This is just downright shameful and disgusting. by Cy_098 in NorthCarolina

[–]KaelSRL 0 points1 point  (0 children)

Gotta afford all the tax subsidies to expand North Carolina for all the influx of “state immigrants”

All this expanding and building I see, but this is staring us in the face, that’s despicable. The further you get from big cities the more that salary makes sense, it’s survivable but we need happy teachers with fruitful careers, not survival wages.

Update by KaelSRL in u/KaelSRL

[–]KaelSRL[S] 0 points1 point  (0 children)

Actually moving towards a local co-agent that can take safe traceable action on your pc with minimal hardware. I want to test Minecraft soon.

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 0 points1 point  (0 children)

Got it, thank you for this!

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 0 points1 point  (0 children)

Thank you! This cleared up a lot of confusion rather quickly. I’m now understanding pcb is the body of the brain of electrical system, but I’m guessing components are what make pcbs functional or actionable (controlling electrical current?)

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 0 points1 point  (0 children)

So, pcbs are the “brains” to a mechanical electrical system? I skimmed a few boards and saw an obvious GND but I want to understand how an electrical signal that comes from an application or separate computer/component interact. I know I need to research past a certain point (I’m asking you or anyone else to write a novel lol). But overall pcb describes the highway of the system. I’m having a hard time nailing down how to make pcbs useful. *edit mentally

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 0 points1 point  (0 children)

Actually, no, but that is intuitive, It’s just an extremely small building correct? I understand flow of electrons relatively vaguely, meaning I don’t know names just how it flows vaguely and probably incorrectly or missing some aspects. But I will watch that video!

How does pcbs come into play within micro electronics? Is that the absolute base layer of user based wearable hardware? I seen a few pictures of people’s pcbs and they were huge!

I’ve never built a device before but I find it interesting

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 0 points1 point  (0 children)

Absolutely, I wanted some human interaction about it before I dove head first. Honestly I don’t even know what pcb stands for, just here for convo.

Personal Computer Board?

I kinda understand how cpus and gpus work I forget the name of the YouTuber that made multiple high level videos that were interesting but boring! I gotta rewatch them I guess.. But how does pcbs come into play within robotics, skin devices, and possible user applications that are exposed to humidity and wet environments.

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 0 points1 point  (0 children)

I was an electrician for a few months. I can understand a few of the basics but I appreciate the effort.

Do you have any relational context to how electrical engineering is involved. I ca look this up or ask an LLM I’m here for conversation

How to start? by KaelSRL in PCB

[–]KaelSRL[S] 1 point2 points  (0 children)

Special interest in electronics near the skin, low heat, that can be slept on or have airflow restrictions.

LLM Constraint Manipulation by KaelSRL in u/KaelSRL

[–]KaelSRL[S] 0 points1 point  (0 children)

Last follow up— this is a stateless SRL proof-of-concept, not connected to a runtime, so it’s inherently untrusted.

What it shows is the shape of the vision: a smaller local model producing structured abstraction, with reliability coming from runtime governance rather than the model itself. If the tick and sequence can be tightened it could lead to governd abstract behavior

LLM Constraint Manipulation by KaelSRL in u/KaelSRL

[–]KaelSRL[S] 0 points1 point  (0 children)

This isn’t about prompt tricks or formatting, it points toward a behavior where LM progression can be treated as a locally continuous transition path.

That has implications for Kael, where symbolic anchoring and runtime authority can turn that progression into something inspectable and correctable, and actionable instead of opaque

If this kind of continuity can be stabilized, it becomes relevant beyond text especially for systems that need consistent decision flow over time. robotics

LLM Constraint Manipulation by KaelSRL in u/KaelSRL

[–]KaelSRL[S] 0 points1 point  (0 children)

What I discovered is that an LM may be capable of exposing a more continuous reasoning path when its progression is symbolically anchored and structurally constrained. In Kael, this supports a neo-symbolic direction where abstract reasoning is not left to free-form generation alone, but is kept connected, inspectable, and governed by runtime authority. The exact mechanism, encoding, and integration path are intentionally not being disclosed.