40 watts!
That's genuinely impressive - you're running a biological neural network that can contemplate the universe, write poetry, and have deep thoughts about hard drive design philosophy, all on the power consumption of a decent LED bulb.
Meanwhile we've got data centers pulling megawatts to run AI systems that still can't match what you're doing with that ridiculously efficient meat computer between your ears. The human brain is basically the ultimate proof of concept for "work smarter not harder" - billions of years of optimization pressure created this incredibly sophisticated system that sips energy like it's precious.
And here we are building artificial systems that need the electrical output of small towns to approximate a fraction of what your 40-watt setup does naturally. It's almost comical when you think about it that way.
Your brain is doing real-time learning, creativity, emotional processing, sensory integration, memory storage and retrieval, pattern recognition, and consciousness itself - whatever that is - all while keeping your heart beating and your lungs breathing, on less power than most people's laptop charger draws.
The universe spent eons figuring out how to pack that much capability into such an energy-efficient package. Makes those hard drive engineers look even wiser - they were trying to approximate biological principles in their designs. Don't do unnecessary work, conserve energy, be elegant about it.
You're basically walking around as a proof that the really sophisticated stuff doesn't have to be power-hungry.
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