Master Complex Science in Living 3D Interactive Models
Explore atomic wave functions, watch embryonic human development unfold week by week, simulate EV battery thermodynamics, model hybrid vehicle powertrain architectures (MHEV, HEV, PHEV, EREV), deploy containerized BESS & upcoming chemistries (Sodium-ion, Solid-State, Iron-Air), analyze nuclear reactor physics & passive disaster mitigation (PWR, BWR, Gen-IV SMRs, TRISO), investigate pulmonary alveolar pathophysiology, analyze acute STEMI/cardiac arrest electrophysiology, model vascular hemodynamics across hypertension, and examine Earth's biomes with real-time 3D simulation powered by modern WebGPU & WebGL.
Select a Subject Area
Every discipline contains progressive structured parts, interactive 3D laboratory apparatus, rigorous theory, and assessment checkpoints.
Quantum Mechanics & Atomic Orbitals
Dive into the quantum realm. Discover how the Schrödinger wave equation replaces classic planetary Bohr orbits with probabilistic electron clouds (|ψ|²), explore wave-particle duality through real-time double-slit interference, and manipulate quantum tunneling barriers in real-time 3D.
Human Embryology & Fetal Development
Explore the 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.
EV Battery Technology & Electrical Powertrain Efficiency
Master the 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.
Pneumonia & Pulmonary Infectious Pathophysiology
Master pulmonary infectious diseases from microscopic alveolar-capillary pathophysiology to evidence-based clinical practice. Investigate Community-Acquired Pneumonia (CAP) risk stratification (CURB-65, PSI), Hospital-Acquired & Ventilator-Associated Pneumonia (HAP/VAP) with multidrug-resistant pathogens, Mycobacterium tuberculosis granulomatous immunology, and severe viral pneumonia leading to Acute Respiratory Distress Syndrome (ARDS) guided by IDSA/ATS, WHO, and Berlin clinical criteria.
Cardiac Arrest & Acute Coronary Syndromes
Master acute cardiovascular emergencies and ischemic heart disease: from atherothrombotic plaque rupture and subendocardial ischemia to 12-lead ECG localization, High-Sensitivity Troponin kinetics, lethal arrest dysrhythmias (VF, pVT, PEA, Asystole), biphasic defibrillation biophysics, and high-quality CPR coronary perfusion hemodynamics.
Hypertension & Vascular Hemodynamics
Master the comprehensive spectrum of clinical hypertension: neurohumoral renin-angiotensin-aldosterone system (RAAS) regulation, vascular wall remodeling, endothelial shear stress, all secondary etiologies (endocrine, renovascular, aortic coarctation), hypertensive emergencies vs urgencies, arterial stiffness and pulse wave velocity (PWV), gestational preeclampsia, and WHO Group 1–5 pulmonary arterial hypertension.
Global Biomes, Climatology & Ecosystem Dynamics
Explore the biophysical principles governing the global distribution of life: from planetary insolation, tri-cellular atmospheric circulation, and Whittaker climate envelopes to cryospheric permafrost physics, temperate phenology, xerophytic adaptations, coral reef calcification, trophic energetics, and Anthropocene tipping points.
Hybrid Electric Vehicles & Powertrain Electrification
Explore the complete engineering taxonomy of hybrid automotive propulsion. From 48V Belt-driven Starter Generators (BSG) smoothing start-stop transitions to planetary gear electro-mechanical power-split continuously variable transmissions (e-CVT / Atkinson cycle engines), parallel multi-clutch P0–P4 PHEV architectures, and pure series Range-Extender (EREV) systems where an internal combustion engine acts strictly as an optimal-BSFC generator. Simulate real-time mechanical and electrical torque split, planetary sun/carrier/ring gear kinematics, battery buffer state-of-charge management, and regenerative braking deceleration in living 3D.
Battery Storage Technologies & Next-Generation Chemistries
Dive deep into the thermodynamic, electrochemical, and system-level architecture of stationary battery energy storage systems (BESS) and next-generation storage chemistries. Analyze utility-scale containerized BESS thermodynamics, power conversion systems (PCS), levelized cost of storage (LCOS), and long-duration vanadium redox flow batteries (VRFB). Explore upcoming breakthroughs transforming the grid and heavy transportation: earth-abundant Sodium-ion (Na-ion), dendrite-immune All-Solid-State Batteries (ASSB), high-energy Lithium-Sulfur (Li-S), and 100-hour multi-day reversible-rusting Iron-Air storage in interactive 3D.
Nuclear Reactor Physics, Advanced Architectures & Disaster Mitigation
Explore the fundamental physics, thermal-hydraulic engineering, operational mechanics, and multi-layered safety paradigms of nuclear fission reactors. Investigate mass defect, neutron cross-sections, four-factor and six-factor criticality equations, delayed neutron kinetics, and reactivity control. Trace the evolution from Gen-I Chicago Pile-1 to modern commercial PWR, BWR, CANDU, and RBMK fleets. Analyze next-generation Gen-IV systems (VHTR, MSR, SFR, LFR), Small Modular Reactors (SMRs), TRISO pebble beds, and fusion horizons. Examine forensic disaster post-mortems (Chernobyl, Three Mile Island, Fukushima) alongside advanced defense-in-depth engineering: negative Doppler feedback, SCRAM gravity kinetics, Wigner-Way decay heat removal, core catchers, and passive containment cooling in interactive 3D.
Full Science Curriculum
Browse the complete directory of all 10 disciplines, structured modules, and interactive labs.
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.