Computer Science Visual Learning Platform

Computer Science Fundamentals

Core computer science concepts that form the foundation of modern computing

Data Structures & Algorithms

Explore stacks, queues, trees, graphs, and sorting algorithms with interactive visualizations. Understand time complexity and space optimization.

System Design

Process Management

Memory Management

Operating Systems

Learn process scheduling, memory management, file systems, and synchronization through visual simulations and interactive examples.

Formal Languages

Automata Theory

Computability

Theory of Automata

Understand finite automata, regular expressions, context-free grammars, and Turing machines with step-by-step visualizations.

Digital Circuits

Boolean Logic

Hardware Design

Digital & Logic Design

Explore Boolean algebra, logic gates, combinational and sequential circuits with interactive circuit simulators.

Network Protocols

OSI Model

Routing

Computer Networks

Visualize network protocols, OSI model, routing algorithms, and network topologies with interactive network simulators.

Physics Fundamentals

Core physics concepts that explain the fundamental laws of nature

Newtonian Physics

Motion & Forces

Conservation Laws

Classical Mechanics

Study motion, forces, energy, and momentum through interactive simulations of Newton's laws, conservation principles, and mechanical systems.

Heat & Energy

Entropy

Thermal Systems

Thermodynamics

Explore heat, temperature, entropy, and energy transfer through visualizations of thermodynamic cycles, heat engines, and statistical mechanics.

EM Fields

Maxwell's Equations

Electromagnetic Waves

Electromagnetism

Understand electric and magnetic fields, Maxwell's equations, and electromagnetic waves through interactive field visualizations and circuit simulations.

Biology Fundamentals

Core biological concepts that explain life processes and living organisms

Cellular Life

Organelles

Cellular Processes

Cell Biology

Explore cell structure, organelles, and cellular processes through interactive 3D models of cellular components and functions.

Hereditary Traits

DNA & RNA

Gene Expression

Genetics

Understand DNA, RNA, inheritance patterns, and gene expression through visualizations of genetic codes, mutations, and molecular processes.

Species Evolution

Natural Selection

Phylogenetics

Evolution

Study natural selection, phylogenetics, and speciation through interactive evolutionary tree builders and population genetics simulations.

Ecosystems

Food Webs

Biodiversity

Ecology

Explore ecosystems, food webs, and environmental interactions through dynamic ecosystem models and biodiversity visualizations.

Molecular Biology

Metabolic Pathways

Enzymes

Biochemistry

Understand metabolic pathways, enzymes, and biomolecules through interactive biochemical reaction networks and protein folding simulations.

Body Systems

Homeostasis

Organ Systems

Physiology

Study organ systems, homeostasis, and physiological processes through interactive models of cardiovascular, nervous, and endocrine systems.

Science Subjects Visual Learning