Transactions in Theoretical and Mathematical Physics

Transactions in Theoretical and Mathematical Physics (TTMP) is an international quarterly peer-reviewed, open-access, and free-of-charge journal dedicated to publishing high-quality original research articles in all areas of theoretical and mathematical physics. The journal aims to provide an international platform for the dissemination of significant theoretical, mathematical, and interdisciplinary advances connecting modern physics and mathematics. TTMP welcomes original and unpublished manuscripts that are not under consideration for publication elsewhere. The journal particularly encourages contributions in areas including mathematical physics, quantum theory, gravitation, integrable systems, nonlinear phenomena, geometry in physics, quantum information, operator theory, and related analytical and computational methods in theoretical physics.

 Transactions in Theoretical and Mathematical Physics (TTMP) is a fully open-access journal.

All published articles are made immediately and permanently available online without subscription charges or access restrictions. Readers may freely access, read, download, distribute, and cite the published content without delay or registration requirements, in accordance with the principles of open scientific dissemination.
TTMP is completely free of charge for both authors and readers. No submission fees, article processing charges (APC), publication fees, or access fees are required.

The journal is fully supported by  Qom University of Technology.

Publication Ethics and Similarity Screening

Transactions in Theoretical and Mathematical Physics (TTMP) is committed to maintaining high standards of publication ethics and academic integrity. TTMP follows internationally recognized standards of publication ethics and editorial best practices.

  All submitted manuscripts are screened using iThenticate prior to peer review.
As a general guideline, the overall similarity index should not exceed 20%, with no more than 5% similarity to any individual source, excluding properly cited material and standard technical expressions.