Physics is not only studied — it’s *built.* Explore my research, experiments, outreach, and interactive creations where curiosity becomes tangible.
"To understand the universe, one must not only think — but also *create*."
An exploration of ultra-high dose-rate radiation therapy and its implications for cancer treatment. A bridge between computational modeling and biomedical application.
This preprint investigates how *ultrafast radiation pulses* can selectively protect healthy tissue while targeting tumors. Through computational models and biological simulation, we explore how physics meets medicine.
Read Full PaperExperiment, visualize, and explore phenomena — from oscillations to orbits — directly in your browser.
Visualize waveforms, potentials, or motion equations interactively using the embedded Desmos graphing calculator.
Watch how waves overlap and interfere in 3D — an artistic and mathematical glimpse of probability amplitudes.
Sharing physics with the world — teaching differently, building accessibly, and inspiring curiosity across boundaries.
Creating materials that simplify complex ideas — blending analogy, simulation, and aesthetic explanation. From dyslexia-friendly notes to interactive experiments, learning physics becomes narrative and visual.
Hosting online lessons and QParadox articles that connect abstract ideas to daily life. Physics is not distant — it’s a dialogue.
Simulations, sensors, and scripts that turn mathematical formalisms into measurable reality.
Randomness becomes precision: Monte Carlo sampling to predict detector outcomes and estimate physical constants.
A digital recreation of optical setups and weak measurement simulations — visualizing the experiments that define modern quantum understanding.
Where imagination meets mathematics — rough sketches, evolving prototypes, and future research paths.
Exploring photonic interference networks as analog processors for quantum-classical hybrid architectures.
Interactive visualization of entropy growth — particles dancing into disorder as an educational art form.
An app that teaches quantum logic gates through touch — manipulating probability instead of numbers.
Tracing the evolution of curiosity and computation.
Preprint exploring dose-rate physics in radiotherapy — a computational study merging quantum energy transfer and biological safety.
Launch of interactive simulations and computational hubs to make theoretical physics more accessible to learners worldwide.
Ongoing work blending machine learning and quantum experimental design, exploring Rydberg atom systems and ultracold gases.
Physics is communal. Every question grows better when shared. If you’d like to collaborate, reach out.
📧 yarahamid@qparadox.tech
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