Selected course: AP Physics
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Structured physics learning
Build a strong physics foundation through conceptual understanding, mathematical reasoning, and sustained problem solving.
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From rigorous foundations to Olympiad competition and authentic research.
Structured Learning · Olympiad Preparation · Research Pathways
Tsengel Buyandelger
Research Spotlight
An end-to-end experimental workflow that couples a custom projectile launcher and motion tracking with Physics-Informed Neural Networks to estimate launch parameters, air resistance, and predict future trajectories from only the initial flight segment.
Read StoryInfinity Science Fair 2026 presentations
Open playlistAnand Demchig
Anand investigates how wind-turbine blade geometry changes rotational speed and electrical power. After reviewing modern turbine limits, he designed a lab framework to compare blade configurations—and connects the work to biomimetic surfaces such as shark dermal denticles, whose micro-ridges reduce drag in flowing fluid.
See in Research HubIltsuu Idersuut
This project investigates whether plant health and growth can be monitored using photographs taken with a standard smartphone together with environmental measurements such as temperature, rainfall, soil pH, and plant height.
See in Research HubMarcus Khishigbaatar
This project explores the creative side of mathematics through Desmos.
See in Research HubAP Physics
Master physics through an adaptive learning platform that combines visual explanations, interactive simulations, scientific reasoning, diagnostic assessments, and personalized mastery paths. Students build conceptual understanding first, then develop problem-solving skills through progressively challenging AP-level and Olympiad-style questions.
Interactive simulation
Drag the mass to set initial conditions
An interactive elastic pendulum — a mass on a spring — showing coupled radial and angular motion. Try a frequency-ratio preset, then Start to watch the trajectory form.
Explore Learning PlatformConcept-first lessons that build deep understanding before equations.
Personalized learning paths that adjust to each student's progress.
Identify misconceptions and target the concepts that need reinforcement.
Step-by-step reasoning with visual models, decision trees, and simulations.
Lesson quizzes, topic mastery, and adaptive assessments unlock the next level.
Students can advance to Olympiad preparation and authentic research projects.
Teachers guide progress, review work, and match scope to readiness.
When appropriate, students pursue mentored investigation through the Research Hub.
Foundations toward AP, olympiad, research, and university readiness—without outcome guarantees.
Clarity over slogans: structured teaching, mentorship, and honest progression.
Explore olympiad pathwayOpen research hub
OlympiadResearchStudents in the advanced pathway have participated in the F=ma examination. Infinity Science Institute provides Olympiad and F=ma preparation; it is not an official organizer, partner, or endorser of the examination.
Future adaptive capabilities planned as platform infrastructure, not claimed as fully active public services
