About SimuFísica®

The SimuFísica1 platform is a collection of computer simulation applications for research and learning Physics and other sciences, which can be used as support in the classroom of Secondary Education and Higher Education.

At the moment there are basically two types of applications: computer simulations, which aim to simulate various physical phenomena, and virtual laboratories, which intended to reproduce data obtained from experiments carried out in laboratories didactic.

SimuFísica® is an ongoing project that began in mid-2020. The project has several collaborators within the Department of Physics at the University Federal District of Rondônia, including professors and students of Scientific Initiation, Technological Initiation and Professional Master's Degree in Physics Teaching.

Current version: 1.9 (08/24/2024)

About the developer

Marco Polo Moreno de Souza is a physicist teaching at the Physics Department from Federal University of Rondônia (Campus Ji-Paraná) since 2013 and leader of the research group Structure of Matter and Computational Physics. Your areas of interest are Atomic Physics, Molecular Physics and Optics (experimental), more specifically non-optical linear, including generation and modeling of wave mixing and investigation of other processes coherent in atomic systems induced by continuous lasers and ultrashort pulses. He has experience with high-performance computing involving parallel processing on CUDA cores Nvidia GPUs.

Contact email: [email protected]

Homepage: https://marcopolo.unir.br/

1 SimuFísica is a registered trademark at the National Institute of Industrial Property (INPI). This project has financial support from CNPq (National Council of Scientific and Technological Development, process 304017/2022-1), from FAPERO (Foundation Rondônia to Support the Development of Scientific and Technological Actions and the Rondônia State Survey, protocol 36214.577.20546.20102023) and the UNIR (University Federal Government of Rondônia, process SEI 23118.006316/2024-79).