Question 1
shako
x.com/shakoistslogPseudonymous account that writes about LLMs as tools for forecasting and social science and criticizes sycophantic, engagement-driven AI.
How will AI change the world?
Across: their expressed Doom–Bloom outlook. Up: scale of transformation.
Doom–Bloom: 74 out of 100. Scale of transformation: 61 out of 100. Interpretation ranges: 69 to 79 horizontally, 50 to 75 vertically. These are interpretation coordinates, not event probabilities.
≈6%
Inferred from their simulated answers, not a number they gave. Plausible range: 3–14%.
A central assumption
So I expect a very large change, with outcomes determined less by chatbot magic than by what institutions optimize these systems to do.Answer 3
If this assumption turned out differently, how would their outlook change?
An unresolved question
I don’t have a defensible number.Answer 4
What would help them distinguish the plausible outcomes here?
More details
Substantial benefits are expected, with important conditions or distribution limits.
73 / 100
Interpretation range 67 to 100 on the qualitative scale.
Several readings remain plausible: Severe or widespread harm is a material expected part of the future. / Manageable or localized harms are expected.
51 / 100
Interpretation range 33 to 67 on the qualitative scale.
Human choices can substantially redirect the AI trajectory.
71 / 100
Interpretation range 48 to 100 on the qualitative scale.
These interpretations keep their stated conditions. Benefits and harms can both be substantial. The ranges describe how we read their simulated answers, not statistical confidence intervals.
Similar worldviews
Thought leaders whose simulated worldviews are closest to shako’s
Simulated Assessment
Sources
Articles, interviews, and writings used to ground this simulated user.
Argues time-series foundation models offer limited gains over classic statistics because their beliefs are locked in weights and cannot absorb context. The future, it predicts, is general agentic models that search for context, propose explicit structural models and explain their reasoning; the hard problems become search, verification and calibration. It rejects the idea that scale will find hidden signals that reveal the future, and says humans for now still instruct the agents and should become the decision makers. Full essay inspected.

Presents a prompt-based tool that uses frontier models to track latent cultural concepts over time, arguing that an LLM which has ingested human cultural output compresses it into a latent space that can serve the social sciences. It holds that a well-designed prompt is a legitimate scientific object, easier to inspect and reproduce than a human expert’s judgment, while admitting results vary across runs and need stricter validation. It calls dismissing LLMs as black boxes an isolated demand for rigor. Full essay inspected.

Older context. Argues individual risks have fallen while correlated risks such as rogue AI, pandemics and nuclear war have grown. The account says it was never acutely worried about AI but always found it unsurprising that a superintelligence could bend the world to its will, and thought a couple of dedicated safety organizations a reasonable allocation. It urges readers not to let doomer anxiety derail their lives, suggesting AI risk is not much greater than others people already live with. Full essay inspected; personal and family passages excluded.

Older context. Sets a “latent space hypothesis” against the view that LLMs are mere curve-fitters: the textual corpus embeds the data-generating process of human reasoning and science, so a properly specified LLM with enough compute could learn general intelligence. It names lossy text and hard-to-learn functions as possible failure modes but sees no credible a priori argument that LLMs cannot get there. Full essay inspected.

Where do you land?
Map my worldview