Find Academic Supervisors

Laura KaminskyView profile

Professor

• Contemporary Classical Composition
• Chamber Opera
• Multidisciplinary Cultural Programming
• +2 more

Laura Kaminsky serves as Professor of Music and Head of Composition at Purchase College's School of the Arts, where she teaches in both the arts management program and classical composition program within the Conservatory of Music. She previously held leadership roles including Chair of Music at Cornish College of the Arts (1999-2004) and Dean of Purchase College's Conservatory of Music (2004-2008), and has maintained significant artistic positions at New York City institutions including 92nd Street Y, Town Hall, and Symphony Space. Her research and creative work centers on contemporary classical composition with particular focus on chamber opera, LGBTQIA+ representation in music, and multidisciplinary cultural programming. Kaminsky's compositional output explores transgender narratives, environmental themes, and social justice issues through innovative musical structures. Notable projects include the groundbreaking chamber opera As One (2014), which has become the most frequently produced contemporary opera in North America, and the Crossroads/Rising Tide environmental project. Her scientific recognition includes six ASCAP-Chamber Music America Awards for Adventurous Programming and the Polish Ministry of Culture National Heritage 2010 Chopin Award. Major funding has come from the National Endowment for the Arts, Koussevitzky Music Foundation, Opera America, New York State Council on the Arts, Aaron Copland Fund, and Chamber Music America among others. Kaminsky maintains active artistic direction of Musicians Accord, the new music collective she co-founded in 1984, which operates in residence at City College of New York. Her recent projects include commissions for pianist Mackenzie Melemed (2024's Threnody ), the Utah-based Dance in the Desert featuring Desert Portal (2024), and the chamber opera Hometown to the World (2022). She has received extensive support from over 15 major arts organizations for her innovative programming and composition work.

• Music
• String Instruments
• Viola Performance
• +1 more

Julia Bullard served as a faculty member in the Department of Music at the University of Northern Iowa from 2000 to 2015. Her academic appointments progressed through key milestones: Assistant Professor (2000-2003) Associate Professor (2009-2013), including a Professional Development Assignment in spring 2011 Professor and Associate Director for Graduate Studies (2013-2015) Her scholarly focus centered on musical performance and theoretical frameworks, with specialized expertise in viola pedagogy and music theory instruction. She contributed significantly to the viola and theory curriculum within the Music Department, shaping educational experiences for students through performance training and theoretical analysis. Her dual role as Associate Director for Graduate Studies during her final appointments highlights administrative leadership in academic program development. While no publications or awards are documented in the provided records, her sustained 15-year academic trajectory demonstrates deep commitment to music education. The historical nature of the UNI Faculty Roster—last updated for the 2015-2016 academic year—confirms her foundational role in the institution's music program during this period.

• Theoretical Physics
• Quantum Field Theory
• String Theory
• +3 more

Omar Shahpo is a researcher in theoretical physics with a PhD in Mathematics, actively contributing to quantum field theory and string theory through high-impact publications in Journal of Physics A and SciPost Physics. His work bridges mathematical rigor with physical phenomena in quantum gravity and holography. Education: PhD in Mathematics Shahpo's research focuses on conformal anomalies, vortex operators, and topological structures in quantum field theory. He investigates asymptotic forms, minimal surfaces, and quantum fluctuations through holographic principles and M-theory frameworks, revealing deep connections between geometric structures and quantum dynamics. His publication trajectory (2021-2024) demonstrates consistent advancement in theoretical frontiers, with recent work on surface anomalies and M2-branes building upon earlier foundations in conformal fishnet theory and string partition functions. Collaborations with leading theorists like Drukker and Trépanier highlight his integration into active research networks exploring quantum gravity's mathematical architecture. Research impact: 13 total citations across 4 publications Specialization in quantum anomalies and topological operators Methodological focus on conformal structures and holographic duality

• Natural Language Processing
• Artificial Intelligence
• Machine Learning
• +8 more

Rohini Srihari is a Professor in the Department of Computer Science and Engineering at the University at Buffalo, State University of New York, where she also serves as Associate Chair. Additionally, she holds an Adjunct Professor position in the Department of Linguistics. Her academic journey includes a PhD in Computer Science from the University at Buffalo (1992) and a B. Math degree from the University of Waterloo (Canada). Dr. Srihari's research spans multiple cutting-edge areas in artificial intelligence, with a strong focus on Natural Language Processing, Information Retrieval, and Text Mining. Her work encompasses both theoretical foundations and practical applications, particularly in Conversational AI systems, disinformation detection, and social unrest prediction. She has pioneered approaches in multilingual text mining for less commonly taught languages and developed innovative methods for social media analysis. Her recent research emphasizes AI for Social Good, addressing critical societal challenges through technology. Her publication record shows a clear evolution from foundational work in multimedia information retrieval and document analysis toward increasingly socially impactful applications. The recent publications demonstrate a strong focus on using AI to address misinformation, predict civil unrest, and develop empathetic conversational agents. Her work increasingly integrates multiple data sources and leverages state-of-the-art deep learning techniques while maintaining a focus on real-world applicability and social impact. Awards & Recognition: Bronze prize in the Alexa Prize Socialbot Grand Challenge 4 (2021) Two US patents in text mining and image analysis Extensive publication record with over 100 papers and an h-index of 40 Dr. Srihari has secured significant research funding from major agencies including the National Science Foundation (NSF), DARPA, and IARPA. She has directed multiple research projects focused on AI applications for social good, including an NSF-funded project on Purposeful Conversational Agents based on Hierarchical Knowledge Graphs. She supervises students across both Computer Science and Linguistics departments, fostering interdisciplinary research. Her research group, focused on Conversational AI for Social Good, addresses critical issues like combating disinformation and assisting the disabled through trustworthy socialbots. She also directs the Center of Excellence for Document Analysis and Recognition (CEDAR) and has led interdisciplinary student teams in major competitions. Her industry experience includes founding and directing technology startups focused on big data analytics, two of which were acquired by larger media analytics companies.

Federico PacchioniView profile

Professor

• Italian Studies
• Italian Art Cinema
• Puppetry Across Media
• +3 more

Federico Pacchioni holds the Sebastian Paul and Marybelle Musco Chair in Italian at Chapman University, where he serves as Founding Director of the Ferrucci Institute for Italian Experience and Research and teaches in the Dodge College of Film and Media Arts and University Honors Program . He directed the Italian Studies program from 2012–2023, expanding curricular offerings and establishing new endowments. Education: BA (Prescott College), MA & PhD (Indiana University Bloomington) His research explores Italian cinema through intermedial aesthetics , focusing on puppetry traditions in film, literature, and digital media. He investigates artistic collaboration in Fellini’s work, glocalism in cultural production, and pedagogical innovation in foreign language learning. His publications reveal trends in transmedia storytelling (60+ works including 8 books), with awards like the 2024 Nancy Staub Prize for puppetry scholarship. Notable books include Inspiring Fellini (2014) and The Image of the Puppet (2022). Scientific Awards: 2024 Nancy Staub Award for Puppetry Scholarship Pacchioni leads travel courses across Italy and co-ordinates interdisciplinary courses like Structure of International Film Festivals with Emily Carman. His creative writings (poetry collections and travel prose) blend academic rigor with artistic practice.

• Control Systems
• Mechatronics
• Robotics
• +12 more

Sumeet S. Aphale is a Professor and Academic Line Manager at the School of Engineering, University of Aberdeen, where he also leads the Electrical and Electronic Systems research group. He holds a Personal Chair and is actively involved in research, teaching, and academic leadership. He is the Programme Leader for the MSc in Robotics & Artificial Intelligence and MSc in Industrial Robotics. Education: BEng Electrical Engineering, University of Pune, India (1999), First Class with Distinction MS Electrical Engineering (Robotics and Control), University of Wyoming, USA (2003) PhD Electrical Engineering (Robotics and Control), University of Wyoming, USA (2005) His research focuses on control systems, mechatronics, robotics, nanopositioning, soft robotics, and vibration control. He leads the Artificial Intelligence, Robotics and Mechatronic Systems (ARMS) group, emphasizing practical, implementable solutions for complex engineering problems. His work spans applications in MEMS, drill-strings, biomedical systems, and renewable energy. The 15 most recent publications reflect a strong trend in advanced control strategies, including fractional-order, sliding-mode, and AI-based control, applied to nanopositioning, soft actuators, and industrial systems. Key themes include precision enhancement, dynamic modeling, and real-time performance optimization. Scientific Awards: Principal's Excellence Award for Outstanding Postgraduate Research Supervisor (2023) Best Paper Award, AsiaSim (2017) Best Paper Award Finalist, Advanced Intelligent Mechatronics (2008) Tau Beta Pi - Engineering Honors Society (2003) Top 5 UG GPA (1999) Dr. Aphale has supervised numerous PhD students to completion and currently mentors several doctoral candidates in areas such as soft robotics, motor optimization, and unconventional control. He has secured over £2.7M in research funding from EPSRC, SFC, Innovate UK, and international sources, and has led industrial consultancies with BP, Aramco, Aker, and LeapAI. He is actively involved in knowledge exchange through KTP projects and industrial collaborations. He teaches courses in signals, systems, and advanced control engineering and serves as a personal tutor and examination officer. He leads the ARMS research group and collaborates with institutions in Spain, China, India, France, Australia, and the USA. His editorial roles include Associate Editor for IEEE Control Systems Letters and Frontiers in Mechanical Engineering.

Luca NEGRINIView profile

Researcher

• Static Analysis
• Blockchain Technology
• Computer Science
• +3 more

Luca Negrini is a Researcher at the Department of Environmental Sciences, Computer Science and Statistics of Ca' Foscari University of Venice. He is affiliated with the Research Institute for Complexity. His work focuses on static analysis techniques applied to blockchain smart contracts, formal methods, and software verification. He contributes to projects like the LiSA framework for multilanguage static analysis and has published extensively on topics such as Hyperledger Fabric security, Tezos smart contracts, and ROS2 security policies extraction. Research interests include blockchain technology, static analysis methodologies, formal verification, and concurrency issues in distributed systems. Recent work emphasizes detecting vulnerabilities in smart contracts (e.g., read-write issues, phantom reads) and developing tools for automated policy extraction in robotics and microservices. He collaborates closely with academic and industry partners, as evidenced by numerous co-authored articles in venues like IEEE Access and ACM conferences. Publications reflect a trend toward addressing security and correctness in distributed systems, with a focus on practical applications of formal methods. His contributions bridge theoretical computer science with real-world challenges in blockchain and software engineering. No scientific awards are explicitly mentioned in the provided texts.

• Theoretical Physics
• High Energy Physics
• Quantum Gravity
• +2 more

Andrea Legramandi serves as a Research Fellow in the Department of Physics at the University of Trento, Italy, focusing on cutting-edge theoretical research in high energy physics and quantum gravity frameworks. His work bridges mathematical physics with holographic principles to explore fundamental spacetime structures. Legramandi's research spans Theoretical Physics, High Energy Physics, and Quantum Gravity, with specific expertise in $$\text{AdS}/\text{CFT}$$ correspondence, black hole evaporation dynamics, and geometric structures of near-horizon geometries. He investigates matrix model applications to quiver gauge theories across dimensions, contributing to the understanding of holographic dualities and quantum information aspects in gravitational systems. Analysis of his 2023 publications reveals concentrated exploration of holographic mappings for evaporating black holes, $$G$$-structure applications to black hole horizons, and mass deformation effects in $$5\text{d}$$/$$3\text{d}$$ quiver theories alongside $$\text{AdS}_6/\text{CFT}_5$$ massive flows. These studies collectively advance the holographic paradigm in quantum gravity through rigorous mathematical frameworks. No scientific awards, student advising relationships, or research grant details are documented in the available information.

Jason W. SolomonView profile

Associate Professor

• Music Theory
• Music Perception
• Spatialization in Music
• +7 more

Jason W. Solomon is Associate Professor of Music at Agnes Scott College, Georgia, USA, where he teaches music theory, composition, and classical guitar. He holds a BM, MM, and PhD from the University of Georgia. BM, University of Georgia MM, University of Georgia PhD, University of Georgia His research interests include spatialization, music perception, popular music, and music theory pedagogy. He is the author of the textbook Music Theory Essentials (Routledge, 2019), which offers a concise and accessible approach to core topics in music theory, integrating fundamentals, tonal harmony, post-tonal materials, and popular music. Solomon has published in journals such as Theory and Practice , Soundboard , and Guitar Review , and has presented at major international conferences including the International Conference on Music Perception and Cognition and the College Music Society National Conference. His scholarly work explores the intersection of spatial gesture, perception, and musical form. The recent publications and presentations reflect a strong focus on spatial and gestural aspects of music, cognition, and pedagogy, bridging classical and popular genres. His work integrates theoretical analysis with practical performance insights. Founding member of the Georgia Guitar Quartet – ensemble with five CDs, national performances, and multiple awards Author of Music Theory Essentials Active composer in acoustic and electronic music Solomon is also an active performer and composer, with the Georgia Guitar Quartet touring across the United States and conducting masterclasses. His artistic output spans classical transcriptions, orchestral arrangements, and original compositions in both acoustic and electronic media.

• Music Performance
• Piano Performance
• Chamber Music
• +9 more

Stephanie D. Watt is Professor of Music at Long Island University's C.W. Post Campus, where she serves as Director of Piano Studies, Director of Theory Studies, and Director of Keyboard Club Concerts. She is affiliated with the School of Performing Arts and the Department of Music, and has been a central figure in Long Island’s musical community for decades. Her research and performance interests span Music Performance , Chamber and Collaborative Piano , Music Theory , Sight Singing , and interdisciplinary studies in Music and Dance , including Argentine Tango and Middle Eastern Dance. She is deeply committed to pedagogy, coaching, and the advancement of musical scholarship. Her recent works reflect a strong engagement with American choral music, contemporary compositions, and the application of computational methods to music analysis. Recordings such as 'Bridging the Centuries' and 'DuoLeo Live!' highlight her versatility and leadership in chamber and ensemble music. Her scholarly work bridges music and computer science, particularly in the analysis of Bach chorales using information theory and machine learning. Biography published in Marquis Who’s Who in America Biography published in Marquis Who’s Who in American Women Biography published in Marquis Who’s Who in the World Recipient of Music Achievement Award, The Links Incorporated Long Island Chapter Member of Phi Eta Sigma National Honor Society Certificate of Recognition for Performance from James A. Garner, Mayor of the Village of Hempstead, N.Y. Professor Watt has advised and performed with numerous students and ensembles, including DuoLeo and Duo con Fuego. She has received support through institutional affiliations and performance grants, though specific grant details are not listed. She has served as adjudicator for the New York Piano and String Competition and the Long Island Philharmonic Young Artist Piano Competition, contributing significantly to music education and talent development. She is actively involved in outreach through the Musica Viva Outreach Program and has performed and lectured with her dance partner Barry Masten, integrating music and movement in public performances and exhibitions. Her work with the MasterWorks Choir, Long Island Philharmonic, and international ensembles reflects a sustained commitment to collaborative and community-based music-making.

Javier A. PinellView profile

Professor

• Violin Performance
• Ethnomusicology
• Latin American Music Studies
• +3 more

Javier A. Pinell serves as Professor of Violin at Sam Houston State University's School of Music, holding office in GPAC 120A. He maintains a dual affiliation as violin faculty at Michigan's Interlochen Center for the Arts, demonstrating significant institutional reach across prominent music education platforms in the United States. Dr. Pinell specializes in Latin American musicology with groundbreaking research on Bolivian composers. His scholarly focus centers on recovering and performing neglected violin repertoire, particularly through his award-winning recordings that document Bolivia's musical heritage. His performance practice integrates historical instrument research, notably through the use of Alfred Stelzner's specialized string instruments for German Romantic repertoire. His research output shows consistent thematic development across decades, evolving from early documentation of Bolivian compositions (1998's 'Bolivia: The Unknown Sounds') to recent world premieres like Ramiro Soriano's violin concerto (2024). This trajectory demonstrates deepening engagement with Latin American musical traditions while maintaining scholarly rigor in historical performance practices. Theodor Presser Award (1989 and 1997) Bolivian Ministry of Education recognition for musical preservation University research grant for Gustavo Navarre project International Music Council presentation (2016) As an educator, Dr. Pinell has mentored musicians across four continents through master classes in Germany, China, and throughout Latin America. His chamber music leadership includes founding the Lindsayan String Quartet (with NEA/CMA residency) and current membership in the Kolonneh String Quartet. He actively collaborates with developing music programs across Colombia, Argentina, Bolivia, Mexico, and Ecuador, supporting initiatives like 'Music, Hope for Life' in Leon, Mexico. His international performance career includes representing Bolivia in the World Philharmonic Orchestra (Tokyo 1987) and Simón Bolívar Orchestra (Caracas 1984), demonstrating sustained cross-cultural artistic engagement throughout his professional life.

• Classical Western Music
• Music Education
• Piano Performance
• +1 more

Sinan Tüfekci is a Lecturer at Ahi Evran University , specifically within the Neşet Ertaş Faculty of Fine Arts, Department of Music . His academic career spans roles in piano pedagogy, vocal accompaniment, and Turkish folk music adaptation. Ph.D. in Music Education (Gazi University, 2018-2023) Master's in Music Education (Mehmet Akif Ersoy University, 2013-2017) B.A. in Fine Arts Education (Uludağ University, 2001-2005) His research focuses on Classical Western Music (Interpretation) , with particular interest in performance psychology, piano pedagogy, and Turkish folk music integration. Publications span articles, books, and presentations on topics like pedagogical models, vocal accompaniment, and instrumental technique. Scientific output trends show consistent contributions to music education and folk music adaptation since 2018, including 10 books and 3 peer-reviewed articles. Collaborators include Kenan Tüfekci, Songül Doğanyiğit, Şenol Afacan, and Mehmet Erhan Yiğiter. Artistic activities include over 26 performances as soloist or ensemble member from 2018-2023, covering piano recitals, chamber music, and Turkish folk music concerts.

• Classical Western Music
• Music Education
• Piano Performance
• +3 more

Assistant Professor Kenan TÜFEKCİ is a faculty member at the Neşet Ertaş Faculty of Fine Arts , Kırşehir Ahi Evran University , specializing in Music . With a PhD in Music Education (2023) from Gazi University and a Master’s in Fine Arts Education (2010) from Cumhuriyet University, his work bridges classical performance and Turkish folk traditions. Research Focus: Classical Western music interpretation, piano pedagogy, augmented reality in music education, and Turkish folk song adaptation. Publications: 10 books and 3 articles since 2018, emphasizing piano-vocal collaborations, educational technology, and regional music analysis. Teaching: Delivers piano performance, music theory, and notation software courses at the undergraduate level.

Yann BrenierView profile

Researcher

• Mathematics
• Partial Differential Equations
• Fluid Mechanics
• +4 more

Yann Brenier is a Researcher at the Laboratoire de Mathématiques d'Orsay, Université Paris-Saclay , and previously affiliated with the DMA (UMR 8853) at École Normale Supérieure, Paris. He is renowned for his work in Partial Differential Equations, Fluid Mechanics, Optimal Transport , and related geometric and mathematical physics problems. His research includes collaborations with scholars like Jose Antonio Carrillo and Pierre Degond on nonlinear models for particle systems and population dynamics, and with Darryl Holm on stochastic fluid mechanics. Key research themes include: Hidden convexity in geometric PDEs Doubly nonlinear porous medium and Keller-Segel models Monge-Ampère and Born-Infeld equations Hydrostatic approximations and conservation laws Order-preserving vibrating strings Applications to cosmology and magnetohydrodynamics His scientific contributions span over 25 years, with a focus on mathematical physics, fluid dynamics, and numerical analysis. Notable works include: 2020 : Hidden convexity in geometric PDEs 2010 : Modified least action principle for universe reconstruction 2009 : Optimal transport and Boussinesq equations 2004–2005 : Strings, Born-Infeld, and hydrodynamic structures Brenier’s technical legacy includes innovative numerical simulations and animations of: Monge-Kantorovich mass transfer Harmonic maps and geodesics Shock wave formation Coarsening in gravitational systems He maintains active academic communication via email and continues to influence modern PDE theory and its interdisciplinary applications.

• Control Theory
• Systems and Control
• Data-Driven Control
• +5 more

Professor Harry L. Trentelman is a full-time faculty member at the University of Groningen within the Faculty of Science and Engineering under the Bernoulli Institute . His research spans control theory, data-driven control, distributed systems, and multi-agent networks. With over 191 publications, Trentelman's work focuses on linear systems, fault detection, and structural controllability. Research Interests Data-Driven Control Distributed Control Systems Multi-Agent Systems Structural Controllability Robust Control Linear System Theory Publications Trends include data-driven methodologies, distributed filtering, H2/H∞ control, and network controllability. His recent work emphasizes noisy data handling, system identification, and cooperative control strategies. Collaborations with researchers like Henk van Waarde and M. Kanat Camlibel highlight his contributions. Advising and Grants are not explicitly listed in the provided text, but his extensive publication history suggests significant mentorship and funding involvement.