate new ways to make even more patients eligible for kidney transplants.

“Our clinical trial is investigating a novel drug compound designed to deplete plasma cells in order to reduce levels of anti-HLA antibodies in patients awaiting a kidney transplant,” says Friedewald, professor of Medicine in the Division of Nephrology and Hypertension, and of Surgery in the Division of Organ Transplantation.

Patients that accumulate a broad range of HLA antibodies are referred to as “highly sensitized.” When the level of sensitization approaches 100 percent, the chances of finding a compatible living or deceased kidney donor become extremely slim, often meaning that a patient will not have access to a kidney transplant and be relegated to a lifetime of dialysis. 

My experience with the CRU nurses has been fantastic. The flexibility provided by the CRU nurses creates an environment in which a variety of different clinical trials could be performed in a hospital setting. ”

John Friedewald, MD, professor of Medicine in the Division of Nephrology and Hypertension, and of Surgery in the Division of Organ Transplantation

“So, drugs that can reduce the level of sensitization allow better access to a kidney transplant for patients on the waitlist,” says Friedewald, a member of the NUCATS Institute. In 2023, the Northwestern Medicine Organ Transplantation Center performed 347 kidney transplants, making it the seventh largest program in the United States.

Because the drug in Friedewald’s study needs to be delivered within 24 hours of a patient being admitted to the hospital, the study team relies on the CRU’s inpatient mobile nursing services to administer the compound and monitor the patient.

“Having the flexibility to have our study participants on the solid organ transplant floor but monitored by the inpatient research service line provides the best of both worlds in terms of inpatient clinical research conduct,” says Friedewald. “My experience with the CRU nurses has been fantastic. The flexibility provided by the CRU nurses creates an environment in which a variety of different clinical trials could be performed in a hospital setting.”

The study requires safety labs to be checked as well as frequent vital sign assessment to monitor for cytokine release syndrome, a serious inflammatory issue that can occur when the immune system overreacts to certain drugs or infections.

CRU nurses arrive on the organ transplant floor and begin by taking a patient’s vital signs. When the study team provides their approval, a series of medications are administered by CRU nurses before the new drug — prepared by the NMH Investigational Drug Service pharmacy — is used. The nurses continue to take a series of vital signs every 15 minutes for the first hour, then every 30 minutes for the next hour, and once every hour after that. After four hours the CRU team takes a final set of vitals and draws labs. After being discharged, patients in the trial return for two additional visits.

“One of the best parts of working with the mobile service team is that it allows us to make the volunteer study participant experience better,” says Andrew Nelson MSN, RN, CMSRN, a CRU clinical coordinator. “We’re also able to provide flexibility and convenience for study teams, especially when they have more than one participant in a given day.”

The NMH Clinical Research Unit and Core Lab are part of NUCATS Center for Clinical Research ( CCR ). The CRU supports Northwestern Medicine’s research mission by providing research specific nursing and laboratory services for the implementation of clinical trials and other clinical research, increasing their availability to participants. If you are interested in utilizing the CRU for mobile services, please complete the NUCATS Center for Clinical Research Intake Form .

“Mobile services make it possible to deliver the best patient care and experience because study participants are in the right bed with the right expert caregivers for their specific condition and treatment,” says Sherri Willoughby, RN, MSN, manager, Clinical Research Unit. “Mobile services are available throughout the academic medical center in inpatient units, procedural areas, and ambulatory care clinics.

Written by Roger Anderson

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Undergraduate Program

The concentration in Physics, administered by the Department of Physics, serves a variety of goals and interests. A concentration in Physics provides a foundation for subsequent professional work in physics, and also for work in computer science, astronomy, biophysics, chemical physics, engineering and applied physics, earth and planetary sciences, geology, astrophysics, and the history and philosophy of science. Less obviously perhaps, the intellectual attitudes in physics — blending imagination, prediction, observation, and deduction — provide an excellent base for subsequent graduate work in professional schools of medicine, education, law, business, and public administration. Students are also eligible to apply for an A.B./A.M. degree program.

Graduate education in physics at Harvard offers students exciting opportunities extending over a diverse range of subjects and departments. In the Department of Physics, graduate students work in state-of-the-art facilities with renowned faculty and accomplished postdoctoral fellows. The department’s primary areas of experimental and theoretical research include atomic and molecular physics, quantum optics, condensed-matter physics, computational physics, the physics of solids and fluids, biophysics, astrophysics, statistical mechanics, mathematical physics, high-energy particle physics, quantum field theory, string theory, and relativity.

Chen Wang lab develops new methods to control non-reciprocity

Chen Wang 's research group has implemented and characterized a new effective form of non-reciprocity in a quantum circuit .The research, published in Science Advances ,  includes graduate students Ying-ying Wang and Sean van Geldern, and also former undergraduate student Thomas Connolly. The new technique allows a tunable degree of shared one-way access to stored quantum information.

Chen Wang 's research group has implemented and characterized a new effective form of non-reciprocity in a quantum circuit .The research, published in Science Advances , includes graduate students Ying-ying Wang and Sean van Geldern, and also former undergraduate student Thomas Connolly. The new technique allows a tunable degree of shared one-way access to stored quantum information.

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Main Office: Department of Physics 1126 Lederle Graduate Research Tower (LGRT) University of Massachusetts 710 North Pleasant Street Amherst, MA 01003-9337 USA

Phone:  (413) 545-2545 Fax:  (413) 545-0648

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Three Greenbriar undergraduate research fellows selected for summer 2024

Northwestern University Transportation Center awarded three Greenbriar Undergraduate Research Fellowships for Summer 2024.  The recipients are Ali Lee (Weinberg College of Arts and Sciences - History and Mathematical Methods in the Social Sciences), Richard (Buck) Henry (McCormick School of Engineering and Applied Sciences – Industrial Engineering and Management Science), and Tim Chen (Weinberg College of Arts and Sciences - Mathematics and Economics). Their summer research projects, respectively, are “Consumer Demand for Chicago to New York High Speed Rail Routes,” “Evanston / Skokie School District 65 Bus Project,” and “Imagined: Inter Modal Analytics for Green Infrastructure Network Energy Decarbonization.”

The fellowship program was established through a gift from the Greenbriar Equity Group and supports research internships in transportation and logistics for Northwestern undergraduate students.

Hamline Physics Students Showcase Research

Written by Staff

June 24, 2024

Hamline physics students Lucas Liabraaten ’ 26, Diego Luna Gutierrez ’ 26, Shelby Phillips ’ 26, and Professor Lifeng Dong presented their research findings at the TechConnect World Innovation Conference & Expo held from June 16-18, 2024. Their project, titled "Enhanced Detection of Lead Ions in Drinking Water Using Bismuth Nanoparticles," was financially supported by the EPA People, Prosperity, and Planet Award. The TechConnect World Innovation Conference & Expo connects top applied research and early-stage innovations from universities, labs, and startups with industry end-users and prospectors.

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