Dr. Yuliya Titova | A.E. Favorsky Irkutsk Institute of Chemistry, Siberian Branch of Russian Academy of Sciences | Russia
Titova Yuliya Yurievna is a Principal Researcher and Head of the Laboratory of Functional Nanomaterials at the A.E. Favorsky Irkutsk Institute of Chemistry, Russian Academy of Sciences. She holds a Ph.D. in Catalysis and a D.Sc. in Physical Chemistry from Irkutsk State University. Her research focuses on metal complexes, nanoparticles, catalytic systems, and AI in chemistry. With numerous peer-reviewed publications and editorial roles in international journals, she is recognized for advancing nanomaterials and catalytic science globally.
Profiles
Early Academic Pursuits
Titova Yuliya Yurievna pursued her academic journey with exceptional dedication, beginning with a Master of Science in Chemistry (2004) at Irkutsk State University. She advanced her expertise with a Ph.D. in Catalysis (2007) from the same institution, focusing on novel catalytic systems. Her commitment to excellence culminated in a Doctorate of Science (D.Sc.) in Physical Chemistry (2018), showcasing her ability to lead advanced research in chemical sciences. These strong academic foundations prepared her for a prolific career in nanomaterials and catalysis research.
Professional Endeavors
Her career began as an engineer in the Laboratory of Metal Complex Catalysis (2006–2007) at Irkutsk State University, where she gained hands-on research experience. She then worked as a researcher in the Department of Catalysis (2007–2018) at the Research Institute of Oil and Coal Chemical Synthesis. Since 2018, she has been serving as Principal Researcher and Head of the Laboratory of Functional Nanomaterials at the A.E. Favorsky Irkutsk Institute of Chemistry, Siberian Branch of the Russian Academy of Sciences, contributing significantly to cutting-edge nanotechnology and catalytic chemistry.
Contributions and Research Focus
Her research contributions are vast, covering metal complexes, nanoparticles, catalytic reaction mechanisms, and organic synthesis. She is renowned for developing new-generation nanosized and molecular catalysts and exploring machine learning and artificial intelligence applications in chemistry. Her studies on heterocyclic compounds, kinetic processes, and nanoparticle formation have expanded scientific understanding of catalytic systems, making her a recognized figure in the field.
Impact and Influence
Through more than 35 peer-reviewed publications, she has made a substantial impact on catalysis and nanochemistry research. Her innovative methodologies, particularly in transition metal catalysis and hydrogenation systems, have influenced the design of sustainable catalytic processes. As a Guest Editor for journals like Catalysts and Processes, she has shaped scientific discourse and provided a platform for emerging research in catalysis.
Research Skills
She possesses strong expertise in chemical and physicochemical analysis, mechanistic studies, nanoparticle synthesis, organic synthesis, and spectroscopy techniques. Her ability to integrate experimental research with machine learning and AI underscores her multidisciplinary skill set. These competencies make her a leader in advancing nanomaterials and catalytic science.
Awards and Honors
While specific awards and honors are not listed, her appointments as Guest Editor in leading MDPI journals and her role as Head of Laboratory stand as recognition of her academic leadership and international reputation. Her sustained research output and collaborations highlight her prestigious standing in the global scientific community.
Legacy and Future Contributions
Titova Yuliya Yurievna’s legacy lies in her pioneering role in functional nanomaterials and catalytic system development. As she continues leading research at the A.E. Favorsky Irkutsk Institute of Chemistry, her work promises to advance green chemistry, innovative catalytic processes, and AI-integrated chemical research. Her future contributions are likely to inspire younger scientists, expand interdisciplinary collaborations, and foster sustainable technological applications, leaving a lasting mark on the field of nanoscience and catalysis.
Publications Top Notes
Efficient Approaches to the Design of Six-Membered Polyazacyclic Compounds—Part 1: Aromatic Frameworks
Journal: Molecules
Year: 2025-08
Transition Metal Complexes with Amino Acids, Peptides and Carbohydrates in Catalytic Asymmetric Synthesis: A Short Review
Journal: Processes
Year: 2024-01
Dynamic EPR Studies of the Formation of Catalytically Active Centres in Multicomponent Hydrogenation Systems
Journal: Catalysts
Year: 2023-03
Formation and Functioning of Nickel Bis-(acetylacetonate)-Based Multicomponent Catalytic Systems for Di- and Oligomerization of Ethylene: New Mechanistic Aspects
Journal: Catalysts
Year: 2021-12
Comparison of Catalytic Properties of Systems Based on Nickel Complexes with 1,4-Diaza-1,3-Butadiene Ligands in Reactions of Styrene Hydrogenation and Ethylene Polymerization
Journal: Russian Journal of Applied Chemistry
Year: 2016
Preparation Method Effect on the Properties of Ziegler-Type Hydrogenation Catalysts Based on Bis(acetylacetonato)cobalt
Journal: Kinetics and Catalysis
Year: 2016
The Role of Phosphine and 1,2-Diimine Complexes of Nickel in the Oxidation States 0, +1, and +2 in the Catalyzed Di-, Oligo-, and Polymerization of Ethylene
Journal: Kinetics and Catalysis
Year: 2016
Ziegler-Type Nickel-Based Hydrogenation Catalysts: The Effect of the Water Content of the Nickel Precursor on the Size and Nature of the Resulting Particles
Journal: Kinetics and Catalysis
Year: 2016
EPR Spectroscopy of Catalytic Systems Based on Nickel Complexes of 1,4-Diaza-1,3-Butadiene (α-Diimine) Ligands in Hydrogenation and Polymerization Reactions
Journal: Low Temperature Physics
Year: 2015
Conclusion
Titova Yuliya Yurievna is a highly accomplished scientist whose research has profoundly impacted catalysis and nanomaterials. Through her innovative approaches, mentoring, and international collaborations, she has advanced chemical science while establishing a lasting legacy of influence and excellence. Her combination of experimental expertise, computational skills, and visionary research focus ensures that she remains at the forefront of chemical innovation globally.