WebGPU & Three.js 3D Physics•EN / ID

Master Complex Science in Living 3D Interactive Models

Explore atomic wave functions, watch embryonic human development unfold week by week, and simulate EV battery thermodynamics with real-time 3D simulation powered by modern WebGPU & WebGL.

3
Core Disciplines
60 FPS
Real-Time Physics
100%
Free & Open
Interactive 3D Stage (Drag to rotate)60 FPS Hardware Render
CORE DISCIPLINES

Select a Subject Area

Every discipline contains progressive structured parts, interactive 3D laboratory apparatus, rigorous theory, and assessment checkpoints.

Fundamental Physics

Quantum Mechanics & Atomic Orbitals

Dive into the quantum realm. Discover how the Schrödinger wave equation replaces classic planetary Bohr orbits with probabilistic electron probability clouds (psi squared), explore wave-particle duality through real-time double-slit interference, and manipulate quantum tunneling barriers in real-time 3D.

Curriculum Structure4 Parts
P1Atomic Structure & The Four Quantum Numbers
15m
P23D Wave Functions & Real Spherical Harmonics
20m
P3Wave-Particle Duality & The Double-Slit Experiment
18m
P4Quantum Tunneling & The Bloch Sphere
22m
Open Topic Modules
Developmental Biology & Medicine

Human Embryology & Fetal Development

Explore the miraculous biological timeline of human prenatal morphogenesis. Scrutinize early gastrulation and the three primary germ layers, watch the embryonic heart tube establish primitive circulation, inspect limb bud chondrogenesis, and interact with layered anatomical systems, placental nutrient transport, and ultrasound imaging in 3D.

Curriculum Structure4 Parts
P1Weeks 1–4: Blastocyst, Implantation & Gastrulation
16m
P2Weeks 5–8: Organogenesis & Limb Morphogenesis
20m
P3Weeks 9–24: Fetal Growth, Skeletal Ossification & Ultrasound
22m
P4Weeks 25–40: Viability, Alveolar Surfactant & Birth Readiness
18m
Open Topic Modules
Energy & Electrical Engineering

EV Battery Technology & Electrical Powertrain Efficiency

Master the high-voltage engineering driving electric mobility. Explore lithium-ion intercalation physics in NMC and LFP cells, inspect thermal cooling ribbons inside 4680 battery packs, analyze SiC inverter and PMSM electric motor efficiency maps, and simulate vehicle range and power flow under dynamic road gradients, speed profiles, and ambient temperatures in 3D.

Curriculum Structure4 Parts
P1Lithium-ion & Solid-State Electrochemical Mechanics
18m
P2Battery Pack Architecture, Cell Formats & Thermal Management
20m
P3SiC Inverters, PMSM Motors & Regenerative Braking
20m
P4Vehicle Dynamics, Aerodynamics & Full Powertrain Simulation
25m
Open Topic Modules

High-Performance 3D Simulation

Custom vertex/fragment shaders and parametric geometry render atomic orbitals, embryonic growth stages, and lithium-ion migration at 60 FPS.

Dual Language Immersion

Switch seamlessly between English and Bahasa Indonesia across all curricula, terminology, quizzes, and diagrams.

Rigorous Progress Tracking

Automatic module tracking, quiz grading, interactive note taking, and downloadable verified completion certificates.

Accessible & Light-First Design

Clean, eye-friendly light mode default with high-contrast typography, mathematical layouts, and a dedicated dark mode.