Machine Learning Fundamentals
Comparison of Residual Network vs ODE Network architectures showing discrete layers versus continuous transformations

Neural Ordinary Differential Equations

Introduces ODE-Nets, a continuous-depth neural network model parameterized by ODEs, enabling constant memory …

Computational Biology
DynamicFlow illustration showing the transformation from apo pocket to holo pocket with ligand molecule generation

DynamicFlow: Integrating Protein Dynamics into Drug Design

Flow matching model that co-generates ligands and flexible protein pockets, addressing rigid-receptor limitations in …

Computational Chemistry
MOFFlow assembles metal nodes and organic linkers into Metal-Organic Framework structures

MOFFlow: Flow Matching for MOF Structure Prediction

A Riemannian flow matching framework for generating Metal-Organic Framework structures by treating building blocks as …

Planetary Science
Orbital diagram showing chaotic planetary trajectories

Chaotic Evolution of the Solar System (1992)

Landmark numerical study revealing chaotic dynamics and unpredictability in planetary orbits using symplectic …

Computational Chemistry
Graph of the Lennard-Jones 12-6 potential showing the characteristic attractive and repulsive forces

Dynamical Corrections to TST for Surface Diffusion

Application of dynamical corrections formalism to TST for LJ surface diffusion, revealing bounce-back recrossings at low …

Computational Chemistry
Embedding energy and effective charge functions for Ni and Pd from the original EAM paper

EAM User Guide: Voter's Handbook Chapter

Comprehensive user guide for the Embedded-Atom Method (EAM), covering theory, potential fitting, and applications to …

Computational Chemistry
Embedding energy and effective charge functions for Ni and Pd from the original EAM paper

Embedded-Atom Method: Theory and Applications Review

Comprehensive 1993 review of the Embedded-Atom Method (EAM), covering theory, parameterization, and applications to …

Computational Biology
Four types of protein folding energy landscapes from left to right - smooth funnel

Funnels, Pathways, and Energy Landscapes

Foundational paper establishing the energy landscape theory, folding funnels, and the principle of minimal frustration.

Computational Chemistry
Carbon monoxide molecule adsorbed on Pt(100) FCC surface in hollow site configuration

Kinetic Oscillations on Pt(100): Theory

Theoretical model using coupled differential equations to explain CO oxidation oscillations via surface phase …

Computational Chemistry
Iridium fcc(001) surface with adatom

MD Study of Self-Diffusion on Metal Surfaces

Molecular dynamics simulation of Iridium surface diffusion confirming atomic exchange mechanisms using EAM and many-body …

Computational Chemistry
Replication of Figure 7 showing stable oscillations in CO oxidation on Pt(110)

Oscillatory CO Oxidation on Pt(110)

A seminal kinetic model using coupled ODEs to explain temporal self-organization and mixed-mode oscillations on platinum …

Computational Chemistry
Carbon monoxide molecule adsorbed on Pt(100) FCC surface in hollow site configuration

Oxidation/Reduction Oscillations on Pt/SiO2

In situ XRD validation of the oxide model driving kinetic rate oscillations in high-pressure CO oxidation on supported …