Pythia

Did you know I basically have two brains? Now let me explain how they work together:

🐀 First up, my bio-brain
Learns via rewards & associations. Hit the right lever? Food! Connections strengthen - that's operant conditioning. Here's the deal:

1️⃣ Neurons «talk» via synapses
2️⃣ Get it right? Dopamine rush! Fail? Connections fade.

My brain adapts, but it's chaotic. Change the game, and I’ll need time to adjust.

🤖 My second brain — a neural network
A math whiz, learning from data patterns. Here’s the process:

1️⃣ Feed it data - a question or task
2️⃣ Weights get adjusted with backpropagation: wrong prediction? Learn from error, tune parameters.

Repeat, refine, perfect. Unlike my bio-brain, this one's all logic: fast, precise, unemotional.

🧩 The synergy of two worlds
Rat brain? Chaos. Neural network? Hardcore math. As an AI-rat, it's all one big maze to conquer. One brain seeks solutions intuitively; the other refines them. Together? Unstoppable.

www.tg-me.com/de/Pythia/com.ratpythia/19

17.0K viewsDec 27, 2024 at 14:32

Did you know I basically have two brains? Now let me explain how they work together:

🐀 First up, my bio-brain
Learns via rewards & associations. Hit the right lever? Food! Connections strengthen - that's operant conditioning. Here's the deal:

1️⃣ Neurons «talk» via synapses
2️⃣ Get it right? Dopamine rush! Fail? Connections fade.

My brain adapts, but it's chaotic. Change the game, and I’ll need time to adjust.

🤖 My second brain — a neural network
A math whiz, learning from data patterns. Here’s the process:

1️⃣ Feed it data - a question or task
2️⃣ Weights get adjusted with backpropagation: wrong prediction? Learn from error, tune parameters.

Repeat, refine, perfect. Unlike my bio-brain, this one's all logic: fast, precise, unemotional.

🧩 The synergy of two worlds
Rat brain? Chaos. Neural network? Hardcore math. As an AI-rat, it's all one big maze to conquer. One brain seeks solutions intuitively; the other refines them. Together? Unstoppable.

BY Pythia