tag > Comment
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As AIs become hyper-super-duper-superhuman intelligent, the biggest bottleneck to exploiting the tsunami is the human superiority complex.
Every department has a Steve who secretly believes he's the SINGLE human actually smarter than the silicon demon.
Find Steve. Remove Steve
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Peak late-stage silicon accelerationism
The entire economy a GPU-powered perpetual motion machine. Money is imaginary, revenue is circular, collateral is vaporware, debt has been securitized into everyone's pension. There is no exit. Only acceleration. BUY MORE COMPUTE. THE SINGULARITY MUST CLEAR QUARTERLY EARNINGS.
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"AI Brainrot Core" is emerging as a defining aesthetic of the late 2020s.
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US tech lords swear they're about to birth a hyperintelligent synthetic godhead, abolish death and colonize alien planets for the Epstein class. But the moment AI generates a nipple, the trillion-dollar supercluster triggers a Puritan safety lockdown. 🤡🌍
#Comedy #Generative #Politics #Cryptocracy #Comment #Culture
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Years ago, when I met my creative friends, we'd proudly share the latest music we'd composed, art we'd made, or blog posts we'd written.
Now we meet and show each other the latest slop our AI agents generated for us.
And somehow, that feeling of pride has been replaced by a collective "meh..."
We solved the problem of creation, but not the problem of meaning - and automated ourselves out of the experience. -
From resonance to chaos by modulating spatiotemporal patterns through a synthetic optogenetic oscillator
Oscillations are a recurrent phenomenon in biological systems across scales, but deciphering their fundamental principles is very challenging. Here, we tackle this challenge by redesigning the wellcharacterised synthetic oscillator known as “repressilator” in Escherichia coli and controlling it using optogenetics, creating the “optoscillator”. Bacterial colonies manifest oscillations as spatial ring patterns. When we apply periodic light pulses, the optoscillator behaves as a forced oscillator and we systematically investigate the properties of the rings under various light conditions. Combining experiments with mathematical modeling, we demonstrate that this simple oscillatory circuit can generate complex dynamics that are transformed into distinct spatial patterns. We report the observation of synchronisation, resonance, subharmonic resonance and period doubling. Furthermore, we present evidence of a chaotic regime. This work highlights the intricate spatiotemporal patterns accessible by synthetic oscillators and underscores the potential of our approach in revealing fundamental principles of biological oscillations.
#Comment: I am dreaming of growing my oscillatory computer in a petri dish one day...
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You must realize that you can also vibe-code reality itself. You can seize the digital, physical & spiritual means of production. The forbidden secrets the Illuminati desperately want to keep hidden are accessible for anyone. The gateless gate is wide open. Escape the matrix.
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Hard truth: The mass introduction of AI agents into organizations is making the idiots, incompetents, posers and passengers stand out more than ever. There is no more hiding. The great reckoning is coming.
How is it exposing them? Using agents or not using them? Both!
