🚀 Quantum Teleportation

Alice & Bob's Quantum Adventure

📊 Select Noise Model:

Realistic

Bell (5%) + Entangle (3%) + Gate (1-2%) + Channel (2%)

Expected: 75-88%

Depolarizing

Mixed error (λ = 8%)

Expected: 82-88%

Amplitude Damping

Energy loss (γ = 7%)

Expected: 82-92%

Phase Damping

Dephasing (λ = 4%)

Expected: 88-98%

Ideal (No Noise)

Perfect measurement

Expected: ~99%

🔬 Quantum Circuit (Animated):

Waiting for protocol to start...

Alice

Quantum Physicist - Sender

Initiates quantum teleportation

📊 Quantum State:

|0⟩

P(|0⟩) = 1.00

P(|1⟩) = 0.00

🎯 Select State:

💡 Alice prepares and sends her quantum state across space using entanglement!

Bob

Quantum Engineer - Receiver

Receives and reconstructs the state

📊 Received State:

P(|0⟩) = 0.50

P(|1⟩) = 0.50

📡 Status:

Waiting for quantum information...

⚡ Bob receives classical bits and reconstructs Alice's quantum state perfectly!

📊 Real-Time Metrics

🔄 Bell State Outcome:

|?⟩

📍 Classical Bits Transmitted:

[? ?]

🎯 Teleportation Fidelity:

---%

✓ Quantum Advantage:

Requires F > 66.7%

⚠️ Error Sources:

Waiting for simulation...

⚙️ Protocol Steps

✓

Step 1: Prepare State

Alice prepares quantum state

Create Entanglement

Generate Bell pair

Bell Measurement

Measure Alice's qubits

Send Classical Bits

Transmit to Bob

Apply Correction

Bob applies gate

❓ What is Quantum Teleportation?

✓ Entanglement (quantum connection)
✓ Bell measurement (quantum measurement)
✓ Classical bits (2 bits sent)
✓ Quantum gates (correction)

⚡ Why Does It Matter?

✓ Quantum networks & internet
✓ Distributed quantum computing
✓ Quantum key distribution
✓ Long-distance quantum communication

🔬 Does It Violate Relativity?

✓ 2 classical bits at light speed
✓ No FTL communication
✓ Only state pattern transferred
✓ No cloning (original destroyed)

📈 Fidelity & Success Rate

✓ Entanglement quality: 97-99%
✓ Measurement accuracy: 95%+
✓ Gate fidelity: 98-99%
✓ Current best: 86-92%