Quantum Nanotechnology Simulator - Quantum Effects and Nanostructures

⚛️ Quantum Physics Laboratory

Quantum Parameters

Barrier Height (eV): 5.0

Particle Energy (eV): 3.0

Barrier Width (nm): 0.5

Wave Frequency (THz): 50

🧬 Nanomaterials Engineering

🧪

Carbon Nanotube

Ultra-strong, conductive

📊

Graphene Sheet

2D material, excellent properties

💎

Quantum Dots

Size-tunable emission

⚽

Fullerene

Soccer ball structure

🔗

Nano Wire

1D conductor

🔸

Metal Cluster

Catalytic properties

Structure Parameters

Size (nm): 10

Chirality: 10

🔬 Molecular Engineering

Molecular Builder

Formula:

Bond Type:

3D Rotation: 0°

🎛️ Quantum Control

📡 Quantum Measurements

Tunneling Probability: 0.000

Wave Amplitude: 1.000

Phase Shift: 0.0°

Coherence Time: 100 ns

🌊 Wavefunction Data

ψ Real Part: 0.707

ψ Imaginary: 0.707i

|ψ|² Probability: 1.000

Uncertainty Δx: 0.1 nm

🧬 Material Properties

Conductivity:

Strength:

Flexibility:

Reactivity:

⚛️ Quantum States

Blue = Ground State | Pink = Excited State

📚 Quantum Facts

• Heisenberg uncertainty principle limits precision

• Quantum tunneling enables semiconductor devices

• Carbon nanotubes are stronger than diamond

• Quantum dots have size-dependent colors

• Molecular machines can be atomic-scale