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Conference session tracks
Key research areas covered across the sessions — tap a track to read more.
This track focuses on the latest methodologies in multiscale modeling, emphasizing the integration of quantum mechanics with classical approaches. Participants will discuss novel algorithms and frameworks that enhance the accuracy and efficiency of simulations.
This session will explore the application of molecular simulations in the design and optimization of pharmaceutical compounds. Emphasis will be placed on the role of theoretical chemistry in predicting molecular interactions and reaction pathways.
This track highlights the development and application of coarse-grained modeling techniques in various chemical systems. Discussions will include the trade-offs between computational efficiency and accuracy in representing complex molecular interactions.
This session aims to delve into the role of quantum mechanics in understanding chemical dynamics and reaction mechanisms. Researchers will present their findings on how quantum effects influence molecular behavior and properties.
Focusing on atomistic simulations, this track will cover the modeling of biomolecular systems, including proteins and nucleic acids. Participants will discuss the challenges and advancements in simulating large biological macromolecules.
This session will investigate the relationship between molecular structure and material properties through computational modeling. Presentations will emphasize how multiscale approaches can predict and tailor material characteristics.
This track will focus on methodologies for analyzing reaction pathways in complex chemical systems. Researchers will share insights into the computational techniques used to map and understand these pathways.
This session will explore the implications of nanoscale modeling in understanding chemical processes at the atomic level. Discussions will include the impact of nanoscale phenomena on macroscopic properties and behaviors.
This track will cover innovative simulation algorithms designed to improve computational efficiency in multiscale modeling. Participants will present their work on algorithm development and benchmarking against traditional methods.
This session will address theoretical approaches to modeling molecular interactions, including van der Waals forces and hydrogen bonding. Emphasis will be placed on the implications of these interactions in various chemical contexts.
This track will focus on strategies for bridging different scales in theoretical chemistry, from quantum to macroscopic levels. Participants will discuss the challenges and solutions in achieving seamless integration across scales.
