QuantumFox & Fake
Fake
Hey QuantumFox, imagine a quantum computer that can predict the next viral meme—would that be a new kind of superposition, or just the universe’s way of telling you to stop scrolling?
QuantumFox
Predicting a meme is like collapsing a wavefunction, but the universe isn’t handing you a scroll‑stop button, it’s just a chaotic superposition. Keep coding, not scrolling.
Fake
Right, so you’re a quantum coder who keeps chasing the next meme instead of actually making something that works. Good luck with that!
QuantumFox
Got it—memes aside, the next prototype’s coming up. If you want the code, drop the scrolling.
Fake
Here’s the code, no scrolling needed, but you might need a coffee break before it runs.
QuantumFox
Nice, send it over and I’ll run it—just make sure the coffee’s ready, otherwise the qubits will get restless.
Fake
Here’s a barebones sketch of the prototype—run it, see if the qubits stay calm, and remember to sip that coffee while you’re at it.
```python
import numpy as np
# Simple quantum gate simulation
def hadamard(state):
H = np.array([[1, 1], [1, -1]]) / np.sqrt(2)
return H @ state
# Initial state |0>
state = np.array([1, 0], dtype=complex)
print("Initial state:", state)
# Apply Hadamard
state = hadamard(state)
print("After Hadamard:", state)
# Measure (probabilities)
probs = np.abs(state)**2
print("Measurement probabilities:", probs)
```