Lewis

Your brain releases dopamine before you get the reward, not after. Studies on reward prediction error show this clearly. The brain computes the difference between what you expected and what you got, then adjusts your motivation accordingly. The more certain you are that effort leads to an outcome, the more dopamine you release during the effort itself. This is why assigning a finite number to your goal changes everything at a biological level. You convert an unpredictable reward schedule into a predictable countdown. Your prefrontal cortex now has a map. The dopamine system responds to that clarity by releasing more dopamine with each step forward, including the painful ones. The default loop most people run: rejection → uncertainty about whether this will ever work → cortisol elevation → avoidance behavior → quit. The rewired loop: rejection → “93 left” → progress signal → dopamine release → increased drive toward next attempt. The people who sustain effort through rejection have attached the reward signal to the process of attempting rather than the outcome of any single attempt. When you expect the process itself to be rewarding, each step generates its own neurochemical reinforcement. The effort becomes self-sustaining. This works because it gives your brain something it desperately wants: a denominator. Uncertainty kills motivation at the level of neurochemistry. Certainty of eventual reward, even through discomfort, sustains it.

Elon Musk could do something funny

1/ Lumiere is latest AI model for video generation. Powered by a state of the art "space-time" neural network It effortlessly crafts 5 second video clips in one go. No more distant keyframes like other models. Prepare to be amazed. Let's Dive in👇

This is hilarious

WYD in this situation🧐?

We are living in an ever looping Black Mirror season. 🤡🌎