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Physical Chemistry-2025

About Conference

The 13th World Congress on Physical and Theoretical Chemistry stands as a premier international platform dedicated to the latest advancements and cutting-edge research in the dynamic field of physical and theoretical chemistry. This prestigious event invites leading scientists, researchers, engineers, industry innovators, academicians, and professionals from around the globe to converge in Amsterdam, a vibrant hub of scientific excellence and innovation.

Join us for two days of immersive sessions, keynote presentations, and interactive workshops focused on transformative breakthroughs in molecular dynamics, quantum chemistry, thermodynamics, kinetics, and computational modeling. Delve into pioneering topics including spectroscopy, statistical mechanics, quantum mechanics, chemical reaction dynamics, and theoretical approaches to catalysis, materials, and energy systems. This congress fosters multidisciplinary collaboration, bridging chemistry, physics, mathematics, and computational science to accelerate the development of novel theories and models that will revolutionize chemical understanding across industries.

Participants will have unparalleled opportunities to:

Showcase groundbreaking research and novel methodologies through oral and poster presentations
Engage with world-renowned experts in thematic sessions covering advanced quantum simulations, molecular theory, and chemical kinetics
Network with influential stakeholders, industrial partners, and funding bodies to cultivate impactful collaborations
Explore cutting-edge technologies and innovations through dedicated exhibitor showcases and demonstrations

Whether you are an established researcher, early-career scientist, or industry professional, this congress offers an inclusive forum to share knowledge, exchange ideas, and inspire innovation. By attending the 13th World Congress on Physical and Theoretical Chemistry, you position yourself at the forefront of scientific discovery that shapes the future of chemical sciences and their transformative applications in health, environment, energy, and advanced materials.

Secure your participation now to join the global community driving the next wave of physical and theoretical chemistry innovations. Together, let’s pioneer sustainable solutions and foster breakthroughs that define tomorrow’s technologies.

Who can attend?

The 13th World Congress on Physical and Theoretical Chemistry warmly welcomes a diverse and dynamic community of professionals and scholars from across the globe who are passionate about advancing the frontiers of physical and theoretical chemistry. This exclusive gathering is ideal for:

Academic Researchers & Professors specializing in quantum chemistry, molecular dynamics, chemical physics, spectroscopy, and related interdisciplinary fields
Industrial Scientists & R&D Experts driving innovation in sectors such as pharmaceuticals, energy, materials, catalysis, and computational modeling
Physical Chemists & Chemical Engineers focused on reaction mechanisms, thermodynamic systems, and theoretical frameworks in cutting-edge technologies
Postdoctoral Fellows & Graduate Students eager to present research findings, expand their scientific networks, and engage with thought leaders
Entrepreneurs & Startup Innovators developing breakthrough theoretical models or simulation tools with commercial potential and seeking strategic partnerships
Policy Makers & Government Representatives interested in the global impact of advanced chemical research on sustainability, energy policy, and scientific advancement
Technical Consultants & Industry Analysts tracking market trends and emerging technologies in physical and theoretical chemistry
Investors & Venture Capitalists scouting for disruptive innovations and pioneering research with scalable applications

Whether you are seeking to disseminate your research, explore collaborative opportunities, or gain insight into the latest scientific and technological trends, this congress provides an unparalleled platform to connect, learn, and innovate with the world’s leading experts and decision-makers in physical and theoretical chemistry.

Join us to be part of a vibrant international community shaping the future of chemical science and its transformative impact across industries and society.

Sessions/Tracks

Quantum Chemistry and Molecular Modeling

This session explores the foundations of quantum mechanics as applied to chemical systems, advancing theoretical insights into electronic structures. It will discuss modern computational algorithms that allow high-accuracy predictions of chemical properties. Attendees will learn about density functional theory, ab initio methods, and hybrid models. The session emphasizes molecular simulations in predicting reactivity, stability, and energy landscapes. Applications in catalysis, drug design, and materials research will be highlighted. Emphasis will also be on bridging theory with experimental spectroscopy. This track provides an essential foundation for modern chemical innovation.

International Union of Pure and Applied Chemistry (IUPAC) | International Society of Quantum Chemistry (ISQC) | International Academy of Quantum Molecular Science (IAQMS) | International Society of Theoretical Chemical Physics (ISTCP) | World Association of Theoretical and Computational Chemists (WATOC) | International Association of Chemical Thermodynamics (IACT) | International Society for Materials Chemistry (ISMC) | International Society of Electrochemistry (ISE) | International Association for the Properties of Water and Steam (IAPWS)

Statistical Mechanics and Thermodynamic Pathways

This session covers statistical mechanics as the bridge between microscopic states and macroscopic observables. It will include discussions on partition functions, entropy, and free energy landscapes. Attendees will examine computational thermodynamics and simulation-based approaches. The role of fluctuations in chemical reactions will be explored in depth. Applications in phase transitions, protein folding, and chemical equilibrium will be addressed. The session highlights how molecular interactions govern large-scale behaviors. Researchers will gain deeper insights into predictive thermodynamics across diverse systems.

International Society for Theoretical and Applied Mechanics | Royal Society of Chemistry (RSC) | European Chemical Society (EuChemS) | European Theoretical Spectroscopy Facility (ETSF) | German Bunsen Society for Physical Chemistry (DBG) | French Chemical Society (SCF) | Italian Chemical Society (SCI) | Spanish Royal Society of Chemistry (RSEQ) | Swiss Chemical Society (SCS)

Computational Chemistry Advances

Focused on algorithmic and software developments, this session highlights breakthroughs in computational chemistry. It will showcase high-performance computing methods for large biomolecules and nanostructures. Machine learning and artificial intelligence integration with molecular modeling will be discussed. Topics include electronic structure calculations, solvation models, and reactive dynamics. Applications range from drug discovery to energy storage materials. The session emphasizes accelerating discovery while reducing experimental costs. Attendees will gain a clear picture of computational strategies shaping chemistry’s future.

Chemical Dynamics and Reaction Mechanisms

This session examines the time-resolved study of chemical reactions using theory and modeling. It will cover transition state theory, reaction path analysis, and dynamic simulations. Advanced topics include tunneling effects, energy transfer, and rare event sampling. Attendees will gain insights into real-time molecular collisions and rearrangements. Case studies span combustion, atmospheric reactions, and enzyme catalysis. The integration of spectroscopy with dynamics will also be discussed. The session brings mechanistic clarity to reactions in diverse chemical contexts.

Theoretical Catalysis and Surface Chemistry

Here, researchers will focus on surface interactions and catalytic processes from a theoretical perspective. The session includes density functional theory applications in heterogeneous and homogeneous catalysis. Attendees will explore nanoparticle surface reactivity and adsorption models. Computational catalysis case studies in energy conversion and green chemistry will be highlighted. Methods for predicting selectivity and reaction efficiency will be presented. The session emphasizes linking atomic-scale theory with industrial-scale processes. It is designed to inspire innovation in sustainable catalytic systems.

Electronic Structure and Spectroscopy Theory

This session integrates quantum theory with spectroscopic techniques to decode molecular structures. Discussions will cover excited states, orbital transitions, and photophysical pathways. Attendees will learn about time-dependent density functional theory and advanced wavefunction methods. Applications in UV–Vis, IR, Raman, and NMR spectroscopies will be presented. Theoretical models bridging experiment with computation will be emphasized. Practical examples will showcase spectroscopy-guided molecular design. The session strengthens understanding of molecular interactions through theoretical spectroscopy.

Non-Equilibrium Chemistry and Transport Phenomena

Focusing on systems away from equilibrium, this session explores reaction dynamics under extreme conditions. Topics include transport theory, diffusion models, and reaction–diffusion coupling. Attendees will learn about stochastic modeling of chemical networks. Non-equilibrium thermodynamics applied to biological and energy systems will be discussed. The role of fluctuations in nanoscale and mesoscale systems will be emphasized. Real-world applications span electrochemical devices and atmospheric modeling. This track provides critical insights into chemical processes under non-standard conditions.

Molecular Quantum Dynamics

This session highlights the integration of quantum mechanics into dynamic molecular processes. It covers wave packet propagation, quantum coherence, and entanglement in chemistry. Attendees will gain insights into ultrafast processes observed by femtosecond spectroscopy. Topics include photodissociation, electron transfer, and non-adiabatic dynamics. Quantum-classical hybrid methods will also be discussed. Applications include solar energy capture and quantum information systems. The session bridges fundamental theory with future quantum technologies.

Theoretical Biophysical Chemistry

This session merges theory with biomolecular chemistry to explain structural and functional behaviors. Topics include protein folding, enzymatic pathways, and ligand–receptor interactions. Molecular dynamics simulations and free energy calculations will be highlighted. Attendees will learn about computational drug binding predictions and protein engineering. The role of water and solvent dynamics in biomolecular systems will be emphasized. Theoretical models for biomolecular spectroscopy will also be presented. This session demonstrates the power of theoretical chemistry in biological discoveries.

Energy Landscapes and Potential Surfaces

This session emphasizes the theoretical study of molecular energy surfaces. Attendees will learn how potential energy landscapes determine chemical stability and reactivity. Topics include reaction coordinate mapping, saddle point identification, and landscape visualization. Applications include enzymatic reactions, catalytic cycles, and solid-state systems. Advances in multidimensional energy landscape modeling will be discussed. Quantum tunneling and barrier crossing will also be featured. This session equips participants with tools to navigate chemical transformations theoretically.

Multiscale Modeling in Chemistry

This session bridges different modeling scales, from quantum mechanics to mesoscale simulations. Attendees will explore coarse-grained models, hybrid QM/MM methods, and continuum theories. Applications include biomolecular dynamics, material design, and polymer systems. The integration of scales for predicting realistic behaviors will be emphasized. Case studies will highlight energy systems, nanomaterials, and environmental processes. Challenges in accuracy, efficiency, and transferability will be addressed. The session provides strategies to unify models across diverse chemical scales.

Theoretical Photochemistry and Photophysics

This session addresses molecular processes driven by light using advanced theoretical frameworks. Topics include excited-state dynamics, conical intersections, and radiationless transitions. Attendees will learn about photochemical reaction predictions through quantum simulations. Applications include solar energy harvesting, photodynamic therapy, and luminescent materials. The session emphasizes connecting theoretical photophysics with real-world applications. Recent advances in simulating light–matter interactions will be presented. This track strengthens understanding of chemistry under photon-driven conditions.

Computational Materials Chemistry

Here, the session covers theoretical modeling of advanced materials using computational tools. Topics include nanostructures, 2D materials, and hybrid organic–inorganic systems. Attendees will learn about electronic band structure, conductivity, and stability predictions. The role of theory in designing energy-storage and optoelectronic materials will be emphasized. Case studies include graphene, perovskites, and battery electrodes. Multiscale modeling approaches will also be featured. This session drives materials discovery through physical and theoretical chemistry.

Molecular Simulation of Soft Matter

This session focuses on the theoretical modeling of polymers, colloids, and gels. Molecular dynamics and Monte Carlo methods for soft matter will be explored. Attendees will learn about phase behavior, self-assembly, and viscoelasticity. Applications span biomaterials, coatings, and nanostructured materials. The session emphasizes predictive modeling for industrially relevant systems. Bridging soft matter theory with experimental characterization will be highlighted. Researchers will gain tools to innovate in the soft matter domain.

Advances in Reaction Rate Theory

This session revisits classical and quantum theories of chemical reaction rates. Topics include transition state refinements, variational approaches, and tunneling corrections. Attendees will learn how rate predictions connect with experimental kinetics. Applications span combustion, enzymatic reactions, and environmental processes. The role of molecular simulations in enhancing rate theory will be highlighted. Advanced stochastic approaches to kinetics will also be covered. The session ensures a modern understanding of chemical reaction rate predictions.

Molecular Interactions and Non-Covalent Forces

This session covers weak interactions that govern supramolecular assemblies and recognition. Attendees will explore hydrogen bonding, van der Waals forces, and π–π interactions. Computational and theoretical approaches to characterize these forces will be presented. Applications in host–guest systems, drug design, and crystal engineering will be emphasized. The role of solvent in mediating non-covalent interactions will be highlighted. Predictive modeling of molecular self-assembly will also be featured. This track advances understanding of chemistry driven by subtle forces.

Green and Sustainable Theoretical Chemistry

This session emphasizes theoretical chemistry’s role in driving sustainable solutions. Topics include computational design of eco-friendly catalysts and reaction pathways. Attendees will learn about energy-efficient simulations and resource-conscious modeling. Case studies highlight renewable energy systems, carbon capture, and waste minimization. Theoretical approaches to green solvents and alternative reaction media will be presented. The session integrates environmental responsibility with cutting-edge chemistry. Researchers will discover pathways to align science with sustainability goals.

Plasma and High-Energy Chemistry

Focusing on high-energy systems, this session explores plasma–chemical interactions through theory. Topics include ionization dynamics, electron–molecule collisions, and high-temperature reactions. Attendees will gain insights into modeling plasma-assisted catalysis. Applications include fusion research, space chemistry, and advanced materials processing. The role of theoretical models in guiding plasma experiments will be highlighted. Hybrid quantum-classical frameworks will be discussed. This track provides a theoretical lens on extreme chemical environments.

Nanotheory and Molecular Machines

This session addresses nanoscale systems and theoretical insights into molecular machines. Attendees will explore nanomotors, rotors, and switches through computational studies. Topics include energy transfer, mechanochemical coupling, and nanoscale thermodynamics. Applications span drug delivery, smart materials, and nanorobotics. Quantum and classical modeling approaches will be featured. The session emphasizes design principles for artificial molecular machinery. It demonstrates theory’s role in advancing futuristic nanoscale devices.

Charge Transfer and Electron Dynamics

This session highlights charge migration and transfer processes at the molecular level. Attendees will learn about Marcus theory, electron tunneling, and non-adiabatic effects. Applications in photosynthesis, photovoltaics, and semiconductors will be emphasized. Computational studies will demonstrate time-resolved electron dynamics. The integration of spectroscopy and theory will be highlighted. Challenges in simulating ultrafast processes will be addressed. This session deepens understanding of electron motion in complex systems.

Emerging Frontiers in Chemical Theory

This session looks at cutting-edge directions in physical and theoretical chemistry. Topics include machine learning-driven chemistry, quantum computing, and topological materials. Attendees will explore predictive algorithms and data-driven modeling approaches. Applications range from drug discovery to quantum-enhanced catalysis. The role of AI in accelerating chemical design will be discussed. Interdisciplinary integration of mathematics, physics, and informatics will be highlighted. This track pushes the boundaries of what theoretical chemistry can achieve.

Theoretical Electrochemistry

This session explores theoretical approaches to electrochemical systems. Attendees will learn about electron transfer models, double-layer theory, and ion solvation. Applications include batteries, fuel cells, and corrosion processes. Computational electrochemistry case studies will be presented. The role of quantum mechanics in redox predictions will be emphasized. Coupling between theory and electrochemical experiments will be highlighted. The session equips researchers with predictive tools for energy devices.

Supramolecular and Self-Assembly Theories

This session investigates the self-organization of molecules into larger architectures. Topics include thermodynamics of assembly, cooperative binding, and host–guest systems. Attendees will explore computational strategies for predicting supramolecular behavior. Applications in nanomedicine, molecular sensors, and adaptive materials will be emphasized. Solvent and environmental effects on assembly will be discussed. Theoretical–experimental synergy in supramolecular chemistry will be highlighted. This track drives innovation in functional molecular systems.

Machine Learning in Physical Chemistry

This session explores data-driven methods revolutionizing theoretical chemistry. Attendees will learn about neural networks, regression models, and generative approaches. Applications include potential energy surface prediction and molecular property forecasting. Case studies highlight accelerated catalyst design and virtual screening. Integration with quantum and classical simulations will be emphasized. The session demonstrates AI as a partner in chemical discovery. Participants will gain tools to apply machine learning in their own research.

Theoretical Approaches to Climate and Atmospheric Chemistry

This session applies theoretical chemistry to pressing environmental challenges. Topics include ozone depletion, greenhouse gases, and pollutant reactivity. Attendees will learn about modeling atmospheric reactions at molecular scales. Applications in climate prediction and mitigation will be emphasized. Computational insights into aerosols and radical chemistry will be presented. The session highlights the role of theory in guiding policy and environmental strategies. Researchers will discover chemistry’s theoretical contributions to climate resilience.

Abstract Submission Guidelines

We invite researchers, academicians, industry experts, and innovators from across the globe to submit their original abstracts for presentation at the 13^th World Congress on Physical and Theoretical Chemistry, scheduled for December 15-16, 2025 in Amsterdam, Netherlands. This prestigious congress provides a unique platform to showcase pioneering research, advanced methodologies, and groundbreaking discoveries in physical, theoretical, and computational chemistry, along with their applications across diverse scientific domains.

Why Submit Your Abstract?

Gain international recognition and visibility among leading scientists and industry pioneers.
Present your research to a diverse audience of experts in quantum chemistry, molecular dynamics, statistical mechanics, spectroscopy, reaction kinetics, and advanced theoretical modeling.
Strengthen your professional network by connecting with peers, funding agencies, and potential collaborators worldwide.
Opportunity for oral or poster presentations to highlight your work in thematic sessions and plenary forums.

Abstract Submission Process

Eligibility:

Abstracts must present original and unpublished research related to any of the conference tracks in physical and theoretical chemistry, including but not limited to computational modeling, quantum mechanics, molecular simulations, thermodynamics, spectroscopy, catalysis, and reaction theory.
Submission Platform:
Submit your abstract online through the official conference website Abstract Submission Portal.
Abstract Format:

Title: Concise and descriptive
Author(s): Full name(s) with institutional affiliations
Abstract Body: Maximum 300–350 words detailing objectives, methodology, results, and conclusions
Keywords: Include 4–6 keywords relevant to your research area

Language:
All abstracts must be submitted in clear, professional English.
Review and Acceptance:
Abstracts will undergo a rigorous peer-review process by the scientific committee to ensure quality and relevance. Authors will be notified of acceptance status via email within 1–2 days of submission.
Presentation Formats:
Accepted abstracts will be considered for oral or poster presentations, based on scientific merit and session relevance.
Registration:
At least one author must register and attend the conference to present the accepted abstract.

Speaker Guidelines

To ensure a seamless and impactful presentation experience, speakers are requested to adhere to the following:
Prepare presentations aligned with the allotted time (typically 15–20 minutes for oral presentations).
Use clear visuals, well-structured slides, and accessible language for a diverse international audience.
Arrive early for technical setup and familiarize yourself with AV equipment.
Engage actively in Q&A sessions to foster knowledge sharing and collaboration.

More detailed speaker guidelines are available here: Speaker Guidelines.

Submit your abstract today and join a global network of leading minds advancing innovation and excellence in Physical and Theoretical Chemistry!

For any queries regarding abstract submission or speaker guidelines, please contact our support team via the conference website.

Visa Process for International Participants

Attending the 13th World Congress on Physical and Theoretical Chemistry in Amsterdam, Netherlands, presents a unique opportunity to connect with global leaders, researchers, and innovators in chemistry. To ensure a seamless travel experience, we provide detailed guidance on the visa application process for international delegates, speakers, researchers, and exhibitors.

Step-by-Step Visa Application Process

Check Visa Requirements

Participants must verify their visa eligibility based on nationality. Many countries require a Schengen visa to enter the Netherlands. Visit the official Dutch embassy or consulate website in your country to confirm visa requirements and documentation.
Invitation Letter

Upon abstract acceptance and registration, participants may request an official Invitation Letter from the conference organizing committee. This letter supports your visa application by confirming your participation and event details.
Required Documents

Typical documents needed for visa submission include:

o Completed visa application form

o Valid passport (minimum six months validity beyond travel dates)

o Recent passport-sized photographs

o Official Invitation Letter from the conference

o Proof of accommodation and travel itinerary

o Evidence of sufficient financial means to cover expenses during stay

o Travel insurance valid for the entire Schengen area

o Payment of visa fees
Schedule a Visa Appointment

Applicants should book an appointment at the nearest Dutch embassy or visa application center well in advance, as processing times vary and peak travel seasons can cause delays.
Attend a Visa Interview
During the interview, provide all required documents and be ready to answer questions about the conference, your professional background, and your travel plans.
Processing Time

Visa processing typically takes 15 calendar days, though this may vary depending on country and individual circumstances. Early application is strongly recommended.

Important Tips for a Successful Visa Application

Begin your visa application at least 6–8 weeks before the congress date.
Ensure all documents are authentic, complete, and translated if required.
Prepare a well-organized application highlighting your professional credentials and the academic relevance of attending.
Stay in touch with the conference secretariat for additional support documents if necessary.

Additional Support

Participants requiring official visa assistance letters should contact the conference organizing team with registration details and passport information. We are dedicated to supporting delegates to ensure smooth participation in this prestigious global event.

Join us at the 13th World Congress on Physical and Theoretical Chemistry — your gateway to pioneering discoveries, international collaboration, and scientific excellence in Amsterdam, Netherlands.

To Collaborate Scientific Professionals around the World

Conference Date December 15-16, 2025

For Sponsors & Exhibitors

sponsor@conferenceseries.com

Speaker Opportunity

Poster Opportunity E-Poster Opportunity

Useful Links

Past Conference Report

Physical Chemistry-2024 Conference

Supported By

Journal of Physical Chemistry & Biophysics Journal of Theoretical & Computational Science Journal of Advanced Chemical Engineering

All accepted abstracts will be published in respective Conference Series International Journals.

Abstracts will be provided with Digital Object Identifier by

Physical and Theoretical Chemistry

December 15-16, 2025 Amsterdam, Netherlands

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