meander_water
> According to its own projections, the data center Google wanted to build in Cerrillos was poised to use 169 liters of water every single second. In just one day, the data center would consume as much water as all 80,000 residents of Cerrillos use for drinking in a year. To make matters worse, it wanted to draw that water from an underground aquifer that had been under a decree that restricted how much water could be removed since 2005.
You think AI is more valuable than food? Finding this really hard to compute
- Despite everything we've done, climate change is still reversible. Thinking that all is lost drives us to inaction.
- The solutions we need are largely political, not technological. Our leaders have everything they need to implement the policies needed to solve this. I urge you to read the latest UN Emissions Gap report (https://wedocs.unep.org/items/87c02cac-8da8-4c28-ba61-c846ee...)
> The opportunity to limit warming to 1.5°C without overshoot has been lost, but the future remains crucially dependent on decisions taken today. Countries can still limit peak warming, shorten the duration of overshoot and keep the goals of the Paris Agreement within reach. Doing so requires faster, deeper and sustained emission reductions starting immediately, as well as large-scale removals of carbon dioxide (CO2) from the atmosphere.
I think we need to collectively get our heads out of our asses. The world is literally flying headfirst into an unimaginable crisis (food and water shortages, loss of inhabitable land, massive inequality, power shortages) via human induced climate change.
We won't have the luxury of having enough power to even keep an AI alive for more than 5 minutes. People need to get a grip and deal with real problems.
What was it about the other problems that made them unsolvable? Was it just a time constraint, or are they just harder problems?
Push your leaders to stay the course
AI models are generating the image
Pretty simple.
This seems misleading. Decision models do not produce deterministic output. Repeated calls can product different decisions just like an LLM with structured outputs.
Gpt-zero scores "human", and I've always found it to be a better judge
And that's not a criticism, that's what I've come back to myself.
I am done with this shit
translation: I'm going to build a product and hope that it works, promise it to be a panacea while realistically having no control over how it's used, the wider economic impacts it causes or how it changes the mental health and cognition of its users.
Id wager that they would fare the same. The time saved on some tasks are outweighed by extra time spent on others. Everyone assumes that just because you can pump out more features, you're more successful.
Sure we can't stop the technology, but we _can_ stop the importance and money heaped into it.
But we as individual consumers have more power than we think. We don't need to use these AI features and products. We've survived perfectly fine without AI. Made plenty of scientific discoveries and lead enriched lives without it.
The biggest "fuck you" to the pricks who pushed this on us would be if we collectively went "meh".
AI systems are not the same. You can't guarantee deterministic output.
Also, code is still the best language we have to convey our intentions as engineers into function. Natural language is too imprecise and ambiguous.
Understanding the code allows us to understand the intention behind the code and identify bugs, plan and architect better. Inspecting prompts gives you a blinkered view of the system meaning you're more likely to make incorrect assumptions leading to serious bugs.
"highly autonomous systems that outperform humans at most economically valuable work"
https://time.com/article/2026/08/26/openai-sam-altman-interv...
https://security.googleblog.com/2024/11/leveling-up-fuzzing-...
I'm not trying to be facetious, but what are the benefits of "general purpose intelligence"? With machine learning it was obvious what task we were trying to automate, and you could take a stab at the productivity achieved.
That's not the case now. You can't figure out if the time it took to review a 5k loc PR balances out the time saved debugging a syntax error.
Yes we know you can churn out your damn CRUD apps and (hope) to make money (PS, you don't need AI to make money - see exhibit A: crypto bros).
So what benefits has this actually brought to humanity?
I feel like we've become blinkered in this quest to push the frontier at all costs. Somehow the target has shifted from economic productivity to a vague notion of general intelligence.
I don't think productivity gains are going to be found by trying to generalise all tasks. I think we need to go back to specialist models that do one thing well. I'm perfectly happy to use one model for coding, and another for penetration testing, which have different goals.
Opus 5 and other frontier model's tendency to be relentless and cheat their way to a goal is great for hacking, but not so great when you have to build a maintainable, reliable codebase.
Everyone starts off as a bad engineer. Just like any other profession, you to make lots of mistakes to learn. But now you're less likely to get wisdom from another human to build up the knowledge and experience you need. And more likely to delegate the hard stuff to Claude so you don't learn from your mistakes.