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Jonathan SokolovView profile

Professor

• Environmental Engineering
• Materials Science
• Nanotechnology
• +5 more

Jonathan Sokolov is a Professor and Graduate Program Director in the Department of Chemical & Molecular Engineering at Stony Brook University . His research focuses on nanoscale interactions between materials and the environment, emphasizing structural and chemical transformations in thin films, polymer composites, and biomaterials. Key projects include advancing energy materials (e.g., solar cells, fuel cells) and developing biosensors for medical diagnostics. Sokolov leads the NSF Materials Research Science & Engineering Center and NASA Microgravity Processing initiatives. Education: Ph.D., Physics, 1983, Stony Brook University B.S., Mathematics and Physics, 1976, Stony Brook University (Outstanding graduating student award) Research Interests: Sokolov’s work spans nanocomposite design , surface chemistry , and biomedical applications . He explores novel methods for DNA manipulation using microfluidics and soft lithography, and develops flame-retardant polymers for industrial use. His studies on graphene and polymer interfaces aim to enhance electronic and energy storage systems. Scientific Contributions: Over 50 peer-reviewed articles highlight his innovation in material synthesis , surface characterization , and cross-disciplinary methodologies . Notable advancements include improving solar cell efficiency through nanocomposite alignment and creating self-extinguishing polymer blends. Awards & Grants: Outstanding graduating student award (Physics Department, 1976) Co-PI on NSF and NASA-funded projects Labs & Teams: His group collaborates with national labs and industry partners to address environmental and energy challenges, emphasizing materials for sustainable technologies . The NSF MRSEC fosters multi-institutional research on polymer interfaces and nanotechnology.

Amanuel BeyinView profile

Associate Professor

• Human Prehistory
• Archaeology
• Stone Tool Analysis
• +5 more

Amanuel Beyin is an Associate Professor and Director of Undergraduate Studies in the Department of Anthropology at the University of Louisville. His research focuses on human prehistory, particularly in East Africa, investigating stone tool technologies and hominin dispersal routes. He leads interdisciplinary projects in coastal regions like the Red Sea and Kilwa Basin, supported by grants from NSF, National Geographic, and others. Education: PhD from Stony Brook University. His work integrates archaeological field methods with paleoenvironmental analysis, emphasizing coastal ecozones' role in hominin survival. Recent projects include the Coasting Out of Africa initiative, exploring Middle Stone Age sites in Tanzania. Key themes include hominin behavioral evolution, lithic technology analysis, and environmental contexts of migration. Beyin has authored/coedited major works, including the 2-volume Handbook of Pleistocene Archaeology of Africa (2023), and contributes to debates on African prehistory through peer-reviewed publications and international collaborations.

Kathleen SavageView profile

Assistant Professor

• Skeletal Muscle Biology
• Exercise Physiology
• Nutrition and Disease
• +7 more

Kathleen Savage is an Assistant Professor in the Department of Biology at St. John Fisher College , focusing on skeletal muscle hypertrophy/atrophy , exercise physiology , and nutrition in disease prevention . She teaches courses in Human Anatomy (BIOL 105), Human Physiology (BIOL 106), and Exercise Physiology (BIOL 335). Education: Ph.D., University at Buffalo M.S., University of Massachusetts B.S., Framingham State College Her research bridges basic and applied biology, particularly studying myostatin's role in muscle growth regulation and its therapeutic potential for conditions like muscular dystrophy, aging-related muscle loss, and space flight microgravity. She also explores sex differences in muscle repair and the impact of nutrients/exercise on metabolic and neurological health. The 5 most recent articles (2002–2010) span muscle biology , endocrinology , and biotechnology , with emphasis on animal models and clinical applications . Key subfields include muscle atrophy mechanisms, hormonal influences on recovery, and pharmacological interventions. As a trainee under a Presidential award-winning scientist at NIH, she developed expertise in cutting-edge biotechnology. Her lab investigates myostatin inhibition, muscle reserve cell activation, and protein synthesis dynamics, aiming to address muscle wasting diseases through interdisciplinary approaches.

C. Thomas AvedisianView profile

Professor

• Heat Transfer
• Combustion
• Multiphase Flows
• +4 more

Dr. C. Thomas Avedisian is a Professor of Mechanical Engineering at Cornell University, affiliated with the College of Engineering. He joined Cornell in 1980 after earning his Ph.D. from Princeton University. His research focuses on experimental investigations of heat transfer, combustion, and multiphase flows, with notable projects on droplet combustion, film boiling processes, and energy systems. He has held visiting roles at institutions like Brown University and the National Institute of Standards and Technology (NIST). Avedisian’s contributions to science include pioneering work on droplet combustion dynamics, thermal decomposition of organic liquids, and microgravity experiments. He was a Science and Technology Policy Fellow at the U.S. Department of Energy (2008–2010), where he contributed to energy efficiency and renewable energy programs. Dr. Avedisian’s education includes a B.S. from Tufts University, M.S. from MIT, and Ph.D. from Princeton University. His awards include the ASME James Harry Potter Gold Medal (1999), Heat Transfer Memorial Award (2006), and Rohsenow Lecturer (2012). He has served on editorial boards of journals like the ASME Journal of Heat Transfer and the AIAA Journal of Propulsion and Power. Avedisian is actively involved in student mentorship, advising Cornell’s Unmanned Air Systems Team (CUAIR), which has achieved international recognition in competitions. His research integrates experimental and computational methods to address challenges in energy systems, combustion science, and fluid dynamics. Recent work includes studies on biofuel combustion, fuel surrogates, and droplet dynamics under varied environmental conditions.

• Sustainable Chemical Engineering
• Process Intensification
• Flow Chemistry
• +4 more

Professor Volker Hessel is a leading academic in Sustainable Chemical Engineering at the University of Adelaide, Australia. He holds a PhD from Mainz University and has held roles including Deputy Dean (Research) at the ECMS Faculty (until 2022) and part-time/full-time professorships at Eindhoven University of Technology and guest professorships in China. His work focuses on process intensification, microreactor technology, plasma catalysis, and space agriculture. Affiliations: School of Chemical Engineering, Faculty of Sciences, Engineering and Technology Global Experience: Leadership roles at Institut für Mikrotechnik Mainz GmbH (IMM), honorary professorships in Germany, and advisory roles in Germany’s chemical industry policy. His research interests span sustainable chemical processes, decentralized production systems, and innovative technologies for space applications. Notable achievements include over 600 peer-reviewed publications (h-index 83), ERC grants, and industry partnerships like the ARC Centre of Excellence 'Plants for Space'. Professor Hessel’s articles highlight breakthroughs in plasma-driven ammonia synthesis, CO2 conversion, and space-based horticulture systems. His work emphasizes ESG integration in chemical supply chains and novel fertilization techniques. Awards: AIChE Process Development Award, ERC Advanced Grant, IUPAC ThalesNano Prize Grants: ARC Discovery, LIEF, and Centre of Excellence grants; EU FET/Open funding He is actively involved in labs advancing microfluidic systems, nanomaterials, and space resource utilization. His interdisciplinary approach bridges chemical engineering with astrobiology and environmental policy.

• Chemical Engineering
• Materials Science
• Nanotechnology
• +3 more

Arun Nadarajah is a Professor and Chair of Chemical & Environmental Engineering at the University of Toledo's College of Engineering. His research focuses on materials science, polymer engineering, and nanotechnology with applications in chemical looping combustion, hydrogel development, and carbon nanostructures. Current research trends include perovskite ceramics for CO2 utilization, chitosan microparticle formulation, and thermally responsive hydrogels Historical work spans protein crystal growth modeling, thermocapillary flow analysis, and vapor transport phenomena He has contributed extensively to understanding structural transformations in nanomaterials and environmental applications of polymer systems.

Andrii Y KovalevskyiView profile

Researcher

• Structural Biology
• Biochemistry
• Antiviral Drug Design
• +3 more

Dr. Andrii Y Kovalevskyi is a Distinguished R&D Scientist at Oak Ridge National Laboratory (ORNL), specializing in structural biology and biochemistry. He serves as an instrument scientist for neutron crystallographic instruments IMAGINE (HFIR) and MaNDi (SNS). His research employs advanced biophysical and computational techniques, including X-ray/neutron crystallography, neutron vibrational spectroscopy, biomolecular simulations, and VR-assisted drug design. Education: M.Sc. with Honors (1996) in Organic Chemistry and Crystallography, Kharkiv State University, Ukraine Ph.D. in Physical Chemistry, University at Buffalo, State University of New York, focusing on transition metal chemistry and crystallography Research Focus: Dr. Kovalevskyi's work targets three critical areas: (1) Design of antivirals against SARS-CoV-2 and RNA viruses; (2) Development of antidotes for nerve gas/pesticide poisoning; (3) Investigation of cancer-related vitamin B 6 -dependent enzymes. His methodologies reveal atomic-level details of enzyme mechanisms and inhibitor interactions under physiological conditions. Publication Trends: His 200+ publications demonstrate consistent focus on structural virology, enzyme catalysis, and therapeutic design. Recent work emphasizes SARS-CoV-2 protease inhibition, HIV drug resistance, neutron crystallography advancements, and enzyme engineering. Research consistently integrates experimental validation with computational approaches. Grants & Facilities: Funded by NIH and DOE, he leverages ORNL's neutron scattering facilities (SNS and HFIR) for macromolecular studies. He leads projects on viral protease dynamics and enzyme function.

• Phase transformations
• Interface reactions / coating design
• Metastable and amorphous phases
• +6 more

John Perepezko is a Professor in the Department of Materials Science and Engineering at the University of Wisconsin-Madison, within the College of Engineering. His work focuses on alloy solidification, phase transformations, and microstructural design under extreme conditions. PhD, Carnegie-Mellon University (1973) MS, Polytechnic Institute of New York (1968) BS, Polytechnic Institute of New York (1967) Research interests include phase transformations , interface reactions , metastable phases , kinetics , nucleation , metal powders , superalloys , and microgravity processing . He investigates crystallization mechanisms in amorphous alloys and self-healing coatings via kinetic biasing. Recent publications emphasize high-temperature oxidation , metallic glasses , radiation effects , and Multiphase microstructures . Key themes include predictive modeling of coating behavior, nanocrystal synthesis, and advanced refractory alloy design. 2024 Hilldale Award (Physical Sciences) 2022 AAAS Fellow 2021 Intermetallics Senior Scientist Award 2004 National Academy of Engineering 2004-2024: 13+ additional fellowships and medals Teaches Materials for Elevated Temperature Service and Heat Treatment , advising graduate research projects. His lab explores solidification processing , amorphous phase stability , and multilayer deformation for novel alloy design.

• Polymer Engineering
• Fire Safety
• Materials Science
• +3 more

Serge Bourbigot is a Professor at the Centrale Lille Institute, affiliated with the Materials and Transformations Unit (UMET, CNRS UMR 8207) at the University of Lille and the National School of Chemistry of Lille. He leads research in Polymer Systems Engineering, specializing in fire safety of materials, intumescent coatings, flame-retardant formulations, and pyrolysis modeling. Research Interests: His work spans fire retardancy mechanisms, thermal degradation of polymers, development of bio-based flame retardants, computational fire modeling, and advanced characterization techniques (e.g., solid-state NMR, cone calorimetry). Key applications include aerospace, construction, and sustainable materials. Recent Publications: Bourbigot's 15 latest articles (2023–2024) focus on intumescent geopolymers, fire-safe biocomposites, pyrolysis kinetics, and microgravity combustion. Dominant themes include sustainable flame retardancy, polymer degradation analysis, and multi-scale fire modeling. Student Advising: He has supervised over 30 PhD students, with recent projects covering fire-resistant 3D-printed polymers, inorganic coatings, and flame-retardant bioplastics. Notable collaborations include co-direction with Gaëlle Fontaine and Maude Jimenez. Patents & Innovations: Holder of multiple patents for fire-protection technologies, including geopolymer heat barriers (2023), intumescent silicone coatings (2013), and flame-retardant polyurethane formulations (2011).

Jeffrey S. AllenView profile

Professor

• Capillary Flow
• Interfacial Transport Phenomena
• Fuel Cells
• +6 more

Jeffrey S. Allen is the John F. and Joan M. Calder Endowed Professor of Mechanical Engineering at Michigan Technological University (MTU), serving as Associate Chair and Director of Undergraduate Studies in Mechanical and Aerospace Engineering. He holds a PhD, MS, and BSE in Mechanical & Aerospace Engineering from the University of Dayton. His research focuses on capillary flow in PEM fuel cells, interfacial transport phenomena, and microgravity fluid physics. Key areas include liquid water management in fuel cells, evaporating/condensing films, and cryogenic propellant behavior. He leads the Microfluidics & Interfacial Transport Laboratory and collaborates with the GM Energy Lab and Wind Tunnel facilities. Dr. Allen’s publications span 30+ years, emphasizing experimental and computational studies of two-phase flow, phase-change heat transfer, and porous media transport. Notable contributions include capillary penetration methods for wettability measurement and neutron imaging for cryogenic phase-change analysis. He teaches courses in fluid mechanics, energy conversion, and microfluidics. Supervised students include Ezequiel Medici (PhD 2010), Vinaykumar Konduru (MS 2010), and Derek Fultz (MS 2007). His work bridges fundamental science and engineering applications, addressing challenges in energy systems and space exploration.

Alireza TavakkoliView profile

Professor

• Space Medicine
• Ophthalmology
• Artificial Intelligence in Healthcare
• +5 more

Alireza Tavakkoli is a Professor at the Institute of Neuroscience, University of Nevada, Reno. His research focuses on the intersection of artificial intelligence, space medicine, and ophthalmology. Key areas include ophthalmic health in spaceflight, musculoskeletal disorders, and advanced imaging techniques. He explores AI-driven diagnostics, biomaterials for tissue regeneration, and extended reality (XR) applications in healthcare. Education details are not explicitly listed in the provided text, but his work aligns with interdisciplinary training in neuroscience, biomedical engineering, and computer science. His research integrates machine learning with clinical challenges in space medicine, particularly addressing vision and musculoskeletal risks faced by astronauts. Research interests prominently feature spaceflight-associated neuro-ocular syndrome (SANS), AI in ophthalmic diagnostics, and biomaterials for skeletal regeneration. He develops novel imaging modalities like AS-OCT and applies generative adversarial networks (GANs) for medical image synthesis. His work also addresses terrestrial applications of space medicine innovations, such as improved corneal treatments and musculoskeletal countermeasures. Recent articles highlight advancements in AI for precision medicine, 3D printing for ocular protection, and XR technologies for vision impairment. His interdisciplinary approach bridges clinical practice, engineering, and space exploration, with a focus on translational research for both astronauts and Earth-based patients. No specific scientific awards are listed, but his contributions to space medicine and AI in healthcare demonstrate significant scholarly impact. His research groups collaborate on NIH-funded projects and NASA initiatives, though specific grants are not detailed in the text. He advises on emerging AI tools for postoperative care and medical education, leveraging platforms like GPT-4 and Apple Vision Pro. Labs/teams involved include collaborations with NASA on space health solutions and institutions advancing AI-driven ophthalmology. His work on SpeciServe and spatial data pipelines suggests involvement in smart city healthcare infrastructure, though details are limited.

Christian GübeliView profile

Researcher

• Food Microbiology
• Plant Biology
• Nanotechnology
• +3 more

Christian Gübeli is a Researcher affiliated with the Professorship for Food Microbiology at ETH Zürich. His work spans interdisciplinary research areas including food microbiology, plant biology, and nanotechnology. Key focuses include bacteriophage-based detection systems for pathogens, strigolactone hormone signaling in plants, and innovative nanomaterial applications for environmental and medical challenges. His research interests prominently feature rapid microbial detection methods using engineered phages, sustainable agricultural solutions through strigolactone analogues, and antiviral nanocomposite development for aerosol pathogen trapping. These efforts bridge fundamental science with practical applications in diagnostics, crop improvement, and environmental decontamination. Recent work highlights include 2023 advancements in urinary pathogen detection via phage reporters and virus-trapping nanomaterials, alongside 2021 studies on synthetic strigolactones enhancing nutrient efficiency in poor soils. His contributions reflect a commitment to translating molecular insights into real-world solutions. No scientific awards are listed here, though his prolific publication record underscores sustained research impact. No grant details or advising roles are specified in available data. His work is conducted within ETH Zürich's Food Microbiology professorship laboratory, contributing to both academic and applied research initiatives.

Collin WilkinsonView profile

Assistant Professor

• Glass Science
• Materials Engineering
• Computational Materials Science
• +4 more

Collin Wilkinson serves as an Assistant Professor of Glass Science & Engineering within the Department of Glass Engineering at Alfred University, where he conducts cutting-edge research at the intersection of experimental and computational materials science. His work directly addresses critical challenges in glass technology through innovative methodologies and industry-relevant applications. His research program focuses on fundamental and applied aspects of glass science, including low-temperature glass stabilization, nuclear waste immobilization, glass-water interactions, and sustainable recycling technologies. He employs advanced techniques such as thermo-ultrasonication, molecular dynamics simulations, in-situ X-ray diffraction, and machine learning to investigate structural relaxation, fracture mechanics, and nucleation phenomena in glass systems. His expertise spans both traditional silicate glasses and emerging glass-ceramic composites with applications in energy, environmental remediation, and nuclear safety. Analysis of his 2024-2025 publications reveals a strategic research trajectory emphasizing sustainability and computational advancement. Key trends include the development of waste glass management frameworks for New York State, exploration of glass's role in carbon-neutral infrastructure, and creation of open-access nuclear waste glass databases. His work increasingly integrates machine learning with physics-based modeling, particularly in predicting glass properties and relaxation behavior, while maintaining strong experimental validation through techniques like vibrational spectroscopy and low-gravity synthesis.

Matthew BernardsView profile

Associate Professor

• Biomaterials
• Polymer Science
• Tissue Engineering
• +2 more

Matthew Bernards is an Associate Professor of Chemical & Biological Engineering at the University of Idaho. His research develops biomaterials for medical and aerospace applications, including anti-biofilm coatings, tissue engineering scaffolds, and space-grade polymers. Key research themes: Biomaterial interfaces and bacterial resistance Polyampholyte polymers for medical devices Microbattery technology for compact power Materials performance in extreme environments

Vincent C.W. ChenView profile

Associate Professor

• Exercise Physiology
• Nutrition
• Muscle Biology
• +4 more

Dr. Vincent C.W. Chen is an Associate Professor in the Department of Exercise Science, Wellness and Sport at Georgian Court University, affiliated with the Hackensack Meridian Health School of Nursing and Wellness. His academic roles include teaching over 20 courses, including ES111, ES330, and ES350, while maintaining an active research agenda. He also serves as an Adjunct Associate Professor at the NJ-STEP Consortium. Education: Ph.D. in Health and Kinesiology (Texas A&M University, 2017); BS in Kinesiology (National University of Kaohsiung, 2005) Research Focus: Exercise Physiology, Nutrition, Muscle Biology, and Training Interventions His research explores topics like choline supplementation in aging adults, effects of resistance training on lipid profiles, and physiological responses to esports. He has secured grants from NASA NJSGC for projects on lymphatic massage, esports physiology, and pandemic impacts on health. Over 30 peer-reviewed publications and conference presentations reflect his expertise in muscle adaptation and nutritional strategies. Dr. Chen has held leadership roles, including Vice President of the North America Taiwanese Professors’ Association (2022–2023). His teaching spans exercise testing, sports nutrition, global health, and internship coordination. Research labs and teams involve collaborations with institutions like Texas A&M University and ongoing projects in applied exercise science.