Klaus Reygers is a PartTime Lecturer at the Physikalisches Institut of the University of Heidelberg. His research focuses on Ultra-Relativistic Heavy-Ion Physics, particularly Quark-Gluon Plasma characterization through direct photon and dilepton studies. He is actively involved in the ALICE experiment at the CERN Large Hadron Collider, contributing to measurements of neutral pions, Υ elliptic flow, and entropy production in pp/Pb-Pb collisions. His work bridges experimental observations with QCD-based theoretical models. Research Trends : Recent articles emphasize photon interferometry, Glasma contributions, strangeness enhancement, and plasma conductivity estimation. Instrumentation : Collaborates on ALICE experiment data analysis and detector calibration. Key Techniques : Blast-wave modeling, entropy production analysis, and dilepton spectral studies. Contact: reygers@physi.uni-heidelberg.de
Chelsea Burns is an Associate Professor of Music Theory at the University of Texas at Austin’s Butler School of Music, affiliated with the Teresa Lozano Long Institute for Latin American Studies. She holds a Ph.D. from the University of Chicago and prior faculty roles at Eastman School of Music and Harvard University. Education : Doctor of Philosophy, University of Chicago Bachelor of Music, University of North Carolina–Greensboro Her research focuses on Latin American modernist concert music and vernacular genres like country/bluegrass, emphasizing how economic, political, and material contexts shape musical analysis. Key themes include race, postcoloniality, instrumental technologies, and class dynamics. She regularly presents at conferences such as the Society for Music Theory and American Musicological Society. Her recent work explores Brazilian Indigeneity in classical music, pedal steel guitar innovation in 1960s country, and race dynamics in 1970s country-soul crossovers. Articles highlight critical re-evaluations of canonical works through contextual lenses, challenging traditional interpretations. Award-winning contributions to music theory and ethnomusicology are complemented by her active role in Austin’s bluegrass scene as a performer and board member of the Central Texas Bluegrass Association.
Gustavo Joaquin Turiaci is an Assistant Professor in the Department of Physics at the University of Washington, affiliated with the College of Arts & Sciences. His research focuses on quantum gravity, black hole physics, and string theory, with emphasis on holography, quantum chaos, and conformal field theory. He holds a Ph.D. from Princeton University (2018) and a Licenciatura from Universidad de Buenos Aires (2012). Before joining UW, he was a Member at the Institute for Advanced Study (Princeton) and a Fundamental Physics Fellow at UC Santa Barbara. His work explores emergent gravitational descriptions in quantum systems, leveraging string theory frameworks. He has published extensively on near-extremal black holes, quantum gravity models, and the interplay between gravity and condensed matter systems. Research interests include: quantum aspects of black holes, AdS/CFT correspondence, quantum information theory in gravitational contexts, and string theory applications. Selected publications highlight advancements in solving quantum gravity models via conformal bootstrap methods and matrix integrals. No scientific awards or grants are explicitly listed in the provided materials. Teaching responsibilities include courses in physics at UW, though specific course details beyond the 'Courses Taught' header are not elaborated. No lab affiliations or team collaborations are mentioned in the text.
Rob Leigh is a Professor of Physics at the University of Illinois Urbana-Champaign, affiliated with the Grainger College of Engineering. His research focuses on theoretical high-energy physics, string theory, and holography. He holds a PhD from the University of Texas at Austin (1991) and has held postdoctoral positions at the University of California, Santa Cruz, and Rutgers University. Leigh's research interests include D-branes, superstring duality, gauge/gravity dualities, and applications of holography to condensed matter systems. His work has contributed to foundational aspects of string theory, including the discovery of D-branes and the Dirac-Born-Infeld action. He has also explored entanglement entropy in Chern-Simons theory and topological phases of matter. Leigh has been recognized with awards such as the APS Fellowship (2007), Arnold O. Beckman Award (2004), and DOE Outstanding Junior Investigator (1997–2000). He teaches advanced courses in quantum mechanics and field theory, consistently earning student excellence ratings.
Robert Laidlow is a Career Development Fellow in Music at Jesus College, Oxford University, and lectures in Composition at the Faculty of Music. His academic background includes a PhD in Composition (2022) from the Royal Northern College of Music (RNCM) with the BBC Philharmonic Orchestra and PRiSM, an MMus in Composition from the Royal Academy of Music, and a BA (MA) in Music from Cambridge University. His research focuses on integrating advanced technologies like AI, augmented reality, and video game systems into contemporary classical music, often collaborating with scientists and engineers from institutions such as the Alan Turing Institute and NASA’s James Webb Space Telescope team. Notable interdisciplinary projects include translating fundamental forces of physics (gravity, chromodynamics) into musical compositions and creating works that explore AI’s role in creativity and ethics. His awards include the Royal Philharmonic Society Composers Prize (2019), Ivan Juritz Prize (2022), and multiple nominations for Ivor Novello Awards. Recent works include TECHNO-UTOPIA (2025), Exoplanets (2025), and content (2024). He is also an Associate of RNCM PRiSM and serves on the Governing Body of the Royal Conservatoire of Scotland. Advising and grants are not explicitly detailed, though his collaborations imply institutional support. His creative work extends to immersive operas and experimental ensembles, reflecting his commitment to pushing boundaries in music and technology.
Jeffrey Harvey is a Professor at the University of Chicago, affiliated with the Department of Physics and the Enrico Fermi Institute. His research focuses on theoretical physics, particularly string theory, conformal field theories, and moonshine phenomena, with significant contributions to understanding black holes and mathematical physics. He is also associated with the Kavli Institute for Cosmological Physics, where he explores cosmological questions through interdisciplinary approaches. His work bridges particle physics, mathematics, and cosmology, with key contributions in modular forms, sporadic group symmetries, and string compactifications. Harvey has extensively studied the connections between moonshine theory and string theory, advancing our understanding of these abstract structures' physical manifestations. His publications highlight explorations into BPS states, heterotic strings, and the interplay between finite groups and conformal symmetries. Though no specific awards are listed here, his prolific output underscores his influence in theoretical physics. He collaborates across disciplines, reflecting his role in fostering interdisciplinary research at the University of Chicago.
Yuri Levin is a Professor of Physics at Columbia University's Department of Physics. His research focuses on astrophysics, gravitational waves, and cosmology, including studies of neutron star dynamics, galactic nuclei, and cosmic strings. He received his Ph.D. from Caltech under advisors Kip Thorne and Vladimir Braginsky, and has held academic positions at Berkeley, Toronto, Leiden, and Melbourne before joining Columbia in 2017. His work involves theoretical astrophysics topics like superfluid vortices in neutron stars, pulsar glitches, and gravitational wave emission from cosmic defects. Levin's research interests include: stellar/gas dynamics in galactic nuclei; superfluid vortex motion in neutron stars and pulsar glitches; neutron star quakes and magneto-dynamics; and gravitational waves from cosmic strings. He has contributed to gravitational wave detection efforts using LIGO, Virgo, and KAGRA observatories, with recent publications analyzing signals from binary mergers, fast radio bursts, and supernova events. While no specific scientific awards are listed, his extensive publication record reflects recognition in the field. Teaching includes courses like Astrophysics I and General Relativity. Current projects involve exploring gravitational wave signatures of cosmic strings and optimizing revenue management strategies for resorts through data analytics.
Sebastian De Haro Ollé is a researcher at the Institute for Logic, Language and Computation (ILLC) under the Faculty of Science at the University of Amsterdam . His work bridges the philosophy of science , philosophy of physics , and theoretical physics , with a focus on foundational questions in quantum gravity, dualities, and the societal implications of quantum technology. Research interests include: Background independence in classical and quantum gravity Philosophical implications of dualities in physics Quantum-safe cryptography and its societal impact Theoretical equivalence and interpretative frameworks Projects and grants he leads or co-leads include Space and Time for Experimental Philosophy (NWO, 2023–2025) Philosophy and Physics of Duality (NWO Open Access grant, 2024–2025) Emergence At All Scales (NWO, 2025–2030, co-PI) Quantum Impact on Societal Security (NWO, 2023–2028) A Responsible Quantum-Safe Cryptography Transition (Quantum Delta NL, 2024–2025) Moral Smart Cities (NWO Raak-Pro, 2023–2027, co-PI)
Benjamin Soltoff is a Senior Lecturer in Information Science at Cornell University, teaching courses in data science, research design, and web design. He holds a BA in Political Science from James Madison University and MA/PhD from Penn State in Political Science with concentrations in American Government, Political Methodology, and Law & Courts. His research explores computational methods in social sciences, including judicial politics and data-driven policy analysis. Previously, he co-developed the Masters in Computational Social Science at the University of Chicago and served as its Associate Director. His work bridges computational modeling and social science theory, often applying machine learning and text analysis to study institutions and governance. He maintains an active blog analyzing puzzles from FiveThirtyEight, focusing on probability, game theory, and mathematical modeling. Notable contributions include analyses of sports strategy, cultural traditions, and optimization problems.
Laxman Dhulipala is an Assistant Professor in the Department of Computer Science at the University of Maryland, College Park, and a research scientist at Google Research. He holds a Ph.D. from Carnegie Mellon University, advised by Guy Blelloch, and was a postdoc at MIT under Julian Shun. His research focuses on scalable parallel algorithms, high-performance graph processing, and models of computation for emerging hardware. Dhulipala has contributed to parallel graph clustering, dynamic graph algorithms, and practical implementations of parallel computational geometry. Affiliations: University of Maryland, College Park (Department of Computer Science) UMIACS (University of Maryland Institute for Advanced Computer Studies) Google Research (Graph Mining team) Education: Ph.D. in Computer Science, Carnegie Mellon University (2020) B.S. in Computer Science, Carnegie Mellon University (2014), with University Honors and Phi Beta Kappa. Research Interests: Efficient parallel algorithms for static, dynamic, and streaming graphs; parallel clustering techniques; models of computation for emerging hardware; scalable static/dynamic/streaming graph algorithms. His work bridges theory and practice, emphasizing algorithm design, system implementation, and performance optimization. Awards and Honors: 2024 ACM Paris Kanellakis Theory and Practice Award 2023 Allen Newell Award for Research Excellence 2022 Best Paper at SPAA 2019 Distinguished Paper at PLDI 2018 Best Paper at SPAA Grants: NSF SHF: REU Site (Co-PI) NSF SHF: Scalable Graph-Based Clustering (PI) NSF SATC: Differential Privacy in Graph Mining (Co-PI) Teaching: Recent courses include CMSC858N (Scalable Parallel Algorithms), CMSC451 (Design and Analysis of Algorithms), and workshops on parallel computing and graph algorithms. Labs and Teams: He leads research in parallel graph algorithms and systems at the University of Maryland, collaborating with Google Research and MIT on projects like the Graph-Based Benchmark Suite (GBBS) and ParGeo library.
John Goodby is a Professor of Arts and Culture at Sheffield Hallam University, affiliated with the Culture and Creativity Research Institute and the Centre for Regional Economic and Social Research. His research focuses on Irish writing, Welsh poetry, British/US modernist poetry, and Dylan Thomas studies. He has collaborated with institutions like the BBC, British Library, and British Council. His poetry collections include The No Breath and The Ars , and he has translated works from German, French, and Italian. Education: BA (Hons) English (Hull University), MA and PhD in Modern Irish Poetry (Leeds University). Former academic roles include positions at Leeds University, University College Cork, and Swansea University. Current projects include a Dylan Thomas biography and poetry collaborations. Awards include the P.E.N. Award and Cardiff International Poetry Competition First Prize. Advises PhD students in English/US literature and creative writing. Collaborations include the Boiled String press and international exchanges (e.g., Köln University). Active in poetry festivals, anthologies, and performance art. Recent activities include organizing virtual poetry events and contributing to Blackbox Manifold on Welsh innovative poetry.
Prof. Dr. Gerd Laures is a Professor of Topology at the Ruhr-Universität Bochum, Faculty of Mathematics. His research focuses on algebraic topology, particularly homotopy theory, bordism theory, and elliptic cohomology. He explores connections between topology and string theory, applying elliptic curve theory to manifold studies. He has advised numerous PhD and Master's students, including Laurent Smits, Daniel Garrido, and Leonard Tokic. His teaching includes advanced courses on algebraic topology, differential topology, and topology-related subjects. Key research areas include Toda brackets, topological modular forms (TMF), and K-localized bordism spectra. He collaborates on projects linking topology to physics, such as string theory foundations. His publications span journals like Inventiones Mathematicae and Advances in Mathematics . He is affiliated with the Floer Center of Geometry and actively supervises research in topology, mentoring students in topics like elliptic cohomology and manifold classifications. His work bridges algebraic geometry, differential geometry, and global analysis, advancing interdisciplinary mathematical frameworks.
Lina Hakim is a Senior Lecturer in Visual and Material Culture at Kingston University's School of Creative and Cultural Industries, Department of Critical and Historical Studies. She joined Kingston University in October 2015, teaching Critical and Historical Studies primarily to Graphic Design students. She also serves as a Sessional Lecturer at Imperial College London, where she teaches 'Science, Art & Design' to undergraduate STEM students and supervises an independent study module on 'Science Culture and Society'. Previously, she was an Andrew Mellon Post-Doctoral Research Fellow at the Victoria and Albert Museum, where she coordinated the V&A Research Institute Pilot Project exploring models of object-led inquiry and developing opportunities for cross-disciplinary collaborative research. Her educational background includes: PhD in Humanities & Cultural Studies from the London Consortium, Birkbeck, University of London (2013) MRes in Humanities & Cultural Studies from the London Consortium, Birkbeck, University of London MA in Book Arts from Camberwell College of Arts, University of the Arts London BA in Graphic Design from the American University of Beirut Lina Hakim's research focuses on the intersections between visual and material cultures of science, technology, craft, and play. Her work examines how objects facilitate thinking and understanding at multiple levels including encounter, production, use, and re-appropriation. Her doctoral project, 'Scientific Playthings: Artefacts, Affordance, History', investigated how 19th-century scientific instruments like the string surface model, Crookes radiometer, and gyroscope transitioned into toys. Her research is deeply informed by her artistic and design practice, emphasizing attentiveness to skill and craftsmanship, phenomenological experiences of objects, and the political dimensions of material assemblages. Her scholarly publications reveal a consistent methodology centered on object-oriented inquiry, with particular attention to how material encounters mediate knowledge production across historical and contemporary contexts. Her work spans historical analysis of scientific instruments, critical examinations of design activism, and theoretical explorations of material phenomenology, demonstrating a distinctive approach that bridges academic research with creative practice. Among her notable recognitions is the Andrew Mellon Post-Doctoral Research Fellowship at the Victoria and Albert Museum, where she coordinated the V&A Research Institute Pilot Project exploring models of object-led inquiry and developing opportunities for cross-disciplinary collaborative research. Hakim has taught across multiple programs including Graphic Design BA (Hons) and Illustration Animation BA (Hons) at Kingston University. At the V&A, she taught 'Key Concepts' on the V&A/RCA History of Design MA programme, examining the latest theories and methodologies in the field, and ran a 'Thinking Things' reading group for V&A staff. Her teaching philosophy emphasizes experiential learning through material engagement, connecting theoretical frameworks with hands-on object analysis. Her work bridges academic research with creative practice, reflecting her background as both a scholar and an artist. Through her various roles at Kingston University, Imperial College London, and the Victoria and Albert Museum, she has developed a distinctive approach to material culture studies that connects historical analysis with contemporary concerns about the political and epistemological dimensions of objects.
Prof. Dr. Andreas Schäfer serves as a Professor at the Institute of Theoretical Physics within the Faculty of Physics at the University of Regensburg, Germany. His office is located in room PHY 4.1.23 with contact details including direct phone (+49 941 943-2087) and secretary Monika Maschek (+49 941 943-2008). His research spans three interconnected domains: Lattice Gauge Theory for QCD : Leading calculations of hadronic properties through Parton Distribution Functions (PDFs), Generalized PDFs (GPDs), Transverse Momentum Dependent PDFs (TMDs), Distribution Amplitudes (DAs), and Double Parton Distributions (DPDs) using advanced methods like Large Momentum Effective Theory (LaMET) as part of the international Lattice Parton Collaboration Quantum Information Science (QIS) : Investigating fundamental dualities between Quantum Field Theory, Quantum Gravity, String Theory, Thermodynamics, and Quantum Computing to reformulate physics problems in computationally optimal frameworks AI in Medicine : Collaborating with Prof. Michael Altenbuchinger at Göttingen University to apply artificial intelligence techniques to clinical data for advancing personalized medicine and treatment optimization Prof. Schäfer maintains active international research partnerships including the Lattice Parton Collaboration and large-scale QIS initiatives, though no specific grants or student supervision details are documented in the source material.
Dr. Michael Shekelyan is a Lecturer (Assistant Professor) in Computer Science at Queen Mary University of London (2023–present), part of the School of Electronic Engineering and Computer Science. He holds a PhD in Computer Science from the Free University of Bozen-Bolzano (2018) and a Diploma in Media Informatics from Ludwig Maximilian University of Munich (2014). Previously, he worked as a Research Associate at King's College London (2021–2023) and a Research Fellow at the University of Warwick (2018–2021). His academic journey includes roles as a Meta-Reviewer for NeurIPS and ICDT Proceedings Chair (2024), with extensive service as a reviewer for top conferences like ICML, NeurIPS, ICLR, and journals such as TKDE and IEEE T-IFS. Research Interests: Focuses on algorithms and data structures for managing large/sensitive datasets, including differential privacy, random sampling (e.g., Hidden Shuffle Method), and multidimensional data summarization (e.g., DigitHist). His work bridges theoretical guarantees with practical applications in data management and machine learning. Notable contributions include privacy-preserving top-k selection, efficient sampling over joins, and error-bounded data summaries. Publications: Over 15 peer-reviewed articles in top venues including SIGMOD, ICDE, EDBT, AISTATS, and PVLDB. Key works include 'Streaming Weighted Sampling over Join Queries' (EDBT'23), 'Sequential Random Sampling Revisited' (AISTATS'21), and 'Sparse Prefix Sums' (Information Systems'19, which won an ADBIS award). Grants/Awards: Received the ADBIS'17 Award for Sparse Prefix Sums. Active in organizing conferences and mentoring early-career researchers through reviewing roles. Current projects include a PhD studentship on privacy-preserving algorithms for medical data sharing. Labs/Teams: Leads the Privacy-Preserving Algorithms initiative at Queen Mary, collaborating with international research networks in database systems and data privacy.
