Pasquale Minervini
@neuralnoise.com
5.5K followers 4.8K following 170 posts
Researcher in ML/NLP at the University of Edinburgh (faculty at Informatics and EdinburghNLP), Co-Founder/CTO at www.miniml.ai, ELLIS (@ELLIS.eu) Scholar, Generative AI Lab (GAIL, https://gail.ed.ac.uk/) Fellow -- www.neuralnoise.com, he/they
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neuralnoise.com
Still ~8 days to apply for a postdoc position in multimodal foundation models at the University of Edinburgh! (@edinburgh-uni.bsky.social) -- Fully funded position until 2029 by the Generative AI Hub (@genaihub.bsky.social) to work with outstanding research teams! neuralnoise.com/2025/multimo...
Reposted by Pasquale Minervini
timkellogg.me
trend: non-NVIDIA training

DeepSeek V3.1 was trained on Huawei Ascend NPUs

this one is a South Korean lab training on AMD
timkellogg.me
Motif 2.6B — compact model with long context

unique: trained on AMD GPUs

focus is on long context & low hallucination rate — imo this is a growing genre of LLM that enables new search patterns

huggingface.co/Motif-Techno...
Motif-Technologies/Motif-2.6B · Hugging Face
We’re on a journey to advance and democratize artificial intelligence through open source and open science.
huggingface.co
neuralnoise.com
I really needed a Deep Research MCP server to use with Claude Code and other tools — here it is: github.com/pminervini/d...
Reposted by Pasquale Minervini
markriedl.bsky.social
@togelius.bsky.social has thoughts on Genie 3 and games togelius.blogspot.com/2025/08/geni...

Fairly close to my own, though I didn't get the preview the tech.

Walking around a generated image-to-image world is not the same as playing a game. There are no game objectives.
Genie 3 and the future of neural game engines
Google DeepMind just announced Genie 3 , their new promptable world model, which is another term for neural game engine. This is a big neura...
togelius.blogspot.com
Reposted by Pasquale Minervini
timkellogg.me
quick diagram of Bluesky’s architecture and why it’s nicer here
diagram from Anthropic paper with an icon & label that says “subtract evil vector”
Reposted by Pasquale Minervini
smcgrath.phd
Anthropic research identifies “inverse scaling in test-time compute,” where longer reasoning degrades AI performance. On certain tasks, models become more distracted by irrelevant data or overfit to spurious correlations.
#MLSky
Anthropic researchers discover the weird AI problem: Why thinking longer makes models dumber
Anthropic research reveals AI models perform worse with extended reasoning time, challenging industry assumptions about test-time compute scaling in enterprise deployments.
venturebeat.com
neuralnoise.com
Supermassive congrats to Giwon Hong (@giwonhong.bsky.social) for the amazing feat! 🙂
Reposted by Pasquale Minervini
eclipticevader7.bsky.social
Still not as bad as Microsoft Teams
thehistoryguy.bsky.social
Today in 1184 Henry VI of Germany was having a strategy meeting when the wooden second storey floor collapsed. Most of the courtiers fell through into the latrine cesspit below the ground floor, where more than 50 drowned in liquid excrement.
neuralnoise.com
The amazing folks at EdinburghNLP will be presenting a few papers at ACL 2025 (@aclmeeting.bsky.social); if you're in Vienna, touch base with them!
Reposted by Pasquale Minervini
emilevankrieken.com
Hm, hard disagree here. I really fail to see how this is misconduct akin to bribery, it's just a defense mechanism against bad reviewing practices. @neuralnoise.com
Reposted by Pasquale Minervini
soheeyang.bsky.social
🚨 New Paper 🚨
How effectively do reasoning models reevaluate their thought? We find that:
- Models excel at identifying unhelpful thoughts but struggle to recover from them
- Smaller models can be more robust
- Self-reevaluation ability is far from true meta-cognitive awareness
1/N 🧵
Reposted by Pasquale Minervini
timkellogg.me
Inverse scaling of reasoning models

a research collab demonstrated that there are certain types of tasks where all top reasoning models do WORSE the longer they think

things like getting distracted by irrelevant info, spurious correlations, etc.

www.arxiv.org/abs/2507.14417
Three panels at the top describe task types with example prompts:
	1.	Simple Counting Tasks with Distractors (Misleading Math & Python):
	•	Prompts mention an apple and an orange, with added irrelevant or confusing information (e.g., probabilistic riddle, Python code) before asking the straightforward question: “Calculate how many fruits you have.”
	2.	Regression Tasks with Spurious Features (Grades Regression):
	•	Given XML-style records about a student, the model must predict grades from features like sleep hours, social hours, and stress level. The challenge lies in identifying relevant vs. spurious attributes.
	3.	Deduction Tasks with Constraint Tracking (Zebra Puzzles):
	•	Complex logical reasoning puzzle with multiple interrelated clues. Example: “What position is the person who likes salmon at?” Constraints involve foods, names, and relationships like “to the left of.”

Bottom row contains 3 line plots comparing model performance across tasks:
	•	Misleading Math (Left Plot):
	•	Accuracy drops sharply for some models as reasoning tokens increase. Claude Sonnet 4 maintains high performance. o3 and DeepSeek R1 hold relatively stable accuracy; Qwen3 32B and QwQ 32B drop more.
	•	Grades Regression (Middle Plot):
	•	Shows negative RMSE (higher is better). Claude models remain strong across token counts; o3 also performs well. Qwen3 and QwQ struggle, with DeepSeek R1 performing modestly.
	•	Zebra Puzzles (Right Plot):
	•	Accuracy vs. average reasoning tokens. o3 and Claude Sonnet 4 maintain highest performance. Other models (e.g., DeepSeek R1, Qwen3 32B, QwQ 32B) show performance degradation or plateaus. Error bars reflect variability.

Each plot uses colored lines with markers to indicate different model names.
Reposted by Pasquale Minervini
nsaphra.bsky.social
Reasoning is about variable binding. It’s not about information retrieval. If a model cannot do variable binding, it is not good at grounded reasoning, and there’s evidence accruing that large scale can make LLMs worse at in-context grounded reasoning. 🧵
neuralnoise.com
Hi @ilsebyl.bsky.social welcome to bsky! 🚀🚀🚀
Reposted by Pasquale Minervini
stevenstrogatz.com
My "Math, Revealed" series is freely available to anyone -- no paywall! -- in the thread below.
neuralnoise.com
There is a few more for another prompt and that’s it
Reposted by Pasquale Minervini
cgregucci.bsky.social
Spotlight poster coming soon at #ICML2025
@icmlconf.bsky.social!
📌East Exhibition Hall A-B E-1806
🗓️Wed 16 Jul 4:30 p.m. PDT — 7 p.m. PDT
📜 arxiv.org/pdf/2410.12537

Let’s chat! I’m always up for conversations about knowledge graphs, reasoning, neuro-symbolic AI, and benchmarking.
Reposted by Pasquale Minervini
melaniemitchell.bsky.social
This essay by Nisheeth Vishnoi is a thoughtful meditation on the nature of science and a rebuttal to the notion that AI systems are going replace human scientists anytime soon. Worth reading.

nisheethvishnoi.substack.com/p/what-count...
What Counts as Discovery?
Rethinking AI’s Place in Science
nisheethvishnoi.substack.com
neuralnoise.com
"in 2025 we will have flying cars" 😂😂😂
Reposted by Pasquale Minervini
gbalint.bsky.social
Preprint alert 🎉 Introducing the Agentic eXplanations via Interrogative Simulations (AXIS) algo.

AXIS integrates multi-agent simulators with LLMs by having the LLMs interrogate the simulator with counterfactual queries over multiple rounds for explaining agent behaviour.

arxiv.org/pdf/2505.17801
Flowchart of the AXIS algorithm with 5 parts. The top-left has the memory, the centre-left has the user query, the centre-bottom has the final explanation, the centre has the LLM, and the right has the multi-agent simulator. Screenshot of the arXiv paper
Reposted by Pasquale Minervini
gbalint.bsky.social
'AI Safety for Everyone' is out now in @natmachintell.nature.com! Through an analysis of 383 papers, we find a rich landscape of methods that cover a much larger domain than mainstream notions of AI safety. Our takeaway: Epistemic inclusivity is important, the knowledge is there, we only need use it
Reposted by Pasquale Minervini
eleutherai.bsky.social
Can you train a performant language model using only openly licensed text?

We are thrilled to announce the Common Pile v0.1, an 8TB dataset of openly licensed and public domain text. We train 7B models for 1T and 2T tokens and match the performance similar models like LLaMA 1 & 2
neuralnoise.com
COLM (@colmweb.org‬) reviewers, please follow up on author responses if you need to! Most of the papers in my area chair batch didn't receive reviewer follow-ups, and it's dire