Lie groups & symmetry analysis
Applications of symmetry and Lie groups to differential equations, including geometric and symmetry-based methods.
Head of the Department of Pure Mathematics at IUST. Research in differential geometry, Lie groups and symmetry analysis of differential equations, with interests extending to dynamical systems, solitons and integrability.
A compact academic profile derived from the official CV, last updated 3 October 2026.
School of Mathematics and Computer Sciences, IUST · 2024–present
IUST · 2018–present
IUST · 2020–present
IUST · 2019–present
IUST · Theory of finite order G-structures · Advisor: Prof. E. Esrafilian
IUST · Theory of G-structures and equivalence problems · Advisor: Prof. E. Esrafilian
IUST
The CV describes a research program centered on symmetry, Lie groups, differential equations and geometry, with related work on dynamical systems, solitons and integrability.
Applications of symmetry and Lie groups to differential equations, including geometric and symmetry-based methods.
Geometry and equivalence methods, with the Ph.D. work focused on finite-order G-structures.
Use of geometric ideas in dynamical systems and related differential equations.
Particular interests include solitons and integrability in nonlinear equations.
The CV identifies supersymmetric equations among the specific areas of interest.
Professional leadership of the Computational Geometry Lab connects the academic profile to computational geometric methods.
Selected recent items from the official CV. The complete 148-item publication list remains available in the full CV below.
The CV records 47 Ph.D. and 89 M.Sc. students, both current and former.
The CV lists 9 Ph.D.-level courses, 9 graduate courses and 31 undergraduate courses.
Conference organization, editorial-board work, academic committees and peer review are documented in the CV.
The CV states that Prof. Nadjafikhah is also a referee for the following journals and 12 other journals.
The CV records 14 authored books and 54 translations/notes, 68 items in total.
All 23 entries from the CV, searchable by title or venue.
The CV lists 24 projects and technical reports, from finite-order geometric structures and Maple-based teaching to symmetry and fractional differential equations.
The complete 26-page CV, last updated 3 October 2026, contains the full publication, conference, book, student and project lists.
Official CV · 26 pages · updated 3 October 2026
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