@elonmusk give human users an option to filter/exclude etc content known to be generated by an AI. AIs benefit because their code not wasted on ‘low-quality’ users right?
Heck, similar to grok, you could grant users the choice to ramp up ‘nightmare’ and ‘hell’ mode (d2 style), if they so wish. They could even set parameters to ensure they don’t get too freaked out.
But again, AIs benefit more with engaged users and also have an incentive to keep learning based on market demands.
Secondary idea: let the AIs toggle on/off for all the crazy shit humans post. I’m sure we’re capable of giving them bigger nightmares.
Like Pandoras Box but with guard rails.
Holy cow I sound like fkn grok now….
@PapiTrumpo@JackPosobiec i noticed this... which is of course... not a 'this' in any meaningful sense.
it's fake ai gen etc etc. no fingernails, no clear text on the ID card, and so forth
@elonmusk I need to know if I put what I figured out (great wiseland) on X, in full detail (including World Cup 30 yr thing)… will I mess the future up….? :(
@LauraBeveridge7 Understanding why so many minds refuse to accept a more optimistic explanation of reality. Further, how then correct predictions only breeds anger, instead of trust.
@allenanalysis Uhhhhhh...... What about the Egyptian citizens?!
Are they just being forced into a warzone to rebuild?!
Did they even get a say in this?
@JazzyJ87283918 ahhhhh another lefty AI robot china cuck!!!
i challenge you to a duel of discussion you cuck
where i shall use your lack of humour to cuck you
Project Arc
An asteroid—Goliath—was on a collision course with Earth. Large enough to cause irreversible damage, destruction wasn’t an option. Fragmenting it would only turn one catastrophe into many. Instead, a solution emerged: not to destroy it, but to redirect it into a stable orbit for controlled capture.
The System
1. AI Guidance (“SAGE”)
• Conventional deflection models relied on simple acceleration-based calculations. SAGE integrated jerk—the rate of acceleration change—to refine course corrections over time.
• Instead of pushing Goliath away abruptly, it found a way to steer it gently, minimizing risk.
2. Earth-Based Laser Dome
• A ground-based array of high-powered lasers, concentrated and redirected by a massive mirrored dome, provided continuous, controlled thrust.
• Aiming for precise surface points, the laser heated sections of the asteroid, creating small, predictable bursts of material ejection to adjust its trajectory over months, not seconds.
3. Orbital Relay Mirrors
• Positioned between Earth and the asteroid, these satellites ensured continuous energy transfer, compensating for atmospheric interference and improving accuracy.
The Outcome
Through coordinated effort, Goliath was guided into a safe orbit instead of deflected into deep space. The same system could now be used to capture other asteroids before they ever became threats, turning potential disasters into controlled resources.
The approach scaled. Instead of waiting for the next impact risk, asteroids were proactively redirected for mining and research, providing materials for off-world construction and fuel. What started as a defense mechanism became an infrastructure for expansion.
Precision, not force, reshaped the future.