PoliPhysics Junior Lab · CAMPUS / UNSTPB
Physics, practiced as research
Deepening physics for high-achieving students through computational modeling, advanced problem-solving, and university-level experimentation.
A junior research path inside CAMPUS
The PoliPhysics Lab aims to deepen physics education for high-achieving students, particularly olympiad participants, through research, computational modeling, and advanced problem-solving.
Activities develop a profound understanding of physical phenomena and familiarity with numerical simulation, data analysis, signal processing, and experimental verification in a university setting.
News & Events
Flagship November 2026 events hosted at CAMPUS POLITEHNICA Bucharest under the PoliPhysics Junior Lab initiative.
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Inaugural PoliPhysics Scientific Communications Symposium
The official public launch of PoliPhysics Junior Lab at the CAMPUS Research Institute. Student researchers will present their computational physics projects—ranging from electrostatically levitated micro-sensors to generative metamaterial design—in a symposium open to high school students, physics educators, and university researchers.
To attend, please confirm your participation at poliphysics.junior@gmail.com by October 20, 2026 (subject to seat availability).
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5th Edition: Discord Physics Tournament (DPT) · PoliPhysics Junior Lab
Romania’s premier competition for top-tier physics talents transitions to a landmark hybrid format under the PoliPhysics Junior Lab umbrella. Hosted on-site at the CAMPUS Research Center with synchronized remote participation nationwide, the 5th edition brings IPhO-level theoretical and computational challenges to the pre-university scientific community.
To register (on-site or remote), please send your confirmation to poliphysics.junior@gmail.com by October 20, 2026.
What students work on
Original computational research projects, competition preparation, and mentoring toward top universities and advanced scientific work.
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01
Wave propagation & radar
Electromagnetic modeling, diffraction, scattering, and RCS for remote sensing.
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02
Photonics & quantum optics
FDTD light propagation, photonic structures, and optical bench validation.
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03
Nonlinear dynamics
Monte Carlo methods, deterministic chaos, and complex systems modeling.
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04
Computational astrophysics
Ray tracing in curved spacetime, gravitational lensing, and HPC analysis.