Registered Trademark with INPI

Science, Technology and Innovation for Physics Teaching

SimuFísica® is a platform that combines scientific rigor and technology to transform the learning of Physics and other sciences. Built to support teachers and students from basic education through higher education, the ecosystem offers interactive simulations and virtual laboratories capable of reproducing complex phenomena and bench experiments in real time.

Started in 2020 at the Federal University of Rondônia (UNIR), the project combines academic research, multiplatform development and continuous evolution to make physics teaching increasingly visual, practical and accessible.

The Ecosystem

Interactive Simulations
Real-time modeling of physical phenomena with full control over parameters.
Virtual Laboratories
Environments designed to reproduce data obtained from experiments performed in teaching laboratories.
Multiplatform Support
Accessible via the Web and dedicated apps for Android, iOS, Windows and Linux.

Research, Funding and Scientific Commitment

SimuFísica® is the result of collaborative work at the UNIR Department of Physics, involving faculty and students from Scientific Initiation, Technological Initiation, and the Professional Master's Program in Physics Teaching (MNPEF).

CNPq
National Council for Scientific and Technological Development
Processo 304017/2022-1
Processo 317843/2025-7
FAPERO
Rondônia Foundation for the Support of Scientific and Technological Development and Research
Protocolo 36214.577.20546.20102023
UNIR
Federal University of Rondônia
Processo SEI 23118.006316/2024-79

Creator and Developer

MP
Prof. Dr. Marco Polo Moreno de Souza
Physicist, Professor and Researcher at UNIR | Research Group Leader

PhD in Physics and professor at the Federal University of Rondônia (Ji-Paraná Campus) since 2013, he leads the research group in Structure of Matter and Computational Physics. His scientific work spans Atomic, Molecular and Optical Physics (with a focus on nonlinear optics and laser-induced coherent processes), combined with solid experience in high-performance computing and parallel GPU processing (CUDA). The union between theoretical/experimental physics and high-performance software development gave rise to SimuFísica®, ensuring that every simulation delivers not only visual appeal but also scientific rigor.