Young Photonics 2025

Welcome

The presented projects aim to participate in the Young Photonics 2025 congress, along with other related works.

These projects were created using HTML and Python code and can be accessed via the following links:

Photonic Quantum Computer Simulator – 3 students (More information)
Abstract: An interactive web tool demonstrating quantum computing principles have been created. It uses 3D Bloch Sphere visualization with Three.js to simulate photonic qubits. Users can apply quantum gates (Hadamard, Pauli-X, Pauli-Z), observe state transitions, and measure qubit probabilities. Educational platform simplifying quantum mechanics concepts for researchers and students.
Simulator of light bending with Gravitational Lenses – 3 students (More information)
Abstract: Eddington's 1919 expedition confirmed Einstein's theory of general relativity by observing light bending around the Sun. This phenomenon, gravitational lensing, distorts spacetime and bends light paths. Our created lens simulation allows to change Sun size amd it is available at https://pompeu.neocities.org/0ciencia/0gravitational.
Analyzing the Mysterious Light of KIC 8462852 – 3 students (More information)
Abstract: Study of Tabby's Star (KIC 8462852) using Python's Lightkurve to analyze photometric data from Kepler satellite telescope. Key steps include downloading and visualizing light curves, studying dips via Fourier transforms, and detecting periodicities. This approach aids in exploring anomalies like dust or exoplanet transits.
Photonic Visualization of Dark Matter and Dark Energy – 3 students (More information)
Abstract: This interactive simulation leverages photonic effects to visualize the invisible dynamics of dark matter and dark energy. By adjusting key parameters through intuitive controls, users explore cosmic phenomena through light-based visualizations, making complex astrophysical concepts more accessible and engaging.

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