@nikhilaprabhu@ryanxani@KommeraVik53045 Woah cool. You could try the same thing with the iPhone mirroring on Mac might give similar results but could be faster.
We asked GPT-6 Astra to edit Qwen3.5-0.8B weights to improve math.
It directly changed only 0.016% of weights, fixing 0.8B's reasoning loops & improving math up to 6x and even instruction following 3x, without gradients or training.
We call this Weight-Space Programming: frontier LLMs can now natively read/write neural network weights! 🧵
Blog: https://t.co/bOWCcFhCVq
Pro tip don’t copy paste anything from this post. Talk to it like you normally talk to it and you will get the same results. Models are RL’ed enough that adding headings like “you are a senior engineer”are irrelevant.
PLEASE Stop telling Claude "do this."
PLEASE Stop telling Claude "write code."
PLEASE Stop telling Claude "fix this error."
You're talking to a senior engineer like it's a junior intern.
Here are 7 prompts that actually get PRO-LEVEL output, copy paste ready:
dots has completely changed how I manage my life. Here are a few ways I use it:
1. pass in random files, and links that I don't want to forget, but don't want to keep in my memory. dots remembers for me and tells me when I need it
2. respond and follow up on emails. it is my second notification window which takes actions on my behalf.
3. keep my on track on school assignments by tracking canvas, emails, websites, etc. Make sure I am always prepared for an upcoming test
4. sift through my notes, and give me study guides, and cheat sheets for midterms. lowk a life saver paired with all the other items it knows all the small things about my classes that even I don't
6.1 sol started orchestrating 6 sol because the model was at capacity. I woke up today morning to see the majority of the work I wanted done was with 6 sol. I was not happy at all.
@FawenZ56956 I won an arduino starter kit from a hackathon, and a 3d printer from another. I used the arduino to build myself a car that autonomously follows a ball, and added some 3d printed stuff to it. Pretty fun, but also frustrating. I haven't done anything at a larger scale.
I’ve never been a hardware guy. Software was always my thing, and I was jealous of the people who were able to feel the power of code and build with minimal effort. Claude Code made the entry for software projects go to almost zero. Anyone could build anything on their computer, just with a simple chat interface. Magic, is what I would’ve described it a few years ago.
However, I hate to admit it, hardware projects are way cooler than software. It’s physical, I can feel it, move it around in my hands, throw it up into the air and catch it, watch it move. I love how tangible hardware projects are. When I watch maker portfolios on youtube I am not surprised by the people who developed b2b saas applications (duh I can do that), but those who launched drones that stabilize, create rockets that go up for miles, rc cars. I could never imagine creating something that physical.
That is until a few weeks ago. I started experimenting with creating my own harness and environment for this harness, not intended for coding, but for creating complex CAD designs.
The vision was more than that. Not only should the designs be fluent, pretty, elegant, easy to understand, but more importantly easy to build. From idea to final product, I should be able to create all of it, but surrender some control for speed. I want to build like I code. Through a chat interface, rapid experimentation, easy-to-use, and most importantly spend as much tokens as possible (jk, i’m making it pretty optimized).
That’s what I want wobble to be. A paradigm shift for non-engineers. The cursor, claude code moment but for engineering.
Check us out at @trywobble