(android) We imagine the earth as Block sphere.
(android) This app introduces 22 Hebrew alphabets.
We imagine the earth as Block sphere.
This app helps you learn hiragana.
This app explains how a single sigmoid neuron works.
This app introduces the path integral formalism in quantum mechanics.
This app represents phase estimation algorithm with five qubits.
This app is a demonstration of Shor's algorithm.
This app explains how to write or input hangul.
The goal of this game is to make sum of all numbers in boxes zero.
This app introduces the symmetry factors in Feynman diagrams.
This app introduces Feynman rules.
This app is about learning Hangul.
This app is about learning Hangul together with quantum gates.
This app represents the quantum circuit for Grover's algorithm on two qubits.
This app represents how quantum error correction works for single flip error.
This app represents how Shor code works for single X or Z flip error.
This app represents how stabilizer code gives syndrome values for the corresponding single flip error.
This app is a simple game about Goldbach's conjecture.
This app is a game about Minkowski diagram.
This app represents basic hangul characters intuitively.
This app represents the equivalence principle.
This app represents Shannon entropy for biased dice.
This app represents von Neumann entropy for density matrix.
This app represents entanglement entropy for a pure bipartite state of the composite system.
This app explains Godel numbering in an easy way.
This app introduces Dirac equation.
This app introduces lambda calculus.
This app shows the two dimemsional representation of Bloch sphere.
This app is about learning Hangul.
This app represents quantum Fourier transform for five qubits.
This app shows the geometrical representation of Grover's algorithm.
This app shows how neural networks determine prime numbers.
The goal of this game is to make orange objects fall down.
This app shows how quantum gates work.
This app shows how neural networks determine parameters for XOR gate.
This app shows how quantum teleportation works.
This app shows how neural networks solve the multiplication of two numbers.
This app represents the quantum circuit for Bernstein-Vazirani algorithm.
This app shows the result for the relativistic addition of two velocities.
This app shows the relativistic effects in a visual way.
This app is the container app, which has 8 apps.
This app shows the effect of time dilation in relativity.
This app is the container app, which has 9 apps.