u/Plantera_3x

ai slop looks, sorry but i make my games with ai aswell, yet they look 10x better

probably went in the US somwhere

* very, that things is huuge

condor in range, insane work

games nice, no?

roughly.is

I purposely made my attacks not transparent for this recording, dramatic effect and what not^^

cuck

no? perhaps his race engineer shouldve done his job

edit: ofc ik that the penalty is deserved, im arguing the fact that lewis is at fault

this guy knows his stuff

check DM please

intriguing, is that network accessible from the outside?

how did you „automate“ backlinks? Im guessing having a script scrape the internet for authority in your niche and then sending out personalised-ai-written emails?

MAFIA 2021

everyone downvoting me here is doing it solely based on feelings.
„AI bad“ without any evidence

AI doesn’t equal slop. Website is useful and has good enough UX, thats all that counts.

knew it, should’ve gone for more snakebites.

was a joke..

You sure only one is enough? Perhaps more snakebites will do the trick?

AI Transcript:

But first, we're talking about a material that many are calling the future of energy and industry. And joining us now is uh Kirsten. Kirsten.

0:09

tell me your last name again. I I asked you and you told me and I went one ear and out the other. Brewer.

0:16

Brewer. Okay. Kirsten Brewer, CEO of Hydrograph, a company that's based in Texas that's producing ultra pure

0:24

synthetic graphite. Graphine. Is that right? Graphine and graphite. Graphine similar to graphite but different.

0:32

Okay. Because the only thing I know about graphite is you know it's in the pencil lead. So graphine is similar to it. You're doing that right here in the United States dataway. Christine, how

0:40

you first of all tell me how you doing today?

0:43

43 seconds

I'm doing very well and thank you so much for having me on.

0:46

So what is the difference between graphine and graphite?

0:50

So graphite you can imagine is billions and billions of layers of graphine. And that's actually why your pencil lead slides across a piece of paper. Most

0:58

companies start with graphite to get to graphine, which is just one atomic layer of carbon atoms. And to date, it is the strongest and most conductive material that's ever been discovered.

1:10

Wow. And it's only one atom layer thick.

1:14

Exactly. And we actually have a process that, as you mentioned, is synthetic. So we explode hydrocarbon gases. So we

1:22

effectively convert the carbon that was in a gas into a powder. If you can kind of imagine this puff of smoke crystallizing, that's what our graphine

1:30

is. So we um can produce at any scale and everything that we need is made in the US.

1:35

Okay. Now then the next question would be what is it used in?

1:41

Almost anything. So it's a material additive. So you're usually using less than 1%. And to your point, you know,

1:48

you can make um more powerful cars, stronger batteries, um almost anything,

1:54

any material that we use in industry can be improved by graphine, effectively making things lighter, faster, stronger.

2:01

And when we look at the US military,

2:03

their two biggest u materials that they use are aluminum and graphite. And graphine can actually not only replace

2:10

graphite in most situations, but it can reduce our reliance on all critical minerals. Oh wow. That's And so are are

2:18

we using graphine now or is this a product in the future or a substance that's coming in in the future?

2:25

It is reaching commercial adoption. So it was discovered only 20 years ago. We are producing graphine at scale in Texas

2:32

and we do expect this to be a much larger industry over the next few years.

2:37

Does it take the place of graphite or in in some instances or is this going to be something that you're going to have to invent a whole new piece of machinery to to go around this?

2:48

So, actually you can use it with graphite and in a lot of situations it can fully replace it.

2:54

And is it uh is it a conductor, an electrical conductor like carbon is or is it more of a lubricant or or maybe a combination of the two?

3:04

All of the above. um how you treat it can um make it behave in different ways.

3:09

So it can be um exploiting uh mechanical benefits, conductivity benefits, it can be a lubricant.

3:16

Yeah. And this is probably self-explanatory, but why is it important that we produce this in the United States?

3:23

That's a great question. So China has almost all of the world's reserves of graphite and the US is 100% reliant on foreign graphite sources. Hydrograph.

3:34

We're not the only company that makes graphine, but we provably make the highest performing in the industry. And we produce everything in the US. Every

3:42

component for our reactor that explodes these gases is made in the US. And we use all Texan feed stocks.

3:49

Kristen, you you're in Texas right now.

3:52

You got any plans to expand to Mississippi? Now, go ahead. I'll give you the pitch right here.

3:58

Potentially, we're we're very interested. You know, when this becomes a much larger company, we will have multiple facilities, no doubt.

Yeah you’re right. While I was writing my comment it went through my head.

I really like the way the Carbon-Grid is display inside the glass. The fact that they put effort into this emblem verifies that its a big enough deal to warrant this being made and posted publicly.

HGRAF's graphene is a different one from the one tested here. The chips talked about here use a single atom tall grid of graphene, Hydrograph produce a powder.

Still Incredible discovery setting the stage for the graphene-age.

Perhaps Hydrograph can steer towards that direction in the future or buy a graphene-chip maker. (Pure speculation here, one can dream)

Data centres in space made possible through Hydrograph?!??

jokes aside, good find

Exciting, just followed her on instagram.

AI generated response:

A “meta-harness” is basically a system where the AI doesn’t just run inside a pipeline — it modifies the pipeline itself.

Normally, a harness = the wrapper around a model (prompts, tools, retrieval, memory, eval logic). Humans design that.

With a meta-harness: • the model runs tasks • logs everything (inputs, outputs, failures, traces) • then an agent reads those logs like a dev • and edits the harness (prompts, tools, logic) to improve performance • repeat in a loop

So instead of optimizing the model, you’re optimizing how the model is used — automatically.

It’s basically an early form of recursive self-improvement, but at the system level (not the model weights).