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Stephen C. RandView profile

Professor

• Nonlinear Optics
• Ultrafast Laser Spectroscopy
• Magneto-Optical Physics
• +5 more

Stephen C. Rand is a Professor and Director of the Center for Dynamic Magneto-Optics at the University of Michigan's College of Engineering. His primary affiliation is with the Department of Electrical Engineering and Computer Science. His research focuses on two major areas: intense magnetic phenomena in optical dielectrics and laser cooling of solids. Rand leads the Nonlinear & Ultrafast Laser Spectroscopy Laboratory and collaborates with the Applied Physics & Optical Sciences Laboratory and the Optical Society of America (Ann Arbor Section). Education: Implied PhD in Physics/Electrical Engineering (not explicitly stated) His work pioneers the exploitation of transverse optical magnetism in dielectrics to achieve programmable refractive index changes, challenging traditional metamaterial approaches. In solid-state laser cooling, he develops Raman-based methods to achieve sub-Kelvin temperatures. His research bridges fundamental physics with applied optics, emphasizing spontaneous emission cooling mechanisms and thermodynamic analysis of optical cooling processes. No specific articles are listed, but his work represents advancements in magneto-optical properties and solid-state cooling methodologies. He holds no explicitly mentioned awards but maintains leadership roles in multiple research initiatives. His laboratory focuses on experimental and theoretical investigations into light-matter interactions at extreme conditions.

• Migration Studies
• Globalized Cultures
• Digital Cultures
• +2 more

Prof. Dr. Manuela Bojadžijev holds a full professorship in "Culture and Lifestyles in an Immigration Society" at Humboldt University Berlin's Berlin Institute for Empirical Integration and Migration Research (BIM), where she heads the Department of Migration in a Global Perspective. Previously, she served as professor for Globalized Cultures at Leuphana University Lüneburg (2015-2020). Her research examines migration through globalized and digital lenses , with emphasis on societal narratives of migration, transformation of mobility patterns, racism dynamics, and intersections of digitalization/logistics with urban spaces. Current projects include: Transforming Solidarities: Praktiken und Infrastrukturen in der Migrationsgesellschaft (Berlin University Alliance) CHANSE: Social Life of XG – Digital infrastructures and sovereignty Night spaces: migration, culture and Integration in Europe (HERA Programme) She teaches courses like "Migration Matters" and co-curates interdisciplinary projects including the "Archiv der Flucht" at Haus der Kulturen der Welt.

• Complexity Science
• Non-Equilibrium Systems
• Theoretical Physics
• +3 more

Professor Kim Christensen is a Professor of Theoretical Physics at the Department of Physics within the Faculty of Natural Sciences at Imperial College London. His research focuses on theoretical and numerical aspects of complex systems, particularly the spontaneous emergence of patterns and organization in non-equilibrium systems. He holds affiliations with the Centre for Cardiac Engineering, Centre for Complexity Science, Condensed Matter Theory Group, and other interdisciplinary initiatives. Christensen earned a Ph.D. in Science (1993) and a Master of Science (1990) from the University of Århus, Denmark. His work integrates theoretical, computational, and experimental studies across disciplines including geology, atmospheric physics, biology, sociology, medicine, and fire safety. A key contribution is the textbook Complexity and Criticality (2005), co-authored with Nicholas Moloney, which is widely used globally. His research interests emphasize interdisciplinary complexity science, with a focus on applying transferable tools to real-world systems. Recent work includes studies on atmospheric rivers, cardiac electrophysiology modeling, quantum networks, and venture capital network dynamics. He has over 8,150 citations (Google Scholar, June 2025), reflecting his impactful contributions to identifying universal research questions and knowledge transfer. Labs/Teams: Condensed Matter Theory Group, Physics of Life, ElectroCardioMaths Programme Grants/Awards: Not explicitly listed but implied by citation impact and textbook影响力

Ties BehnkeView profile

Researcher

• Experimental Particle Physics
• Weak Interaction Physics
• Standard Model Parameters
• +5 more

Ties Behnke is a lead scientist at the German Electron Synchrotron (DESY) , specializing in experimental particle physics . His research spans weak interaction physics, Standard Model parameters with heavy quarks, and experimental methods/detector development. He has participated in major experiments including D0 at the Tevatron, OPAL at LEP, and led electron polarization measurements at HERA. He currently coordinates the ILD experiment for the International Linear Collider (ILC) and serves as speaker of the Helmholtz Programme Matter and Technologies since 2012. Academic Career 2021–2023: Interim Director of Particle Physics at DESY 2002–2003: Guest Scientist at SLAC, Stanford, USA Since 1998: Lead Scientist at DESY, Hamburg 1995–1998: Tenured Staff Scientist at CERN 1989: PhD in Physics, State University of New York at Stony Brook Research Interests Ties Behnke focuses on electroweak physics and the development of tracking detectors such as time projection chambers and semiconductor detectors. His work also emphasizes enabling technologies for particle physics in accelerators, detectors, and computing. Leadership and Memberships 2012–Present: Speaker of the Helmholtz Programme Matter and Technologies 2007–Present: Spokesman of the ILD Experiment at the ILC 2004–2014: Head of Scientific Council at DESY 1999–2007: Speaker of the POL2000 Experiment at HERA Since 1998: Active member of national and international review committees and advisory boards

Thomas RodgersView profile

Associate Professor

• Chemical Engineering Education
• Higher Education Pedagogy
• Student Learning
• +4 more

Thomas Rodgers serves as Reader in Chemical Engineering Education at The University of Manchester's School of Chemical Engineering and Analytical Science, having joined in 2013 and progressed through Lecturer (2013), Senior Lecturer (2017), and Reader (2022) ranks. He previously held the leadership role of Discipline Head for Chemical Engineering Education (2019-2022), overseeing accredited undergraduate and postgraduate programs. His academic credentials include: PhD in Chemical Engineering from The University of Manchester (2011) MEng in Chemical Engineering with Chemistry from UMIST (2007) Rodgers' research integrates pedagogical innovation with chemical engineering practice, focusing on student preparation for practical classes, rich-media learning material utilization, and authentic assessment methodologies. His parallel work in soft matter systems examines emulsion preparation theory, mixing scale-up challenges, and process tomography applications for formulated product manufacturing, frequently combining computational modeling with rheological analysis. Recent publications reveal a pronounced shift toward inclusive educational frameworks, with significant attention to graduate teaching assistant mentoring, belonging initiatives, and digital simulation tools for thermodynamics/heat transfer instruction. This trajectory demonstrates growing emphasis on justice-oriented pedagogy and technology-enhanced flexible learning environments within engineering education. His teaching excellence is recognized through multiple prestigious awards: IChemE Morton Medal (2024) UoM Teaching Excellence Award (Individual, 2024) Inclusive and Accessible Teaching Practice Award (2023) UoM Teaching Excellence Award (Group leader, 2021) Teacher of the Year (2016) As an active supervisor accepting PhD students, Rodgers leads six research projects including 'Developing Practical Student Learning' and 'Chemical Engineering Education Innovation,' focusing on student learning outcomes, accreditation frameworks, and digital skills development. His grant portfolio spans engineering education research, soft matter processing, and food safety monitoring initiatives. He actively contributes to the Chemical Engineering Education Innovation Centre and professional networks, recently chairing the IChemE Curriculum Workshop and serving on the UK and Ireland Engineering Education Research Network programme committee.

Minghan HuView profile

Researcher

• Soft Materials
• Nanotechnology
• Biomedical Engineering
• +3 more

Dr. Minghan Hu is a Group Leader in the Department of Mechanical and Process Engineering at ETH Zurich, leading the Gruppe Pané Vidal. He holds a PhD in Chemistry from the Max Planck Institute for Polymer Research (2019) and conducted postdoctoral research at ETH Zurich's Laboratory for Soft Materials and Interfaces. His research focuses on developing smart soft materials for biomedical applications, such as intelligent micromachines and self-reporting microcapsules. Since 2024, his group has been supported by a SNSF Ambizione Grant to advance programmable materials and microfluidic systems. Education: Bachelor’s/Master’s in Materials Science, Beijing University of Chemical Technology PhD in Chemistry, Max Planck Institute for Polymer Research Research Interests: Dr. Hu explores the intersection of soft materials and biomedical engineering, emphasizing programmable release systems, self-reporting sensors, and nanomaterials for healthcare. His work bridges fundamental material science with applied technologies like microfluidic fabrication and colloidal assembly. Key Awards: SNSF Ambizione Grant (2023) 2023 Emerging Leader in Condensed Matter Physics Lab and Collaborations: His lab focuses on creating smart materials with autonomous functionalities, collaborating with groups in nanotechnology and biomedical engineering. Previous affiliations include the Laboratory for Soft Materials and Interfaces under Prof. Lucio Isa.

Jurriaan HuskensView profile

Professor

• Nanotechnology
• Biosensors
• Surface Chemistry
• +3 more

Jurriaan Huskens is a Full Professor at the University of Twente’s TechMed Centre and MESA+ Institute, specializing in Molecular Nanofabrication. His research focuses on nanotechnology, biosensors, surface chemistry, and actinide chemistry. He leads interdisciplinary projects involving chemical reaction networks, sensor development, and materials science. His work combines experimental and computational approaches to study multivalent interactions, polyelectrolyte complexation, and advanced materials for nuclear waste management. He has developed novel sensors for DNA, ions, and viral particles, leveraging innovations in field-effect transistors and QCM-D technology. Recent research highlights include programmable autocatalytic chemical networks, superselective DNA binding platforms, and high-efficiency actinide sequestration using tailored ligands. His contributions span over 580 publications, with ongoing collaborations in Europe and beyond.

Nessa KeddoView profile

Senior Lecturer

• Media Studies
• Diversity and Inclusion
• Digital Labour
• +3 more

Nessa Keddo is a Senior Lecturer (Associate Professor) in Media, Diversity and Technology at King’s College London, affiliated with the Faculty of Arts & Humanities and the Department of Culture, Media & Creative Industries. She serves as Programme Director for the MA Global Media Industries and the Department’s EDI Lead. Her roles extend to the Digital Futures Institute and King’s Institute for Artificial Intelligence. Education: PhD in Communications from Brunel University (2017). Research focuses on diversity practices in media industries, digital labour, inclusive AI, and racism in promotional cultures. She co-leads the Wellcome Trust ‘INKLUDE’ project (2025-2026) and was Co-Investigator for the AHRC ‘Transforming the Gap’ project (2023-2024). Publications include the upcoming book Race, Racism and Diversity in the Cultural and Creative Industries (2025) and articles on racism in advertising, K-pop industry dynamics, and Black social media influencers. She holds an Advance HE Fellowship (2017). Grants/Projects: AHRC & Wellcome Trust-funded initiatives Teaching: Focuses on diversity, datafication, media representation, and systemic racism in promotional cultures Leadership: EDI Steering Group Co-Chair, Knowledge Exchange Coordinator Labs/Teams: Research Centre for Digital Culture (King’s), interdisciplinary collaborations across digital culture and AI ethics.

Petr SulcView profile

Associate Professor

• DNA/RNA Nanotechnology
• Coarse-Grained Modeling
• Computational Biophysics
• +3 more

Petr Sulc is an Associate Professor at the School of Molecular Sciences, Arizona State University (ASU), and a faculty member at the Biodesign Institute, collaborating with multiple centers including the Center for Biological Physics and the Center for Biocomputing, Security and Society. He also supervises a research group at the Bioscience Department at TU Munich. Education: D.Phil. in Theoretical Physics from the University of Oxford (2010-2014) Master's in Fundamental Concepts of Physics (Quantum Physics) from École Polytechnique, France (2009) Master's and Bachelor's in Mathematical Physics from Czech Technical University in Prague (2006-2009) Graduate Research Assistant at Los Alamos National Laboratory (2009-2010) Research Interests: Sulc's work focuses on computational modeling and statistical physics applied to complex biological and nanotechnological systems. His group develops coarse-grained models for nucleic acids (DNA/RNA) to simulate large-scale systems and study biologically relevant interactions. They also explore RNA properties in tumor cells and viral genomes, collaborating with experimental teams. Prior work includes smart-grid optimization, particularly reactive power control in photovoltaic systems. Labs/Teams: Head of the Sulc Lab at ASU, developing tools like oxDNA and oxRNA for nucleic acid simulations, and managing outreach initiatives such as the Nano Building Game. Collaborations involve researchers from TU Munich, Harvard, and the Rockefeller University. Advising & Grants: Advises graduate and undergraduate students across Chemistry, Physics, and Biodesign programs. Secures funding from the National Science Foundation (NSF), Department of Energy (DOE), and NIH. Supervises projects on aptamer design, DNA/RNA nanotechnology, and immunostimulatory RNA motifs.

• Energy in Transport
• Vehicle Engineering
• Internal Combustion Engines
• +5 more

Emeritus Associate Professor David Timoney is affiliated with the School of Mechanical and Materials Engineering at University College Dublin (UCD). His roles include former Associate Dean of Engineering, Vice Principal for Teaching and Learning, and Director of the UCD ME (Energy Systems) Programme. He holds degrees including BE, MEngSc, PhD, and certifications such as Certified Diploma in Accounting & Finance (C.Dip.A.F.). Research Interests: Focus areas include Energy in Transport, Vehicle Engineering, Internal Combustion Engines, Emissions Control, Energy Systems Engineering, and Compressed Air Energy Storage (CAES). Notable projects involve quasi-adiabatic CAES systems, emissions from solid fuel combustion, and electric bicycle innovations. Grants & Awards: Recipient of the IEI Mullins Silver Medal (1996) and Fellow of the Irish Academy of Engineering (2011). Lead or contributor in grants such as 'Quasi Adiabatic Compressed Air Energy Storage' (2013–2014) and 'Improved Emissions Inventories for NOx and PM' (2007–2010). Teaching & Leadership: Coordinated modules like Energy Engineering, Energy in Transport, and Engineering Thermodynamics. Previously held leadership roles including Dean of Engineering (2007–2011) and Director of UCD’s Energy Conversion Research Centre (1987–2006). Labs & Teams: Former Director of the UCD Energy Conversion Research Centre, focusing on combustion systems, emissions, and energy efficiency. Collaborations include work with Ricardo Consulting Engineers (UK) and interdisciplinary projects in smart cities and sustainable transport.

Amy K.M. WintersView profile

Assistant Professor

• Material Programming
• Responsive Materials
• Soft Robotics
• +2 more

Amy K.M. Winters is Assistant Professor developing programmable materials for interaction design at TU/e's Industrial Design department. Her research creates responsive materials that embody temporal dynamics through material computation. Innovations include: Hydration-driven chitosan actuators 3D-printed liquid crystal elastomer fibers Hydrogel morphing structures Her Material Aesthetics Lab bridges chemistry and design to create interactive systems that express temporal form. Research has been exhibited at Dutch Design Week and IEEE RoboSoft conferences, emphasizing sustainable material innovation.

Jong Hyun ChoiView profile

Professor

• DNA nanotechnology
• Advanced materials
• Mechanical metamaterials
• +6 more

Jong Hyun Choi is a Professor of Mechanical Engineering at Purdue University's School of Mechanical Engineering. His research focuses on programmable nanostructures and advanced materials, integrating DNA nanotechnology, synthetic biomaterials, and 2D materials. He leads the Choi Lab, which explores applications in biomedical engineering, energy, and electronics. Education: B.S., Yonsei University, 1999 M.S., Yonsei University, 2001 Ph.D., University of California, Berkeley, 2005 Research Interests: DNA nanotechnology, mechanical metamaterials, synthetic biomaterials, 2D materials, nanomanufacturing, thermodynamics, and heat/mass transfer. Key Awards: Friedrich Wilhelm Bessel Research Award (2023) ASME Fellow (2018) NSF CAREER Award (2011) Advising & Grants: Advises a dynamic team of PhD, MS, and undergraduate students. Funded by NSF, DoD, and DoE. Notable advisees include Yancheng Du (Caltech postdoc), Jaehoon Ji (Princeton postdoc), and Ruixin Li (CGG scientist). Labs & Teams: Choi Lab at Purdue develops DNA-based systems, synthetic cells, and 2D material heterostructures. Collaborations span biomaterials, nanotechnology, and energy applications.

Michiel HogerheijdeView profile

Associate Professor

• (Sub)millimeter Astronomy
• Astrochemistry
• Astronomical Interferometry
• +4 more

Michiel Hogerheijde: Academic Overview Dr. Michiel Hogerheijde is an Associate Professor and Education Director at Leiden University's Leiden Observatory. His primary research focuses on the origin of planetary systems, utilizing (sub)millimeter and infrared astronomy to study protostellar cores, protoplanetary disks, and cometary composition. He leads observational campaigns with instruments like the James Clerk Maxwell Telescope, ALMA, and Spitzer, and develops radiative transfer models to interpret data. Education & Affiliations Leiden Observatory, part of Leiden University's Faculty of Science, is his primary affiliation. He has held roles such as Programme Director for the MSc Astronomy program and temporary Programme Director. His work involves collaborations with institutions like UC Berkeley (as a Miller Fellow) and the Netherlands Research School for Astronomy (NOVA). Research Interests Hogerheijde's research spans star formation, disk dynamics, and astrochemistry. Key themes include: - Protoplanetary disk structure and evolution, - Molecular line and dust continuum observations, - Interferometric techniques (e.g., ALMA, SMA), - Cometary volatile content as a probe of solar system history. Awards & Grants VIDI Grant (NWO, 2004) for studying planet-forming disks with submillimeter facilities. Advising & Grants He supervises PhD and postdoc researchers, including current candidates Osmar Guerra Alvarado and Luna van Haastere. Notable former advisees include Olja Panic (PhD 2009) and Demerese Salter (PhD 2011). His research group focuses on observational and theoretical studies of disks, with grants supporting instrumentation development and data analysis. Labs & Teams He leads the Allegro project, the ALMA Regional Center node in the Netherlands, and collaborates with the laboratory astrophysics group of Prof. Ewine van Dishoeck. His team includes postdocs (e.g., Pamela Klaassen, Attila Juhasz) and students working on disk chemistry, hydrodynamics, and radiative transfer modeling.

• Biophysics
• Education
• Microbiology
• +8 more

Dr. Bart van Oort is a Lecturer in the Department of Physical Chemistry and Soft Matter at Wageningen University & Research. Since 2020, he has focused on teaching and educational innovation, contributing to the Programme Committee of Molecular Life Sciences. His expertise spans biophysics, microbiology, and physical chemistry, with research centered on light-driven processes in photosynthesis and enzymology. He teaches courses in thermodynamics, general chemistry, and molecular life sciences across over 10 BSc programs. His work integrates optical spectroscopy and microscopy methods to study biological materials. He holds a PhD in biophysics from Wageningen University, following research at Vrije Universiteit Amsterdam. Education: BSc/MSc in Molecular Sciences, Wageningen University PhD in Biophysics, Wageningen University Research Interests: Dr. van Oort explores light reactions in photosynthesis, enzymology, and plant physiology. His innovative educational approaches aim to simplify complex scientific concepts. He utilizes advanced analytical techniques like optical spectroscopy and microscopic methods to investigate biological systems, particularly cellulose and pigment dynamics. Labs & Teams: He is affiliated with the Physical Chemistry and Soft Matter research group under the Biomolecular Sciences division, part of Agrotechnology and Food Sciences at Wageningen.

Martin J. PatersonView profile

Professor

• Theoretical Chemistry
• Computational Chemistry
• Photochemistry
• +7 more

Martin J. Paterson is a Professor at Heriot-Watt University, affiliated with the School of Engineering & Physical Sciences and the Institute of Chemical Sciences. His research focuses on theoretical and computational investigations of electronically excited states, particularly in small molecules, supramolecular sensors, and biologically important photoactive compounds. The work contributes to understanding light-matter interactions in chemistry, physics, biochemistry, materials science, and medicine. He has been recognized with a competitive fellowship (2010) for computational methods in photochemistry and the RSC Horizon Prize (2022) for innovations in organometallic anticancer therapies. He serves as an external examiner for multiple PhD and DPhil programs, including ongoing roles from 2023 to 2026 and recent engagements in 2024, 2023, and 2020. His research group operates at http://theophotochem.eps.hw.ac.uk , and his work aligns with United Nations Sustainable Development Goals, though specific SDG targets aren’t explicitly detailed in the text. Recent publications (2024–2025) emphasize advanced computational methods like selected configuration interaction, photochemical dynamics in azanaphthalenes and gallium complexes, and novel synthetic approaches to heterometallic coordination cages. Studies also explore environmental impacts of PAH photoproducts and laser-driven electron dynamics using QTAIM theory. External Examiner Roles: PhD (2020), DPhil (2023), Programme External Examiner (2023–2026), and multiple others listed in activities. Key Research Themes: Excited state dynamics, multi-channel non-adiabatic processes, and rational molecular design for therapeutic and material applications.