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Ruxandra DimaView profile

Professor

• Computational Biophysics
• Biomolecular Simulations
• Machine Learning Applications
• +2 more

Dr. Ruxandra Dima is a Professor in the Department of Chemistry at University of Cincinnati's College of Arts and Sciences, with expertise in computational biophysics and biomolecular informatics. Her research group develops multiscale models for biological nanomachines and cytoskeletal components, combining molecular simulations, machine learning, and GPU computing. Research areas include: mechanical properties of microtubules, ATP-driven molecular motors, protein-protein interactions in cellular processes, and bio-inspired material design. Her work has applications in neurodegenerative diseases and cellular transport mechanisms. Honors include: NSF CAREER Award (2009) Multiple Excellence in Undergraduate Research Mentorship Awards Cincinnati Chemist of the Year (2023) Canada Research Chair Tier II equivalent recognition Current grants support computational studies of microtubule disassembly mechanisms ($787K NSF) and undergraduate research programs. She leads interdisciplinary collaborations on biological nanomachines and organizes national sessions on molecular machines.

Yeongin KimView profile

Assistant Professor

• Flexible Electronics
• Semiconductor Materials
• Neuromorphic Engineering
• +2 more

Yeongin Kim is Assistant Professor in Electrical and Computer Engineering at University of Cincinnati, with secondary appointment in Materials Science and Engineering. His research develops novel electronic materials and devices for flexible/stretchable applications. Research focuses on remote epitaxy, van der Waals epitaxy, and solution-based processing to create soft electronic systems including neuromorphic devices, health monitors, and bio-inspired sensors. Prior to UC, he was Postdoctoral Associate at MIT and Research Assistant at Stanford University.

Rajesh ShendeView profile

Professor

• Bioprocessing
• Catalysis
• Energy Storage
• +5 more

Dr. Rajesh Shende is Professor and Interim Department Head of the Karen M. Swindler Department of Chemical and Biological Engineering at South Dakota School of Mines and Technology. He holds a B.S. from Nagpur University and B.S., M.S., and Ph.D. from the Institute of Chemical Technology, University of Mumbai. His research focuses on sustainable energy solutions and advanced materials development. Primary research areas include: Bioprocessing for biofuels and bioproducts using hydrothermal liquefaction Catalysis for hydrogen, syngas, and ammonia production Plastic waste valorization and process scale-up Synthesis of nanostructured materials for energy storage Reactor system design for biomass conversion Recent publications demonstrate strong emphasis on: Biomass conversion to sustainable aviation fuels Development of carbon electrodes from waste materials Advanced supercapacitor and battery technologies Techno-economic and life cycle assessments Catalytic process optimization for bio-oil upgrading Research achievements include: Secured $11.7M in research funding (total awards $26.8M) Advised 28 graduate students (MS/PhD) Published 150+ scientific papers Presented 165+ technical presentations Teaching responsibilities encompass transport phenomena, reaction engineering, process design, chemical safety, and sustainable energy. He employs collaborative learning strategies and contributes to ABET accreditation processes.

Julia SalzmanView profile

Associate Professor

• RNA Biology
• Computational Biology
• Genomics
• +4 more

Julia Salzman is an Associate Professor at Stanford University, affiliated with the School of Medicine in the Departments of Biomedical Data Science and Biochemistry , with courtesy appointments in Statistics and Biology . She serves as a member of interdisciplinary centers including Bio-X , Stanford Cancer Institute , and Sarafan ChEM-H . Salzman's research focuses on statistical computational biology , particularly RNA splicing , cancer genomics , and microbial systems . Her lab develops algorithms like SPLASH (Statistically Primary aLignment Agnostic Sequence Homing) and SICILIAN for precise splice junction detection, enabling reference-free analysis of genomic data across human , non-model organisms , and planetary health applications (e.g., oceanic systems , plants ). Her 15 most recent publications span 2024–2016, covering topics from cell-free RNA diagnostics to circular RNA in disease . Key methodologies include DEEPEST for gene fusion detection and SQUICH for logarithmic molecular sampling. These works highlight her contributions to cancer biology and viral pandemic response . Scientific Awards include Arc Ignite Investigator (2023) NSF CAREER AWARD (2016) Alfred P. Sloan Research Fellow (2014) Baxter Faculty Scholar Award (2014) Salzman's funding history includes NIH Pathway to Independence and NSF grants . She mentors PhD and Master’s students through courses like BIOMEDIN 290 and BIODS 228 , while leading the Salzman Lab in advancing computational genomics and biological modeling .

• Industrial Biotechnology
• Metabolic Engineering
• Synthetic Biology
• +7 more

Professor Patrik Jones is a Visiting Professor in the Department of Life Sciences at Imperial College London, affiliated with multiple research centers including the Centre for Synthetic Biology, Grantham Institute, and Industrial Biotechnology Hub. His work focuses on metabolic engineering, synthetic biology, and biofuel production using cyanobacteria. Key projects include the PHOTOFUEL consortium and the development of C3 Biotechnologies. He has been recognized with the Faculty of Natural Sciences Prize for Excellence in Teaching (2018). Research interests span industrial biotechnology, enzyme design, and systems biology, with a focus on sustainable chemical production. Notable contributions include engineering cyanobacteria for biofuel synthesis and developing novel metabolic pathways. His group has published extensively on cyanobacterial engineering, co-factor optimization, and solar-driven fuel production. Publications highlight advancements in fatty acid production, CO₂ utilization, and propane biosynthesis. Collaborations include work with Arren Bar-Even on synthetic metabolism and Tobias Erb on metabolic engineering strategies. Students under his supervision have contributed to breakthroughs in 1-octanol production and cyanobacterial strain engineering. Awards reflect both research and teaching excellence, emphasizing his dual role as a scientist and educator. The Microbial Metabolic Engineering Group under his leadership explores cutting-edge solutions for renewable energy and environmental sustainability.

• Chemical Engineering
• Materials Engineering
• Membrane Technology
• +7 more

Professor Kang Li is a Professor of Chemical Engineering at the Department of Chemical Engineering, Faculty of Engineering, Imperial College London. He has held academic roles since 1990, including Professor (2007–present), Reader (2005–2007), and Senior Lecturer positions at Imperial College and the University of Bath. His research focuses on developing advanced hollow fiber membranes and membrane systems for fluid separations, reactions, and environmental applications, with particular emphasis on structure-property relationships in materials like graphene oxide and metal-organic frameworks (MOFs). Professor Li's educational background includes a PhD in Chemical Engineering from the University of Salford (1988–1991). He leads the Transport & Separation Laboratory and the BIO-Driven Chemical Engineering Materials Laboratory, advancing innovations in sustainable energy systems, water purification, and catalytic processes. His work bridges fundamental materials science with applied engineering solutions for industrial and environmental challenges. Key research areas include: Membrane technology for separations and reactions Catalytic systems for emission control and renewable energy Advanced materials (graphene, MOFs, PVDF) Process intensification and energy efficiency Carbon capture and utilization His publications highlight advancements in ceramic hollow fiber membranes, photocatalytic degradation systems, and scalable catalytic reactors. Collaborations focus on industrial biotechnology and energy storage solutions, reflecting a commitment to real-world applications of chemical engineering principles.

Andrei FaraonView profile

Professor

• Solid State Quantum Optics
• Nano-photonics
• Quantum Information Processing
• +6 more

Andrei Faraon is the William L. Valentine Professor of Applied Physics and Electrical Engineering at the California Institute of Technology, where he has been a faculty member since 2012 and promoted to Professor in 2018. He works in the Division of Engineering and Applied Science within the Department of Applied Physics and Materials Science. Ph.D. in Applied Physics from Stanford University (2009) B.S. in Physics with Honors from Caltech (2004) His research focuses on solid-state quantum optics and nano-photonics , developing technologies for quantum information processing, ultra-low power optical signal processing, energy-efficient sensors, and bio-photonics. His group pioneers metasurfaces and cavity QED systems for quantum networks. Recent publications highlight expertise in dielectric metasurfaces , quantum memories , and photon pair generation . He leads research supported by grants from the Department of Energy (LMI-EFRC $15M renewal) and collaborates in MURI quantum engineering projects . 2023 Moore Foundation Experimental Physics Investigator 2018 Adolph Lomb Medal 2016 ONR Young Investigator 2015 NSF CAREER Award 2015 AFOSR Young Investigator He teaches graduate courses like APh/EE 130 – Electromagnetic Theory for Photonic Devices and APh/Ph 138 ab – Quantum Hardware and Techniques . The Nanoscale and Quantum Optics Lab at Caltech's T.J. Watson Laboratory develops quantum photonic platforms with rare-earth ions and inverse-designed meta-optics.

• Nanophotonics
• Nanoplasmonics
• Integrated Optical Devices
• +5 more

Associate Professor Stefano Palomba is an experimental physicist specializing in nanophotonics and nanoplasmonics at The University of Sydney's School of Physics. He leads the Nanophotonics and Plasmonics Advancement Lab (NPAL) and serves as Deputy Director of the Institute of Photonics and Optical Science. His research focuses on developing next-generation integrated optical devices, leveraging advanced facilities like femtosecond-OPO lasers and near-field scanning optical microscopes. He is a domain leader in Sydney Nano and a member of the Net Zero Institute. His work bridges fundamental physics and applied technologies, with emphasis on nonlinear optics, plasmonic nanostructures, and biomedical applications of nanomaterials. Notable contributions include innovations in hybrid plasmonic circuits, carbon dot-based biosensors, and nanolasers for compact optical systems. Palomba has secured significant grants, including a 2022 NHMRC Ideas Grant for neurophotonics research and a 2024 grant for mobile optical sensing platforms. His lab's modular approach to plasmonic systems enables scalable solutions for telecommunications and healthcare. Recent projects include direct growth of MoS₂ monolayers on silicon waveguides and breakthroughs in sub-Poissonian photon emission using hexagonal boron nitride. Palomba collaborates internationally, advancing photonics applications in quantum technologies and environmental sensing. Grants include $23M+ for innovative health research (2022) and $31M+ for interdisciplinary photonics projects (2016). His publications span high-impact journals like Nanophotonics and Nanoscale Advances , reflecting contributions across plasmonics, nonlinear optics, and bio-nanotechnology.

Mary StoddardView profile

Professor

• Sensory Ecology
• Avian Vision
• Animal Coloration
• +2 more

Mary Stoddard is Professor in Princeton University's Department of Ecology and Evolutionary Biology. Her research explores animal coloration, avian vision, and evolutionary processes using multidisciplinary approaches combining computer science, optics, physiology, and genomics. Fieldwork is conducted at the Rocky Mountain Biological Laboratory (Colorado) and Mountain Lake Biological Station (Virginia). Research investigates visual communication, color perception in hummingbirds, pattern recognition in eggshells, and the biomechanics of structural coloration. Develops open-source optical tools and software for quantifying animal coloration. Leads the Princeton Better for Birds Project to reduce bird-window collisions through community engagement and architectural solutions.

• Sugar Processing Technology
• Biomass Pretreatment
• Renewable Fuels
• +5 more

Associate Professor Darryn Rackemann is affiliated with the Faculty of Engineering at Queensland University of Technology (QUT), where he holds a position in the School of Mech., Medical & Process Engineering . His expertise spans sugar processing technology, biomass conversion, and CFD modeling. Rackemann holds a PhD in Chemical Engineering (QUT) and a Master of Engineering Science (James Cook University). His research focuses on enhancing sugar industry processes, including crystallization vessel design, evaporation systems, and biomass pretreatment for renewable fuels. He has developed proprietary technologies like the SRI Jigger Tube System and pioneered solvolysis processes for biofuel precursors. Rackemann has also contributed to global sugar process simulation via Sugars™ software. Received awards including the President’s Medal for Best Research Paper (ASSCT) and EPA Sustainable Industries Award . Teaches courses such as BVB328 - Applications in Biotechnology and sugar industry operator training programs. Supervises postgraduate research in biorefinery systems and currently leads projects on pan design optimization and evaporator efficiency. His work integrates chemical engineering with agricultural biotechnology , addressing challenges in sustainable resource utilization. Rackemann collaborates with industry partners to advance process innovations in sugar factories and biorefineries.

Peter TyackView profile

Professor

• Marine Biology
• Acoustics
• Animal Behavior
• +3 more

Prof Peter Tyack is a Research-Focused Professor at the School of Biology, University of St Andrews, with affiliations to the Scottish Oceans Institute and Centre for Social Learning & Cognitive Evolution. His work spans marine mammal bioacoustics, behavioral ecology, and conservation biology. UN Sustainable Development Goals: 14 (Life Below Water), 13 (Climate Action) Collaborations: USA, Norway, UK institutions Research focuses on vocal learning evolution in mammals , cetacean communication systems , and anthropogenic noise impacts on marine wildlife. His lab develops novel methods for continuous behavioral sampling in field conditions. Recent publications examine porpoise echolocation masking by vessel noise, neural connectivity differences in whales, and marine mammal welfare monitoring . Over 258 publications reflect his extensive work in marine bioacoustics and conservation physiology. Scientific Awards Fellow of the Royal Society of Edinburgh (2016) Supervises PhD students including Gabrielle Arrieta and Dinah Hartmann. Active in marine policy advisory roles and has participated in 80+ professional activities including invited talks and workshops.

Matthew AndrewsView profile

Researcher

• Organometallic Chemistry
• Catalysis
• Green Chemistry
• +3 more

Dr. Matthew Andrews is a Researcher in the School of Chemistry at the University of St Andrews, specializing in organometallic catalysis and CO2 utilisation. His work focuses on developing novel catalytic systems for sustainable chemistry, including polymer synthesis, radioiodination techniques, and bio-orthogonal labelling methods. Dr. Andrews has collaborated on multiple high-impact projects involving ligand design, transition metal catalysis, and reaction mechanism elucidation. His research interests span catalytic processes, green chemistry, and organic synthesis methodologies. Recent publications highlight advancements in CO2 conversion via polyethylenimine synthesis and mechanistic insights into copper-mediated reactions. He has contributed to projects involving radiochemistry applications and bioconjugation strategies, reflecting his interdisciplinary approach to chemical challenges. Dr. Andrews has published extensively in top-tier journals such as Nature Communications , Journal of the American Chemical Society , and ACS Catalysis . His work emphasizes practical applications of fundamental chemical research, particularly in sustainable materials and medicinal chemistry contexts. While no specific grants or awards are listed, his active publication record underscores ongoing research contributions to the field.

Henry C MargolisView profile

Clinical Professor

• Biomineralization
• Dental Enamel Formation
• Protein Self-Assembly
• +3 more

Dr. Henry C Margolis is a Clinical Professor at the University of Pittsburgh School of Dental Medicine, affiliated with the Department of Periodontics and Preventive Dentistry and the Department of Oral and Craniofacial Sciences. He also holds a faculty position in the Center for Craniofacial Regeneration. Dr. Margolis' research focuses on biomineralization, particularly the mechanisms underlying dental enamel formation and the role of protein phosphorylation in regulating mineralization processes. His work integrates interdisciplinary approaches, including in vitro and in vivo studies using mouse models, to explore enamel matrix protein dynamics and their influence on crystal structure and organization. Education: BS in Chemistry from Worcester Polytechnic Institute (1972), PhD in Chemistry from University of Vermont (1976) Postdoctoral Research: University of Chicago (Chemistry) and Michael Reese Hospital (Renal Medicine) Professional Roles: Former Senior Member of Staff and Head of the Department of Biomineralization at The Forsyth Institute (1994–2017), Associate Professor of Developmental Biology at Harvard School of Dental Medicine (until 2017) His research highlights the critical role of amelogenin phosphorylation in stabilizing amorphous calcium phosphate and controlling enamel crystallography. Key findings include the necessity of phosphorylation for proper enamel rod formation and the pathological consequences of defects in this process. Collaborations with researchers like Elia Beniash and Xiaofang Wang have advanced understanding of enamel biomineralization pathways and potential applications in bio-inspired materials.

Tim PearceView profile

Professor

• Machine Olfaction
• Neuromorphic Engineering
• Neuroscience
• +4 more

Tim Pearce is a Reader in Bioengineering at the School of Engineering, University of Leicester. He holds a PhD from Warwick University and has served as a Research Assistant Professor at Tufts University Medical School. His work focuses on machine olfaction, neuromorphic engineering, and interdisciplinary applications of chemical sensing technologies. Key contributions include the development of electronic noses, biomimetic infochemical communication systems, and neuromorphic implementations inspired by insect olfactory pathways. Research Interests: Machine olfaction and sensor arrays Neuromorphic engineering and bio-inspired computation Integration of neuroscience principles into engineering systems Applications in environmental monitoring, healthcare, and security Publications highlight advancements in odor classification, spatio-temporal signal processing, and AI-driven world modeling. Notable collaborations include EU projects like Neuro-IT and AMOTH, which translated biological olfactory principles into real-world technologies. He has authored over 100 articles, including the seminal Handbook of Machine Olfaction . Awards include Fellowships from the Institute of Physics and the Higher Education Academy. Editorial roles span Frontiers in Neuromorphic Engineering and Connection Science . He actively contributes to global initiatives in neuroengineering and computational neuroscience.

Vivek VermaView profile

Lecturer

• Sustainable Purification of (Bio)Pharmaceuticals
• Peptide Self Assembly
• Crystal Engineering
• +3 more

Dr. Vivek Verma is a UCC Futures Pharmaceuticals Lecturer in the Process and Chemical Engineering Department at the School of Engineering and Architecture, University College Cork. He specializes in pharmaceutical nucleation and crystallization, with notable contributions to templated crystallization of oligonucleotide drugs and sustainable purification processes. Previously, he held postdoctoral positions at Imperial College London (Marie Sklodowska Curie Fellow) and the University of Limerick. His research interests include peptide self-assembly, engineered surfaces, and lipid nanoparticles for drug delivery. Education: Integrated BS-MS (Chemistry) from IISER Pune (2014) and PhD in Pharmaceutical Science from the University of Limerick (2018). Awards include the Marie Sklodowska Curie Fellowship (2021), SFI-IRC Pathways Fellowship (2024), and Best Presentation at Imperial College London's Post-doc Symposium (2024). Research focuses on developing sustainable pharmaceutical purification platforms and exploring secondary processing techniques. He has published in high-impact journals like Chemical Engineering Journal and Crystal Growth & Design , with two cover features. A US patent (US20230111202A1) for nanoparticle technology is among his innovations. Funded projects include €564k SFI-IRC grant for oligonucleotide crystallization and €224k EU Marie Curie Fellowship. He mentors early-career researchers and organizes academic conferences, such as the 2018 British Crystal Growth Student Day.