This is the code used in our (upcoming) article regarding the comparison of alternative uncertainty measures. Pre print available on Arxiv: http://arxiv.org/abs/2205.04102

Problems that are logically equivalent to Bell test experiments and thus trivially invalidate every quantum physics textbook.

📊 A Python-based project for visualizing key heat and thermodynamics concepts through interactive graphs, simulations, and real-world datasets.

GitBook with resources for intro and action on protecting Gaia.

Interactive simulation of projectile motion on different planets using VPython

PhysicsSimLab is an interactive educational tool that allows visualization and experimentation of basic physics concepts. The simulator reproduces the movement of objects under the action of gravity, enabling the study of trajectories, collisions and energy transformations in real time.

Simple Python visualization of CMB temperature anisotropies using Planck SMICA data and HEALPix.

Online revision website for GCSE/ IGCSE and A level science.

Bilingual (BN/EN) AI-based science learning platform with voice/text chatbot and accessibility features.

Aplikasi Shiny untuk mengeksplorasi hasil PISA 2022.

Öğretmenler ve Öğrenciler için Çevrimiçi Kimya Simülasyonları

Visual AI workflow for chemical element exploration built with Glif.app. Features LLM-driven text generation, JSON processing, and dynamic canvas rendering.

AstroKids is an initiative dedicated to making space education engaging and accessible for children, especially those facing financial challenges. Initially focused on children in India, AstroKids aims to inspire curiosity and enthusiasm for space learning worldwide.

Empower 'Grado en Ciencias' students with SciencesPath: Navigate, connect, and shape your scientific journey. TFG project.

Exploding QFT: A Fan-Driven Lecture Series

An Interactive Introduction to Quantum Mechanics and Quantum Computing

🎓 Visualize STEM concepts effortlessly with AI-generated animations and narrated videos, transforming text into engaging educational content.

Instrument items repository

This Python program, developed by Amir Mahdi Zare, is designed for calculating heat, heat capacity, and specific heat based on the heat formula from the 10th-grade physics curriculum. It provides an interactive command-line interface for users to perform various calculations related to thermal physics.

A curated list of high-quality, open, and impactful citizen science platforms, tools, and projects for educators, students, developers, and anyone seeking meaningful ways to contribute to scientific research.