Aiden Thornton is the Menzies Senior Research Fellow in Leadership and Complexity at the Australian National University's School of Cybernetics, collaborating with the Menzies Foundation. He combines academic research with a management consulting practice focused on leadership development and organisational culture. Bachelor of Arts (Social Science) Bachelor of Social Science (First Class Honours) PhD in Leadership, Complexity, and Cognition His research spans interdisciplinary domains at the intersection of leadership science , complexity theory , and cognitive psychology. Key areas include developmental psychology, systems thinking methodologies, and psychometric measurement frameworks. As a scientific advisor , he applies complexity leadership principles to organisational change management. His entrepreneurial work involves establishing a psychometrics company developing 21st-century leadership assessment tools. Scientific Awards Menzies Senior Research Fellowship (2023)
Mary Frances Luce is the Interim Dean and Robert A. Ingram Professor of Business Administration at Duke University's Fuqua School of Business. She is notable for being both the first woman to serve as Fuqua's dean and the first Fuqua alumnus to hold this position. With a 30-year career specializing in behavioral marketing, Professor Luce has made significant contributions to understanding how emotions influence decision-making processes, particularly in healthcare contexts. Professor Luce earned her Ph.D. in business administration with a concentration in marketing from Duke University's Fuqua School of Business in 1994, following a bachelor's degree from Ball State University in 1989. Before returning to Fuqua as faculty in 2004, she spent ten years on the faculty of the Wharton School at the University of Pennsylvania. Professor Luce's research focuses on consumer behavior and medical decision-making, with particular emphasis on how emotions impact patients' healthcare decisions. Her work spans multiple domains including behavioral marketing, health care marketing, and the psychological aspects of consumer choices. She has published extensively in top journals such as Journal of Consumer Research, Journal of Consumer Psychology, and Journal of Marketing Research, examining topics ranging from emotional trade-off difficulty to voluntary consent in medical decision-making. Analysis of Professor Luce's recent publications reveals a consistent focus on the intersection of emotion and decision-making, with increasing attention to healthcare contexts in later years. Her work demonstrates strong methodological diversity, employing experimental, survey, and field research approaches. A notable trend is her exploration of how specific emotions (rather than general positive/negative affect) differentially influence consumer judgments and choices. Her research has significant practical implications for healthcare providers, marketers, and policy makers seeking to understand and improve consumer decision processes. Professor Luce has received recognition for her scholarly contributions, including: JCR Ferber Award from the National Journal of Consumer Research (1998) Professor Luce has secured significant research funding for her work, demonstrating the importance and impact of her research agenda: Neural Compensation and Economic Decision Making in Aging Research (Co-Investigator, National Institutes of Health, 2007-2010) Developing a Measure of Voluntary Consent for Protocol-Based Treatment Decision Research (Principal Investigator, National Science Foundation, 2006-2009) Throughout her career, Professor Luce has demonstrated strong academic leadership beyond her research contributions. She previously served as Fuqua's associate and senior associate dean of faculty for six years, and as associate vice president of Research & Innovation at Duke. Currently, in addition to her deanship at Fuqua, she serves on the Board of Trustees of Duke Kunshan University, having previously spent a year as DKU's interim executive vice chancellor. Her commitment to interdisciplinary research is evident in her role as a Bass Connections Faculty Team Member for "Age Differences in Economic Decision-making" (2013-2014).
Shweta Chopra, Ph.D., is an Adjunct Professor in the Department of Decision Sciences at Nova Southeastern University and a UX Research consultant for Microsoft's Azure Quantum team. Previously, she held Assistant Professor positions at Ohio University (2019–2022) and Iowa State University (2014–2019), teaching courses in operations management, supply chain logistics, lean manufacturing, and engineering design. She holds a Lean Six Sigma Black Belt certification from the American Society for Quality. Her research integrates quality management and ICT solutions to address global food safety/security challenges, post-harvest loss reduction, and supply chain optimization. Secondary foci include applying lean methodologies in healthcare, education, and manufacturing. She has secured ~$4M in grants and published 13 peer-reviewed journal articles. Her publications emphasize technology adoption in food systems, lean management applications, and policy optimization in developing economies. Trends include empirical studies on India's Public Distribution System, ICT-driven food security interventions, and industry-academia collaboration frameworks. Awards & Honors: Best Presentation, ASEE/CIEC Conference (2017) Lean Six Sigma Black Belt, American Society for Quality She mentors first-generation students and has developed industry-academic partnerships to enhance experiential learning. No lab affiliations are documented.
Paul Kempler is an Assistant Professor in the Department of Chemistry and Biochemistry within the College of Arts and Sciences at the University of Oregon. He serves as Director of the Electrochemistry Masters Internship Program and Associate Director of the Oregon Center for Electrochemistry. His academic journey includes a B.S. in Chemical Engineering and Chemistry from Vanderbilt University (2015) and a Ph.D. in Chemical Engineering from Caltech (2020) under Prof. Nathan S. Lewis. Dr. Kempler's research focuses on electrochemical approaches to deep decarbonization , specifically developing electrochemical devices for grid-scale energy storage, electrified manufacturing processes, and sustainable iron production. His work bridges fundamental studies of ion transfer kinetics at electrochemical interfaces with practical applications in green hydrogen production and zero-emissions iron making. Current projects include optimizing electrolyzers for steel decarbonization, studying metal oxide reduction mechanisms, and developing advanced electrochemical stacks for industrial applications. His recent publications reveal a strong emphasis on electrochemical iron production (Chlor-Iron process), alkaline water electrolysis for hydrogen, and fundamental ion transfer kinetics . These works span from fundamental studies of interfacial reactions to applied research on industrial-scale electrochemical processes, consistently targeting climate-critical decarbonization pathways. Dr. Kempler leads a vibrant research group comprising postdoctoral scholars, graduate students, and undergraduates working on diverse electrochemical challenges. His educational initiatives include developing the first industrially-focused Master's program in electrochemistry in the United States, integrating advanced experiments with Python coding. His research is supported by significant funding from: U.S. Department of Energy Basic Energy Sciences Office of Energy Efficiency & Renewable Energy Advanced Research Projects Agency-Energy (ARPA-E) Leidos Southern California Gas Company As Director of the Electrochemistry Masters Internship Program, he has established strong industry partnerships that place students with leading companies in the electrochemical sector, creating a pipeline for skilled electrochemists to address climate challenges.
Dr. Marlyn Bennett serves as an Associate Professor and Canada Research Chair Tier II in Indigenous Children's Wellbeing at the University of Calgary, holding dual appointments in the Faculty of Social Work and Werklund School of Education. She also functions as a Child Health & Wellness Researcher at the Alberta Children's Hospital Research Institute, bringing over two decades of specialized expertise in Indigenous child welfare, research, and community engagement to her academic roles. PhD in Interdisciplinary Studies (Social Work, Community Health Sciences, Native Studies) from the University of Manitoba Dr. Bennett's research centers on Indigenous children's wellbeing through culturally grounded methodologies. Her work emphasizes narrative inquiry, digital storytelling, and arts-based approaches to explore the lived experiences of Indigenous women and youth within the child welfare system. She investigates how cultural identity, resilience, and healing can be fostered through community-led research that centers Indigenous knowledge systems while addressing systemic barriers in health and social services. Her publication portfolio reveals consistent thematic focus on Indigenous child welfare with increasing emphasis on culturally specific implementation frameworks. Recent work demonstrates sophisticated integration of digital storytelling with traditional Indigenous practices, particularly in projects addressing Jordan's Principle implementation. Her scholarship bridges academic research with practical policy applications, producing both peer-reviewed publications and accessible community resources including infographics and practitioner toolkits. Dr. Bennett's significant contributions to Indigenous child welfare research have been recognized through prestigious appointments and awards: Canada Research Chair Tier II in Indigenous Children's Wellbeing Research Innovation Award, Faculty of Social Work, University of Calgary (2024) Support from the Social Sciences and Humanities Research Council of Canada Recognition from the Manitoba Research Alliance As Principal Editor-in-Chief of the First Peoples Child & Family Journal and former National Director of Research for the First Nations Child and Family Caring Society, Dr. Bennett demonstrates exceptional leadership in research governance. Her current projects, supported by the Canada Research Chair program and the One Child Every Child Branch Award, include 'Bridging Cultures and Generations Through Digital Storytelling' and 'Healing Journeys: Body Mapping with Indigenous Girls and Women,' which employ innovative methodologies to advance understanding of Indigenous children's wellbeing. Dr. Bennett collaborates extensively with Indigenous communities through the Alberta Children's Hospital Research Institute and the Faculty of Social Work's Kiipitakyoyis - Grandmother's Lodge. Her research teams intentionally integrate Indigenous artists, trauma-informed facilitators, Elders, and community knowledge keepers, ensuring all projects maintain cultural safety and community relevance while addressing critical gaps in culturally appropriate resources for Indigenous youth and families.
José Ignacio Martínez Ruiz is a Tenured Scientist at the Institute of Materials Science of Madrid (ICMM-CSIC) , specializing in theoretical modeling and computational simulation of low-dimensional functional materials. Research Focus: Graphene, TMDCs, coordination polymers, and astrochemical nanomaterials. Methodology: First-principles simulations, predictive descriptors for material stability, and interdisciplinary chemistry-physics-computational science approaches. His work emphasizes cross-dimensional material analysis (clusters to bulk crystals) for applications in hydrogen storage , on-surface chemistry , and nano-sensing . Recent publications highlight collaborations in catalysis and astrochemistry . He has received the Ramón y Cajal Fellowship , supporting his research on multi-stimuli responsive systems . Collaborators include Julio A. Alonso, Alberto Castro, Ángel Rubio, and international experts like Eberhard K.U. Gross and Jens Nørskov. Key journals: JACS , Nano Letters , Angewandte Chemie , and PCCP .
Sergio Javier Viudes Carbonell serves as an Associate Professor in the Department of Computer Science and Artificial Intelligence at the Higher Polytechnic School of the University of Alicante since 2020. His academic role bridges theoretical instruction with practical industry application through his company Baviux Apps & Games Studio, which he founded in 2014. His educational background includes: Technical Engineering in Management Computing (2001) Master's Degree in Software Development for Mobile Devices (2020) Viudes Carbonell's research focuses on the intersection of mobile technology and intelligent educational systems. As a member of the Research Group on Smart Learning Technologies, he develops applications that integrate artificial intelligence with pedagogical frameworks to create adaptive learning environments. His industry experience directly informs his teaching methodology, emphasizing real-world software development practices for mobile platforms. His work demonstrates a consistent trajectory in applying software engineering principles to educational innovation, with particular emphasis on mobile-first solutions and game-based learning architectures. Viudes Carbonell maintains active industry engagement through Baviux Apps & Games Studio while fulfilling his academic responsibilities, creating a unique synergy between classroom instruction and commercial product development in the mobile technology sector. He is affiliated with the Research Group on Smart Learning Technologies, contributing to projects that explore artificial intelligence applications for personalized educational experiences.
Stephen E. Henderson serves as the Judge Haskell A. Holloman Professor of Law at the University of Oklahoma College of Law, where he teaches criminal law, criminal procedure, and constitutional law. An elected member of the American Law Institute, he actively shapes national legal standards through work with the American Bar Association and Uniform Law Commission. Henderson earned his B.S. in Electrical Engineering from UC Davis (1995) and J.D. from Yale Law School (1999). His educational background informs his unique interdisciplinary approach to legal scholarship. B.S., Electrical Engineering, University of California Davis, 1995 J.D., Yale Law School, 1999 Henderson's research revolutionizes criminal justice through technology-integrated frameworks. He pioneered the influential "Fourth Amendment time machines" concept critical to Carpenter v. United States , and developed novel theories including jury veto, role-reversibility, and search and seizure budgets. His work increasingly examines artificial intelligence's implications for criminal justice systems, while maintaining deep engagement with privacy law, legal pedagogy, and constitutional constraints on policing. He co-edited The Cambridge Handbook of Surveillance Law and maintains CrimProf.com, providing innovative teaching resources. His publication trends reveal a strategic evolution from privacy law foundations toward AI-integrated criminal justice theory, with consistent focus on doctrinal innovation. Recent articles demonstrate sophisticated integration of technological analysis with constitutional principles, particularly regarding surveillance, adjudication, and sentencing. Henderson uniquely bridges engineering rigor with legal philosophy across all scholarly output. Henderson's honors reflect exceptional impact across scholarship, teaching, and service: Distinguished Alumni Award from UC Davis Electrical Engineering (2024) Election to American Law Institute (2022) Three consecutive Hooding at Graduation awards (2015-2017) Multiple Outstanding Professor recognitions (2013-2016) OU Research Impact Award (2014) Through the CrimProf blog and open educational resources, Henderson transforms legal pedagogy while advising national bodies including NIST forensic science panels and the FAA Drone Advisory Committee. His testimony before Oklahoma legislative committees directly influences state law reform in civil asset forfeiture and drone regulation. As managing editor of CrimProf, he cultivates scholarly discourse while developing first-of-their-kind textbooks merging Socratic method with active learning. Henderson leads interdisciplinary collaborations through scientific review panels for bloodstain pattern analysis and friction ridge examination standards. His work with the ABA Task Force on Law Enforcement Body Cameras and Uniform Law Commission's Cybercrime Act demonstrates practical impact on emerging technology regulation. The Sheep Without Rights band hiatus hasn't diminished his cultural engagement with topics ranging from 80s music to world religions philosophy.
Dr. Simone Swantje Köcher serves as Department Head of Theoretical Electrochemistry and Data Science at Forschungszentrum Jülich's Institute of Energy Technologies (IET), specifically within the Fundamentals of Electrochemistry (IET-1) department. She leads research activities focused on computational approaches to energy materials and processes. Her research interests span multiple computational domains including multi-scale modeling of electrochemical systems, advanced image processing techniques, quantum optimal control methodologies, and theoretical spectroscopy. Her work integrates first principles simulations with data science approaches to understand material properties relevant to energy applications. Dr. Köcher's career trajectory shows a strong foundation in theoretical chemistry with increasing specialization in computational methods for energy materials research. Her work bridges fundamental theoretical approaches with practical applications in electrochemistry and energy storage.
Junxian Chew is a Researcher at the Jülich Supercomputing Centre (JSC) within Forschungszentrum Jülich, Germany. His work focuses on high-performance computing applications in plasma physics, particularly developing scalable simulation codes for plasma breakdown scenarios in fusion devices. He holds a Master of Science in Simulation Science from RWTH Aachen University. His doctoral research centered on creating a fully 3D first-principles Monte Carlo code to simulate Townsend avalanche breakdown processes, with extensions for magnetized plasma environments in tokamaks. This required exceptional HPC scalability to handle exponential particle growth through electron-neutral impact ionizations. His research integrates Plasma Physics with advanced computational techniques, emphasizing fine time-resolution simulations of charged particle gyromotions without averaged drift approximations. Key methodologies include MPI-OMP hybrid parallelization and large-scale execution on systems like JURECA DC, enabling precise modeling of drift motions in magnetized plasmas. At JSC, Dr. Chew applies his expertise to support diverse scientific applications across disciplines, leveraging supercomputing infrastructure for complex numerical studies beyond plasma physics.
Alexander Kuhrs Woltin is a Senior Lecturer at Leibniz University Hannover, working within the Faculty of Philosophy's English Seminar. He serves as an Internship Coordinator for Master's students in Language and Literature Studies (LG) and Educational Sciences (LBS), and functions as a Teacher for Special Tasks focusing on English teaching methods. His office is located in Building 1502, Room 727 at Königsworther Platz 1, 30167 Hanover, with appointments available via Stud.IP. 2007: First State Examination for teaching at Gymnasiums at Leibniz University, Hanover 2003-2004: Educational and practical stay abroad in the USA (Rochester, New York and Portland, Oregon) 2001-2007: Study of secondary school teaching (English/Biology) at Leibniz University, Hanover 2000: General higher education entrance qualification from Pädagogium boarding school in Bad Sachsa Dr. Woltin's research focuses on innovative approaches to foreign language education, with particular emphasis on digital media integration in competency-oriented teaching. His work explores how diversity and inclusion can be effectively incorporated into language classrooms, and he investigates the pedagogical potential of audio-visual texts for language acquisition. As an expert in Content and Language Integrated Learning (CLIL), he contributes to developing effective bilingual teaching methodologies. His scholarship also addresses textbook development and the quality assurance of teacher training programs, ensuring educators are equipped with contemporary, research-based practices. Analysis of Dr. Woltin's recent publications reveals a strong focus on contemporary challenges in language education. His work increasingly addresses digital transformation in teaching, with multiple articles on video-based instruction, flipped classrooms, and AI literacy. There's a consistent thread of inclusive pedagogy throughout his scholarship, particularly regarding diversity representation in language materials. His publications demonstrate practical applications of theoretical frameworks, often providing concrete classroom strategies for language educators. The collaborative nature of his work (frequently with J. Oldendörp and G. Blell) highlights interdisciplinary approaches to language teaching challenges. As Internship Coordinator for Master's programs, Dr. Woltin guides students through practical teaching experiences, connecting academic theory with classroom reality. His background as a practicing teacher in various German schools (including Sophienschule Hannover) informs his approach to teacher development. While specific grant information isn't detailed in the available materials, his extensive publication record and handbook editorship suggest significant scholarly contributions to the field of language education. Dr. Woltin contributes to the development of the Camden Town textbook series, which serves as core curriculum material for English education in German secondary schools. His work on Abitur preparation materials demonstrates his engagement with systemic educational frameworks and standards. Through his focus on practical teaching methods and materials development, he bridges academic research with classroom application, supporting both current educators and future language teachers.
Prof. Cosimo Costantino is a Full Professor in the Department of Medicine and Surgery at the University of Parma. He has maintained continuous teaching appointments across five distinct academic programs since 2013/2014 through the upcoming 2025/2026 academic year: Medicine and Surgery (6-year program) Physiotherapy (First cycle) Sport Sciences, Physical Exercise and Human Health (First cycle) Speech and Language Therapy (First cycle) Theory and Methods of Preventive and Adapted Physical Activities (Second cycle) His instructional portfolio consistently features rehabilitation-focused courses including Physical Medicine and Rehabilitation, Clinical and Rehabilitation Assessment in the Sportsman and in the Amputee, Postural and Neurological Rehabilitation, and Instrumental Assessment and Rehabilitation Principles. Prof. Costantino's research expertise centers on: Sports rehabilitation methodologies for athletes and amputees Neurological and postural rehabilitation techniques Instrumental assessment applications in clinical rehabilitation Public health investigations including infectious disease seroprevalence and pandemic impacts His recent publications demonstrate an interdisciplinary synthesis of rehabilitation medicine with public health and technological innovation. Analysis of his 2024-2025 publications reveals consistent use of systematic review and meta-analysis methodologies across diverse domains - from urinary incontinence treatment in female athletes to cognitive reserve in stroke recovery and holographic surgical training. This body of work bridges clinical rehabilitation practice with population health concerns through rigorous evidence synthesis. No scientific awards or honors were documented in the source material. While Prof. Costantino's extensive teaching roles across multiple degree programs suggest significant student mentorship activities, the source material contains no specific information regarding doctoral students supervised or research grants managed. His academic contributions appear primarily channeled through course instruction and collaborative publication rather than directed student supervision or grant administration. Specific laboratory facilities, research teams, or institutional collaborations were not referenced in the available information.
Dr. Evgeny Chugunov serves as Associate Professor and Chair of the Department of Music at Lakehead University, a position he has held since September 2010. His academic expertise spans piano performance, pedagogy, and collaborative piano, with groundbreaking research integrating neuroscience into music education methodologies. His distinguished educational background includes: Doctor of Music (Piano Performance) from Université de Montréal (2008) Master of Music (Piano Performance) from Université de Montréal (2004) D.E.S.S. (Piano Performance) from Université de Montréal (2002) PhD in Piano Pedagogy from Moscow State Pedagogical University (2001) Dr. Chugunov's internationally recognized research program investigates motor control mechanisms and mental imagery applications to optimize musical performance and prevent injuries. His innovations in pedagogy leverage neurological principles to develop effective teaching strategies that enhance technical proficiency while safeguarding musicians' physical health. His exceptional contributions have been recognized with prestigious awards: Lakehead University Merit Award in Teaching and Research/Creative Activities (2022) Lakehead University Teaching Innovation Award (2019) First prize in the Paul and Verna Gelinas Competition, Montreal (2001) Second prize in the Russian National Student Piano Competition, Glazov (1997) As an educator, Dr. Chugunov has mentored students to notable successes including second and third place finishes at the Crescendo International Music Competition. His global influence extends through master classes at international festivals and jury service for competitions like Cremona International Piano Competition, while maintaining an active performance career across five continents.
Dr. Saphira Rekker is a Senior Lecturer in Sustainable Finance at The University of Queensland's School of Business (Faculty of Business, Economics and Law) and a Senior Research Fellow at the UQ Dow Centre for Sustainable Engineering Innovation (Faculty of Engineering, Architecture and Information Technology). Her work bridges finance and climate science to develop tools for measuring corporate decarbonization commitments. Her educational background includes a PhD in Finance, Graduate Diploma in Environmental Management and Sustainability, and Master's (Coursework) from Tilburg University. Key qualifications: Doctor of Philosophy, The University of Queensland Graduate Diploma of Environmental Management and Sustainability, The University of Queensland Masters (Coursework), Tilburg University Rekker's research focuses on Paris Agreement compliance measurement, science-based target methodologies, and corporate climate accountability. She leads the Are You Paris Compliant program (UQ/Oxford/Princeton collaboration) and contributes to the Science Based Targets initiative's oil and gas working group. Her work directly informs EU climate benchmarking regulations and has driven global attention through publications in Nature Climate Change and Nature Communications . Her publication trends reveal three dominant themes: (1) Corporate climate performance metrics (e.g., Paris Compliance frameworks), (2) Fossil fuel industry alignment with 1.5°C pathways, and (3) Cross-border capital flows in decarbonization. Recent work increasingly integrates equity principles and examines climate activism drivers across 88 countries. Award highlights: ARC DECRA Fellowship (2024-2027, $430k+) Best Paper Award 2021 ( Business & Society ) UQBS Excellence in Innovation Award UN Responsible Investment Essay Competition (2018) She actively supervises PhD candidates on Paris alignment in finance and corporate compliance while securing $780,074.26 across six grants including the ARC DECRA project 'Paris-compliance: assessing companies and portfolios'. Her industry collaborations include Norges Bank Investment Management and Aurecon Australasia. Rekker also co-leads Australia's first Carbon Literacy course and serves as UQ's Unisuper academic representative. Rekker directs the Are You Paris Compliant program and contributes to the Dow Centre's E-Mobility and Green Hydrogen Production research streams. She serves on the Science Based Targets initiative's Technical Working Group for oil and gas and advises the EU on climate benchmarking regulations through quantified methodologies that survived multiple regulatory revisions.
Maurizio TUCCI is a Full Professor in the Department of Computer Science at the University of Salerno, located at the Fisciano Campus. His office is situated in Building F2, First Floor, Room 077 (U.FINV-12B.P01.077). Professor TUCCI's research spans multiple domains within computer science, with particular emphasis on: Artificial Intelligence and Machine Learning methodologies Data Science and advanced analytics Software Engineering principles and practices Computer Systems architecture and performance He maintains regular reception hours on Monday from 11:00-13:00 and Wednesday from 12:00-13:00 in his office at FINV-12BP01077, demonstrating his active engagement with students and academic community. His academic profile includes dedicated sections for Curriculum development, Teaching activities, Research initiatives, Projects management, Publications output, Research Awards recognition, Laboratory resources, and teaching Materials.
