Dr. Florentin Paladi is a Research Professor and Principal Scientific Researcher at the Laboratory of Environmental Physics and Complex Systems Modeling within the Institute of Applied Physics in Chișinău, Moldova. He holds a Doctor of Sciences (Dr.Sci.) degree and professorships title. His research focuses on environmental physics and complex systems modeling. As a principal researcher at IAP, Dr. Paladi contributes to the institute's scientific investigations into environmental systems and modeling approaches. While specific project details aren't provided in this text, his laboratory specializes in analyzing complex physical systems and environmental phenomena.
Marian Jalencu is a Leading scientific researcher at the Institute of Applied Physics, affiliated with Moldova State University in Chisinau, Moldova. He is specifically associated with the Environmental Physics and Complex Systems Modeling Laboratory. His research focuses on environmental physics and complex systems modeling, with particular emphasis on the application of physics principles to environmental systems and the development of models for complex physical phenomena. His work appears to bridge theoretical physics with practical environmental applications. Marian Jalencu holds a Ph.D. degree and works within one of the specialized research laboratories at the Institute of Applied Physics, which is part of Moldova's scientific infrastructure for physics research.
Anatolii Cuharuc is a Leading Scientific Researcher at the Laboratory of Electrophysical and Electrochemical Material Treatment Methods (Institute of Applied Physics, Moldova). He holds a PhD in Chemistry from the University of Warwick (UK, 2012-2016) and completed graduate studies in Physical Chemistry at Moldova State University (1997-2002). Education : PhD Chemistry, University of Warwick (2012-2016) MS Chemistry, University of Warwick (2009-2010) BS Physical Chemistry, Moldova State University (1997-2002) His research focuses on electrochemical processes involving carbon materials (graphene, graphite) and metal systems, particularly: Electrodeposition of iron group metal-tungsten alloys Anodic dissolution of cemented tungsten carbide Electrochemistry of iron-citrate complexes Diazonium modification of sp²-carbon surfaces Spatially resolved electrochemical analysis Recent publications reveal trends in carbon electrochemistry and surface engineering , with applications to material modification and electrochemical systems. Key collaborators include Prof. P.R. Unwin (University of Warwick) and Dr. A.I. Dikusar. Active in international research projects including: H2020-MSCA-RISE grants (778357, 777968) STCU projects (6011, 6098, 6117, 6140, 6219, 6224) NATO SFPP collaboration (984890) FP7-PEOPLE and FP7-INCO initiatives
Veaceslav Sprîncean serves as a Lecturer and Laboratory Head at the Institute of Applied Physics, Moldova State University, where he leads the Environmental Physics and Complex Systems Modeling Laboratory. His work bridges theoretical physics with environmental science applications. His research focuses on environmental physics phenomena and complex system modeling approaches. Through his laboratory, Dr. Sprîncean investigates physical processes in environmental systems using computational modeling techniques to understand complex interactions between atmospheric, terrestrial, and hydrological components. The Institute of Applied Physics participates in numerous international research initiatives including ANCD projects, CSSDT programs, FP7 frameworks, H2020 collaborations, and NASA/GFSC partnerships, providing Dr. Sprîncean with opportunities for cross-border scientific cooperation. As Laboratory Head, he oversees research activities in environmental physics, manages laboratory resources, and contributes to Moldova's scientific community through the Institute's extensive research portfolio spanning quantum technologies, materials science, and environmental systems.
Alexandr Borsuk serves as Principal scientific researcher at the Laboratory of Environmental Physics and Complex Systems Modeling within the Institute of Applied Physics, Moldova State University, Chisinau, Republic of Moldova. He holds the advanced Dr.Sci. (Doctor of Sciences) degree, representing the highest scientific qualification in the post-Soviet academic system. Dr. Borsuk's research specializes in environmental physics and complex systems modeling, focusing on developing sophisticated computational frameworks to understand environmental phenomena. His work integrates principles from physics, mathematics, and environmental science to create models that simulate complex environmental dynamics, with applications in climate science and environmental policy. The laboratory's interdisciplinary approach combines statistical physics, nonlinear dynamics, and computational methods to address critical environmental challenges. As a Principal scientific researcher, Dr. Borsuk contributes to numerous research initiatives at the Institute of Applied Physics, including bilateral projects with ANCD (National Agency for Research and Development) and international collaborations. His senior position indicates leadership in research direction, project management, and potentially mentoring junior scientists within the institute's vibrant research ecosystem. The Laboratory of Environmental Physics and Complex Systems Modeling operates within a comprehensive research infrastructure at the Institute of Applied Physics, which houses multiple specialized laboratories focusing on diverse physics and materials science domains. This environment fosters interdisciplinary collaboration across various research groups working on semiconductor physics, nanomaterials, optoelectronics, and other advanced physics applications.
Ana Bîrsan serves as a Researcher at the Institute of Applied Physics (IFA) in Chisinau, Moldova, affiliated with the Environmental Physics and Complex Systems Modeling Laboratory. The Institute of Applied Physics operates as a standalone research institution under the Academy of Sciences of Moldova, focusing on advanced physics and materials science research across multiple specialized laboratories. Her research centers on Environmental Physics and Complex Systems Modeling , investigating physical mechanisms in natural environments through theoretical frameworks and computational simulations. This interdisciplinary work integrates Theoretical Physics principles with Computational Physics methodologies to analyze intricate system behaviors, including climate dynamics and environmental process modeling. Her approach emphasizes predictive accuracy in simulating complex phenomena using advanced numerical techniques. Within the Institute of Applied Physics, Dr. Bîrsan contributes to the Environmental Physics and Complex Systems Modeling Laboratory's mission of advancing environmental monitoring technologies and system dynamics understanding. The laboratory collaborates extensively on national and international projects, including EU Horizon 2020 initiatives and bilateral grants with institutions across Europe and North America, focusing on sustainable environmental solutions and complex system diagnostics.
Vladimir Parshutin serves as an Associate Professor and Leading Scientific Researcher at the Institute of Applied Physics in Chisinau, Republic of Moldova. He is affiliated with the Laboratory of Thermo- and Hydrodynamic Processes where he coordinates scientific activities from office 148. Institution: Institute of Applied Physics Position: Associate Professor & Leading Scientific Researcher Department: Thermo- and Hydrodynamic Processes Contact: vladimir.parshutin@ifa.md | +373 22 725890 Dr. Parshutin's research focuses on fundamental thermal and fluid phenomena with applications spanning engineering systems and environmental processes. His work integrates theoretical modeling with experimental investigation of heat transfer mechanisms, fluid flow behavior under diverse conditions, and computational simulation of complex thermo-hydrodynamic systems. The research has implications for energy efficiency optimization and industrial process design. As a key member of the Institute's scientific community, Dr. Parshutin contributes to numerous national and international research initiatives including EU framework programs (FP7, H2020) and bilateral collaborations. His laboratory participates in projects addressing advanced materials processing, environmental monitoring, and sustainable energy technologies. Dr. Parshutin maintains active scientific engagement through the Institute's extensive collaboration network, contributing expertise that bridges theoretical physics with practical engineering applications in thermal sciences.
Igor Podlesníi serves as a Coordinating Scientific Researcher at the Thermal and Hydrodynamic Processes Laboratory within the Institute of Applied Physics, Moldova State University in Chisinau, Moldova. His position places him within the university's research ecosystem, contributing to Moldova's scientific infrastructure through specialized work in thermal and fluid systems. His research spans critical domains of applied physics: Thermodynamics and heat transfer phenomena Fluid dynamics and hydrodynamics Thermal engineering processes Modeling of complex thermal systems Interdisciplinary applications in environmental physics The laboratory operates within the Institute's broader framework that includes quantum photonics, semiconductor physics, and nanomaterials research, suggesting potential cross-divisional collaborations. As an authorized doctoral supervisor, Dr. Podlesníi contributes to graduate education at Moldova State University. While specific project leadership isn't detailed, the Institute participates in extensive international collaborations including H2020-MSCA-RISE-2017-778357, FP7, NATO, and bilateral agreements (ANCD 24.80013.5007.3TR), indicating active grant-funded research. His office (Room 224) and contact details reflect ongoing institutional engagement. Direct collaboration opportunities exist through: Email: igor.podlesny@ifa.usm.md Phone: +373 22 738084 Physical address: 5 Academiei Street, Chișinău, MD-2028, Moldova The absence of award listings in Institute records (2012-2020 Yuri Simonov Award winners) suggests focus remains on core research rather than competitive recognition.
Irina Vutcariova is a Scientific Researcher at the Institute of Applied Physics (IFA) in Chisinau, Moldova, affiliated with the Thermal and Hydrodynamic Processes Laboratory where she maintains office 117. Her research spans thermal physics and hydrodynamics with emphasis on fluid dynamics and heat transfer phenomena. The laboratory investigates complex thermal-fluid systems within applied physics, focusing on practical engineering and environmental applications through experimental and modeling approaches. The Thermal and Hydrodynamic Processes Laboratory operates within IFA's scientific division structure alongside specialized units in semiconductor physics, nanomaterials, and optoelectronics, contributing to Moldova's national research infrastructure in physical sciences.
Oleg Reu is an Associate Professor and Leading Scientific Researcher at the Laboratory of Physics of Semiconductor Compounds „Sergiu Radauțan” within the Institute of Applied Physics of Moldova. His research focuses on the electronic and magnetic properties of transition metal complexes, particularly spin transition mechanisms, cooperative effects in molecular clusters, and the design of novel functional materials. He has contributed to studies on spin crossover in Fe(II) and Co(II) complexes, charge transfer phenomena in cyanide-bridged clusters, and the development of single-molecule magnets (SMMs) with tailored magnetic properties. Affiliation: Institute of Applied Physics (IFA), Academy of Sciences of Moldova Key Research Areas: Spin Transition Chemistry, Molecular Magnetism, Cluster Chemistry, Electronic Structure Modeling His work integrates experimental characterization (UV-Vis, Mössbauer spectroscopy) with computational methods (DFT, vibronic models) to explore phenomena such as cooperative spin transitions, magnetic anisotropy, and charge ordering. Notable contributions include investigations into cobalt and iron-based SMMs, the role of ligand deprotonation in spin crossover, and the design of mixed-valent clusters with tunable magnetic behavior. Dr. Reu has led or participated in multiple national and international projects, including collaborations under the ANCD and STCU frameworks, focusing on advanced materials for energy and electronics applications.
Svetlana Baca is an Associate Professor and Coordinating Scientific Researcher at the Laboratory of Physical Methods for Studying Solids 'Tadeusz Malinowski' within the Institute of Applied Physics (IFA) at the University of Moldova. Her research focuses on solid-state physics, materials science, and coordination chemistry, particularly in the synthesis and characterization of metallic clusters, coordination polymers, and functional materials. She has contributed to studies on magnetic properties, crystal engineering, and the design of multi-component supramolecular compounds. Her work spans diverse topics including hexaamminecobalt complexes, lanthanide-based clusters, and heterometallic systems. Key projects involve ANCD-funded research into coordination networks and STCU initiatives. Baca's contributions include the development of nanoclusters and heteronuclear wheels with applications in magnetic materials and enzyme stimulation. Her research frequently combines experimental methods (e.g., X-ray crystallography) with theoretical analysis (e.g., DFT calculations). Baca collaborates on interdisciplinary projects involving plant pathology, enzyme synthesis, and biostimulants derived from coordination compounds. Her lab’s efforts have led to publications on structural characterization, magnetic behavior, and the synthesis of novel materials with industrial and biomedical potential.
Victor Ceban is a Leading Scientific Researcher at the Laboratory of Quantum Photonics, Institute of Applied Physics (IAP), Moldova. He holds a Ph.D. in Physics and has been affiliated with IAP since 2014. His research focuses on quantum statistics of phonons in optomechanical systems, ultracold gases, and X-ray laser dynamics. Education: Master's in Statistical and Numerical Modeling of Complex Systems from University of Paris 11 (2013), B.Sc. in Physics from University of Bordeaux 1 (2009), Sciences Baccalaureate from Gheorghe Asachi Lyceum (2006). Research Interests: His work spans quantum photonics, statistical modeling, and plasma physics, with internships at prestigious institutions including Max-Planck-Institut für Kernphysik and Laboratoire Aimé Cotton.
Vladimir Brînzari is a Ph.D.-holding Coordinating Scientific Researcher at the Institute of Applied Physics (IFA) in Chisinau, Moldova, affiliated with the Laboratory of Nanomaterials Physics and Engineering. His work focuses on interdisciplinary research at the intersection of semiconductor physics, optoelectronics, and quantum materials. Education : Ph.D. in Physics (specifics not provided). Research Interests : Brînzari’s research aligns with IFA’s priorities, including nanomaterials, optoelectronic devices, and quantum engineering. He contributes to projects involving semiconductor compounds, photovoltaics, and complex systems modeling. Projects : Participates in collaborative initiatives like FP7-ICT 608899, FP7-PEOPLE 269167, and H2020-MSCA-RISE grants, focusing on advanced materials and quantum technologies.
Valeriu Gonciaruc serves as Associate Professor and Leading Scientific Researcher at the Institute of Applied Physics in Chisinau, Moldova, where he directs research activities within the Laboratory of Thermo- and Hydrodynamic Processes. His research focuses on fundamental and applied aspects of thermal sciences and fluid dynamics, with particular emphasis on: Heat transfer mechanisms in complex systems Hydrodynamic process modeling Thermodynamic system analysis Fluid mechanics phenomena The Laboratory of Thermo- and Hydrodynamic Processes operates under the Institute of Applied Physics framework, contributing to national research initiatives through participation in projects like ANCD 24.80013.5007.3TR and various CSSDT-funded programs. Dr. Gonciaruc maintains an active research profile with institutional collaborations across Moldova's scientific community. His laboratory infrastructure supports experimental work in thermal and fluid sciences, though specific equipment details aren't publicly cataloged. The research environment benefits from the institute's broader participation in international projects including H2020-MSCA-RISE and FP7 initiatives.
Petru Lozovanu serves as a Leading Scientific Researcher at the Institute of Applied Physics, Academy of Sciences of Moldova, within the Environmental Physics and Complex Systems Modeling Laboratory. His work focuses on interdisciplinary environmental systems and theoretical modeling frameworks. His research spans environmental physics and complex systems, utilizing advanced mathematical approaches to analyze dynamic physical phenomena. Key areas include environmental modeling, theoretical physics applications, and computational simulations of complex systems. Lozovanu actively participates in numerous international research collaborations and projects funded by organizations including CSSDT, FP7, H2020, and NATO. Current and past projects demonstrate his involvement in cutting-edge environmental and physics research initiatives across European frameworks. As a core member of the Environmental Physics and Complex Systems Modeling Laboratory, he contributes to the institute's mission of advancing applied physics research in Moldova through collaborative international partnerships and methodological innovations in environmental system analysis.
