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What a fucking annoying sound

Nem tudtam hogy magyar vagy

And people say: "Ultra Realistic Gameplay" Bruh... we can bearly simulate a bolt physics... and you talk about realism. A full realistic physics environment is literally IMPOSSIBLE with todays hardware. And this simulated nut and bolt doesn't even simulate elastic physics of metal itself. It could heat up from friction or bend or break...

The USB joke was gold

Nvidia part in all papers are free GPUs for real scientists who are actually doing all the work.

30,000 b.c.e: me think. You think. What if rock think? Today: rocks thinking

ILL BE ABLE TO GO INSIDE OF A VIDEO GAME SOONNN

thank you Ren for letting me know about whatever this is

I think " robot tailored to a specific" task is as oxymoronic as "general purpose robot" is tautological.

amazing, but, please, stop, placing, coma, after every, 1,-2, words. PLEASE!!!

is this method (physic engine) is something general enough? is it something that could be also used by game industry ? (as you know in video games, physics is very approximative - in general complex visible shapes are approximate with simple convex shapes.

Is this a promotional video or a paper review? Where is the scientific material? Very disappointing...

what's this voice, can't you make a full sentence without pausing in the middle everytime ????

So, when will this hit game engines like Unreal, and how close are we to Matrix-like virtual realities? I would think, if we can have precision simulations of physics at scales that small, this should make things much more realistic in a virtual setting, and maybe we can use those precise 3D models as a basis for accurate tactile information so touching things would feel real, though we would need a proper user interface that would allow us to feel it, or a brain interface that would send the right signals. I just really want the matrix.

Oh wow, factories with machines that produce our stuff for us? What a time to be alive ! ❤❤

Any chance you can make a video about how these general/large world models are being applied to video generation? Love your content!

"You can even plug in that USB-A adapter in a virtual world accurately; a feat almost impossible to mere mortals." 💀I laughed so hard

If I get the money, I will Buy Nvidia and turn it into an open sourced international research foundation for humanity (and Earthlings in general).

*scrolls down to comment section* *Control & F "deez nutz"* Zero results! Really? My disappointment is immeasurable and my day is ruined.

Great video!

I’m not a scholar but I keep up

1) this is proof we are living in a simulation. With how quickly AI is evolving, imagine this in a year. 5 years. 10. 50. 100. 1,000 years. Do you think any of the characters in this "game" know they are in a game? That's you, my friend. 2) I could see this tech being used for testing process improvements in your org, or maybe even software ideas. Amazing.

him: what would you fellow scholars use this for my dirty mind ;)

Whoa! That's nuts! ...and bolts.

holy christ, the upward inflection on most words in this video is horrible

Teach the arm to pick up a Dewalt and screw the bolt in.

Now do all that with only 4.5 watts.

Favorite new RUclips Channel

Favorite new RUclips channel

I've spent most of my life researching things that jiggle. 😁

So what does this paper actually do? Find the contact points that actually matter?

Think of Lego with this simulation and how fast world building would be if it ran in real-time with multiple other simulations for few months. Think of the many materials that makes nuts and bolts and cities in a sandbox like game. It would be way bigger than Garry’s Mod in creativity and I say, it would be about the size of Minecraft’s download memory consumption.

Finally useful things that are not related to LLM ! I want to make a factory game that's super realistic in the way things are built, now I can. What a time to be alive

Maybe we are a simulation by some advance alien civilization that harness our technological advancement 🤔

Good content, but I find it really exhausting to listen to your videos due to the unexpected pauses between almost all words 😅

I feel pretty nauseous pretty fast watching AI-generated videos.

Syndrom: "when everyone is super, no one will be" ... eventually this will mean that creating this kind of videos as described by TMP her will be worth ... not much.

You really went into the nuts and bolts of it lol

hey good stuff happy for the robots, but why cant we use this virtual space for whatever? Will this be released? eg for the Unreal Engine?

Intonation is still terrible

Wow I can't wait for your next video called "NVIDIA's new AI: 50,000x faster Virtual Worlds with Supercharged Ray Tracing!"

2:21 - Bolt SDF (SDF stands for SIgned Distance Field, btw) visualized as point cloud, Bolt SDF visualized as mesh. Both of these are a mistake for a mechanical part being made to a mesh approximation of a solid, both the source and the cause of all of the collision detection problems that follow. The moment you triangulate and _then_ do collision detection on the triangulated meshes, you are effectively doing collision detection wrong. It doesn't matter whether the resultant mesh is made of quads or nGons or how "perfect" it is topologically speaking, no matter the mesh, it's all triangles in the end and this plethora of triangles is what will fed into the collision detection algorithm(s). Compare and contrast this method with how any CAD application or mechanical application worth its salt, represents mechanical solids like literally nuts and bolts. They are represented as non-destructive solids and surfaces backed by exact mathematical formulas that describe them with a good heap tablespoon of Constructive Solid Geometry (i.e., bool operations like union, intersection, and difference, all performed mathematically and perfectly - try that with a mesh). The moment you map the solid to a triangle based mesh, even for something relatively simple in the grand scheme of things like a bolt, you get a proverbial crap-ton of polygons to consider for collision detection or you cheat and come up with a bolt that looks like it came out of some sort of FPS shooter with hexagons for curves. This is the case, at least, if the object of interest has curves and then requires a considerable amount of mesh geometry to approximate it. It can never be exactly mapped to a mesh, only approximated with greater and greater accuracy at the cost of an explosion in polygons (read, triangles) that are used to form those mesh based approximations. Then you have to deal with that vast sea of triangles when you do your collision detection, making it a very expensive process, even if you take shortcuts and break up triangle groups into volumes, along with other similar techniques used to cut down on the test of "which triangles are colliding, or worse yet, which surfaces are intersecting that cannot intersect, because they are rigid bodies.

Is this voice AI as well? All the unnecessary pauses every second is not a natural speaking style.

I've let BMO watch some of this video but after 04:07 it's too explicit!

Brain Dance is coming true

simulate deez

this is nuts

Can this be used to create AI generated mechanical tools??!!!

2022?.. Did I miss something or is this a history lesson..?

Accurate and fast collision detection is especially important in VR Games, as you get really close to the object you are holding in VR. So I really do hope to see an implementation of this in a game engine like Godot