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Skip To Content (Alt+0) Landmark Regions Headings University of Illinois Urbana-Champaign * Equity * Give * My.Physics University of Illinois at Urbana-Champaign The Grainger College of Engineering Physics Search Menu Search * Admissions READY TO APPLY? YOUR PATH TO PHYSICS BEGINS HERE. Undergraduates Graduates ADMISSIONS * Undergraduates * Degree Programs * Apply * Career Paths * Admitted Students Day 2024 * Graduates * Apply * Admissions Requirements * Admissions Decisions * Financial Aid * Why Physics Illinois * History of Excellence * Excellent Teachers * Nobel Laureates * Academics READY TO APPLY? YOUR PATH TO PHYSICS BEGINS HERE. Start Here ACADEMICS * Ph. D. 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Learn More OUTREACH * Colonial Solar House * Fans of Illinois Physics * IPaSS Partnership Program * LabEscape * Physics of Baseball * Physics Van * POINT VR * Resident Artist in Physics Program * Saturday Physics for Everyone * SPE History: A Glance Back Through the Years (1993-2022) * Saturday Physics for Everyone 30th Anniversary 2023 * Science at the Market * Young Scholars Program * Alumni WE INVITE YOU TO STAY CONNECTED WITH US - OUR FACULTY, STAFF AND STUDENTS - AND WITH YOUR FELLOW ALUMNI. Keep in Touch ALUMNI * Alumni Association * Keep in Touch * Illinois Physics Condensate online * Newsletters * Order Transcripts * Make a gift HELP ENSURE THAT ILLINOIS CONTINUES TO SET A GLOBAL STANDARD FOR PHYSICS RESEARCH AND EDUCATION. Make a Gift MAKE A GIFT * Endowments * Giving Stories * Named Funds * Ways to Give * Calendar CHECK OUT OUR UPCOMING EVENTS! Calendar of Events CALENDAR * All Events * Colloquium * Careers Seminar * Research Seminars * Academic Dates * Equity * Give * My.Physics ILLINOIS PHYSICS | THE GRAINGER COLLEGE OF ENGINEERING | UIUC Previous GOLDING GROUP CONTRIBUTES TO NEW METHOD FOR MEASURING GENE REGULATION ACTIVITY ACROSS A BACTERIUM'S ENTIRE GENOME Researchers from NYU Grossman School of Medicine and the University of Illinois Urbana-Champaign showed that the way in which genes are turned on and off as bacteria grow provides clues to their regulation. According to the study authors, organisms from bacteria to humans grow as their cells multiply by dividing, with each cell becoming two. Before cells divide, they must copy their DNA so that each of the two “daughter” cells has a copy. To do so, a molecular machine called DNA polymerase ticks down the DNA chain, reading and making a copy of each gene, one by one. Published online January 24 in the journal Nature, the study adds to explanations of how gene expression throughout the genome is shaped by DNA replication during bacterial growth. Specifically, the research team found that when DNA polymerase arrives at any specific gene, it disrupts the transcription in a way that reveals the state of that gene’s regulatory status. Learn More COVEY RECEIVES NSF CAREER AWARD Illinois Physics Assistant Professor Jacob Covey has been selected for a 2024 National Science Foundation (NSF) Faculty Early Career Development (CAREER) Award. This prestigious award recognizes outstanding junior faculty who excel in both research and teaching and who demonstrate the potential to become lifetime leaders in their respective fields. Covey’s CAREER award will support a project titled, “Operating an Optical Atomic Clock Beyond the Laser Coherence and Below the Projection Limit.” Over the past decade, atomic clocks that are based on optical transitions have emerged as the most accurate metrological tool ever developed. In fact, optical atomic clocks are so precise, they would lose less than one second in the entire age of the universe. Learn More DEMARCO QUOTED IN COURTHOUSE NEWS SERVICE ON ILLINOIS' QUANTUM INVESTMENT Meanwhile Brian DeMarco, Director of the Illinois Quantum Information Science and Technology Center at the University of Illinois at Champaign-Urbana, said he thought the campus would be more of an "R & D center" where researchers could expand their experiments into quantum science and its applications. "I don't know of any other states that have something like this," DeMarco said. Learn More INAUGURAL ANTHONY J. LEGGETT POSTDOCTORAL FELLOW NAMED We are pleased to announce that the inaugural Anthony J. Leggett Postdoctoral Fellow will be Kyung-Su Kim, who is currently finishing his PhD in physics at Stanford University (Stanford, California). Kim has a bachelor of science degree from Seoul National University (Republic of Korea). He has done ground-breaking research in the theory of strongly interacting electron fluids in two dimensions, where he uncovered the existence of a novel metallic state coexisting with the Wigner crystal of electrons. Kyung-Su Kim has done innovative research in the physics of quantum Hall fluids. Learn More GOLDING GROUP CONTRIBUTES TO NEW METHOD FOR MEASURING GENE REGULATION ACTIVITY ACROSS A BACTERIUM'S ENTIRE GENOME Researchers from NYU Grossman School of Medicine and the University of Illinois Urbana-Champaign showed that the way in which genes are turned on and off as bacteria grow provides clues to their regulation. According to the study authors, organisms from bacteria to humans grow as their cells multiply by dividing, with each cell becoming two. Before cells divide, they must copy their DNA so that each of the two “daughter” cells has a copy. To do so, a molecular machine called DNA polymerase ticks down the DNA chain, reading and making a copy of each gene, one by one. Published online January 24 in the journal Nature, the study adds to explanations of how gene expression throughout the genome is shaped by DNA replication during bacterial growth. Specifically, the research team found that when DNA polymerase arrives at any specific gene, it disrupts the transcription in a way that reveals the state of that gene’s regulatory status. Learn More COVEY RECEIVES NSF CAREER AWARD Illinois Physics Assistant Professor Jacob Covey has been selected for a 2024 National Science Foundation (NSF) Faculty Early Career Development (CAREER) Award. This prestigious award recognizes outstanding junior faculty who excel in both research and teaching and who demonstrate the potential to become lifetime leaders in their respective fields. Covey’s CAREER award will support a project titled, “Operating an Optical Atomic Clock Beyond the Laser Coherence and Below the Projection Limit.” Over the past decade, atomic clocks that are based on optical transitions have emerged as the most accurate metrological tool ever developed. In fact, optical atomic clocks are so precise, they would lose less than one second in the entire age of the universe. Learn More DEMARCO QUOTED IN COURTHOUSE NEWS SERVICE ON ILLINOIS' QUANTUM INVESTMENT Meanwhile Brian DeMarco, Director of the Illinois Quantum Information Science and Technology Center at the University of Illinois at Champaign-Urbana, said he thought the campus would be more of an "R & D center" where researchers could expand their experiments into quantum science and its applications. "I don't know of any other states that have something like this," DeMarco said. Learn More INAUGURAL ANTHONY J. LEGGETT POSTDOCTORAL FELLOW NAMED We are pleased to announce that the inaugural Anthony J. Leggett Postdoctoral Fellow will be Kyung-Su Kim, who is currently finishing his PhD in physics at Stanford University (Stanford, California). Kim has a bachelor of science degree from Seoul National University (Republic of Korea). He has done ground-breaking research in the theory of strongly interacting electron fluids in two dimensions, where he uncovered the existence of a novel metallic state coexisting with the Wigner crystal of electrons. Kyung-Su Kim has done innovative research in the physics of quantum Hall fluids. Learn More GOLDING GROUP CONTRIBUTES TO NEW METHOD FOR MEASURING GENE REGULATION ACTIVITY ACROSS A BACTERIUM'S ENTIRE GENOME Researchers from NYU Grossman School of Medicine and the University of Illinois Urbana-Champaign showed that the way in which genes are turned on and off as bacteria grow provides clues to their regulation. According to the study authors, organisms from bacteria to humans grow as their cells multiply by dividing, with each cell becoming two. Before cells divide, they must copy their DNA so that each of the two “daughter” cells has a copy. To do so, a molecular machine called DNA polymerase ticks down the DNA chain, reading and making a copy of each gene, one by one. Published online January 24 in the journal Nature, the study adds to explanations of how gene expression throughout the genome is shaped by DNA replication during bacterial growth. Specifically, the research team found that when DNA polymerase arrives at any specific gene, it disrupts the transcription in a way that reveals the state of that gene’s regulatory status. Learn More Next * 1 * 2 * 3 * 4 NEWS DNA origami folded into tiny motor: Aksimentiev group contributes to world's first nanoscale electromotor * News * January 20, 2024 M87* One Year Later: Proof of a persistent black hole shadow * News * January 18, 2024 The surface knows what lies beneath: Physicists show how to detect higher-order topological insulators * News * January 17, 2024 Aida El-Khadra quoted in Physics Magazine * News * January 16, 2024 More News RESEARCH HIGHLIGHTS Click on a research highlight to vote for your favorite submission to the Research Highlight Science Writing Contest for graduate students. At the Core of a Cosmic Mystery: What's Inside a Neutron Star? * Research Highlights * December 17, 2023 Merging Physics and Economics for Climate Policy * Research Highlights * December 5, 2023 Interactions require a new theory of topology * Research Highlights * December 5, 2023 Nanopores as the missing link to next generation protein sequencing * Research Highlights * October 31, 2023 More Research Highlights Donor stories DONOR SUPPORT FOR COVID-19 RESEARCH HAS HAD FAR-REACHING BENEFITS “We did not have the time to write external grants and could not rely on traditional and slow funding vehicles. Instead we are supported by philanthropic funds that enable us to use necessary supercomputer resources, which would otherwise not be accessible.” notes Swanlund Professor of Physics Nigel Goldenfeld. Read More Giving Stories ENGINEERING VISIONARY SCHOLARSHIPS GIVE TO THE ENGINEERING VISIONARY SCHOLARSHIP. EVS attracts the brightest students, ensures a diverse and talented class, and helps reduce student debt. “The relief of financial burden this scholarship has lifted from my family’s shoulders is truly a priceless gift, and the generosity of donors that have made this possible inspires me to want to give others this same gift of relief, security, and most of all educational opportunity, as it has done for me.” — Sara Shahid, Engineering Physics Class of '22, EVS Scholarship recipient Learn More Sara Shahid, Engineering Physics Class of '22 Watch Maggie and Fahad Mahmood's Material Girl parody video, Condensed Matter Girl, on Maggie's YouTube channel! Maggie is the Physics Education Secondary Education Partnership program coordinator at Illinois Physics, and Fahad is a professor in experimental condensed matter, whose group provided the creative spark for this project. This original creation explores physics through the performing arts. It is one part of a larger scope of physics-and-the-arts collaborations initiated by Illinois Physics Professor Smitha Vishveshwara. ASK THE VAN I am working on my science fair project- I am freezing orange juice and soda to see which will freeze faster. My orange juice froze before the soda- is it because of the carbonate water in the soda or the sugar? Molly (age 10) Find Out Now The Illinois Physics Van is a traveling science show for kids! Visit the Physics Van UPCOMING EVENTS * All Events * Colloquium * Careers Seminar * Research Seminars * Academic Dates See More Events February 29 The Anthony J Leggett Institute for Condensed Matter Physics Special Seminar: Circuit Complexity and Functionality: A Thermodynamic Perspective Claudio Chamon, Boston University ESB 190 12:00 PM February 29 (CANCELED) Undergraduate Physics Seminar: "Topological Quantum Error Correction", Sary Bseiso Sary Bseiso Loomis 464 5:00 PM February 29 Planet Formation: From Disks to Planets and Everything in Between Jacob Simon 134 Astronomy Building 3:45 PM See more events March 6 Physics Colloquium: No Colloquium No Colloquium 4:00 PM March 13 Physics Colloquium: No Colloquium No Colloquium 4:00 PM March 20 Physics Colloquium: Nathan Lundblad (Bates College), Title TBA Nathan Lundblad (Bates College) Loomis Lab 141 and via Zoom 4:00 PM See more Colloquium events April 4 Physics Careers Seminar Dr. Nico Daiyega, Argonne National Laboratory 204 Loomis (Interaction Room) 12:00 PM April 18 Physics Careers Seminar Dr. Jeremy Grace, Principal Engineer, IDEX Health & Science 204 Loomis (Interaction Room) 11:00 AM See more Careers Seminar events March 23 Technology that Touches You Back! Craig Shultz 1002 Electrical and Computer Engineering Building, 306 North Wright Street, Urbana IL 10:00 AM March 30 Instilling Common Sense into Robots Saurabh Gupta 1002 Electrical and Computer Engineering Building, 306 North Wright Street, Urbana IL 10:00 AM April 6 From Nikola Tesla to TESLA: How the Electric Grid Became the Most Complex System Ever Engineered Alejandro Dominguez-Garcia 1002 Electrical and Computer Engineering Building, 306 North Wright Street, Urbana IL 2:00 PM See more research seminars March 9 Spring Vacation Begins 1:00 PM March 18 Instruction resumes 7:00 AM May 1 Instruction Ends See more academic dates Contact us Physics Department of Physics 1110 West Green Street Urbana, IL 61801-3003 Phone: Fax: Email: * Threads * Twitter * Instagram * Facebook * LinkedIn * YouTube * Sound Cloud * Contact Us * The Grainger College of Engineering DEPARTMENT OFFICES * Main Office: (217) 333-3761 | mainoffice@physics.illinois.edu * Graduate Office: (217) 333-3645 | grad@physics.illinois.edu * Undergrad Office: (217) 333-4361 | undergrad@physics.illinois.edu LEARN MORE * Careers * Why Illinois * History * Calendar * News * Physics Library * Admissions * Academics * Research * People * Outreach * Alumni * About Cookies * Privacy Policy * Copyright © 2024 * Accessibility * Contact Webmaster * Powered by SiteManager Go to top COOKIE NOTICE We use Cookies on this site to enhance your experience and improve our marketing efforts. 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