Ever wondered how quantum computing actually looks in practice? In this video, I visualize core quantum concepts using Unity and C# with CSharpNumerics.
We explore how the Hadamard gate creates superposition (50/50 probability) and how the Pauli-X (NOT) gate flips a qubit to the |1⟩ state on the Bloch sphere. Then, we dive into phase rotations using H → S, showing how the probabilities stay the same while the quantum state rotates in phase.
From there, things get really interesting:
I demonstrate entanglement with H → CNOT, creating a Bell state where only |00⟩ and |11⟩ exist. Finally, we scale up to a 3-qubit GHZ state, revealing how quantum systems can exist in multiple correlated states at once.
✨ Topics covered:
• Bloch Sphere visualization
• Superposition and phase
• Quantum gates (H, X, S, CNOT)
• Entanglement (Bell & GHZ states)
• Quantum simulation in Unity with C#
🔗 Links:
📦 NuGet: https://www.nuget.org/packages/CSharp...
📂 Library source: https://github.com/backlundtransform/...
🎮 Asset Store:: coming soon
📘 Docs: https://csnumerics.com
#QuantumComputing #Unity3D #CSharp #BlochSphere #Entanglement #Gamedev #Simulation #CSharpNumerics
