Neural Innovation Workshop
Started by Dr. Elena Voss • 3 hours ago • 84 participants
Dr. Elena Voss
Neuroscience
3 hours ago
Start
What if we combined neuromorphic computing with quantum reinforcement learning? Let's explore unconventional architectures.
class QuantumNeuronLayer {
constructor(inputs, qubits) {
this.quantumState = Array(qubits).fill(0);
this.activationFunction = new NeuromorphicGate();
}
}
Prof. Raj Malhotra
Quantum Computing
2 hours ago
Response
The quantum entanglement could help model non-local neural correlations, but we need to address decoherence times.
QuantumNeuronLayer.prototype.calculateExcitement = function(inputVector) {
let stateTensor = inputVector.map(v => v * Math.tanh(v) * Math.exp(-v/2));
return stateTensor.normalize();
};
let stateTensor = inputVector.map(v => v * Math.tanh(v) * Math.exp(-v/2));
return stateTensor.normalize();
};