text: This theory was initially developed for applications in chemical kinetics problems as above discussed, but has since been applied to a wide range of phenomena:
  * the characterization of reaction rates in Chemistry,
  * Transition State Theory (TST), 
  * Astrochemical process, 
  * quantum tunneling, 
  * stereodynamics stereochemistry of kinetics processes, solid-state diffusive reactions, 
  * physical processes in supercooled liquids, 
  * carbon nanotubes composite, 
  * transport phenomena, 
  * anomalous diffusion, 
  * Brownian particles moving, 
  * transport dynamics in ionic conductors, 
  * a continuum approach for modeling gravitational effects on grain settling and shape distortion,
  * collision theory, 
  * rate theory connecting kinetics to thermodynamics, 
  * nonextensive statistical mechanics, 
  * different fields of plasma chemical-physics, 
  * modelling of high-temperature dark current in multi-quantum well structures from MWIR to VLWI, 
  * molecular semiconductor problems, 
  * Metallurgy: perspectives on lubricant additive corrosion, 
  * Langevin stochastic dynamics, 
  * predicting solubility of solids in supercritical solvents, 
  * survey on operational perishables (food) quality control and logistics, 
  * activation energy’s on biodiesel reaction, 
  * flux over population analysis, 
  * molecular quantum mechanics, 
  * biological activity, 
  * drug design, 
  * protein folding.
  * Motor proteins,
  * Microbial growth laws,
  * Water dynamics
  * Classroom on Motivation and Sociability
  * Virial coefficients in chemical reaction
  * Diffusion in a binary colloidal mixture
  * Claisen–Schmidt condensation
  * Thermotherapy
  * Landscape topography
  * 3D-printed powder components
  * Glass alloy
  * Li-ion Batteries