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Real-time Fire and Liquid Simulation 🤯 Achieved using NVIDIA RTX PRO 6000 with 96 GB of VRAM 🤯🤯 Only Nerds like us get why this awesome!! Anybody who worked with 3D softwares knows how hard is it to learn and work with particle simulations in Real-time. Thanks to Dell... show more

Bad Decisions Studio

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Elon Musk: We have to keep our simulation interesting, otherwise we might get terminated. “If the simulation theory is true, then it is actually very likely that the most interesting outcome is the most likely. Because only the simulations that are interesting will continue. The simulators will stop any simulations that are boring because they're not interesting. In this reality that we live in, we run simulations all the time. When we try to figure out if the rocket's going to make it, we run thousands, sometimes millions of simulations just to figure out which path is the good path for the rocket and where can it go wrong? Where can it fail? But when we do these millions of simulations of what can happen with the rocket, we ignore the ones where everything goes right, because we have to address the situations where it goes wrong. And for AI simulations as well, like all these things, we keep the simulations going that are the most interesting to us. So, if the simulation theory is accurate, if it is true, who knows, then the simulators will only continue to run the simulations that are most interesting. Therefore, from a Darwinian perspective, the only surviving simulations will be the most interesting ones. And in order to avoid getting turned off, the only rule is that you must keep it interesting because the boring simulations will be terminated.” The Joe Rogan Experience, October 31, 2025

Elon Musk: We have to keep our simulation interesting, otherwise we might get terminated. “If the simulation theory is true, then it is actually very likely that the most interesting outcome is the most likely. Because only the simulations that are interesting will continue. The simulators will stop any simulations that are boring because they're not interesting. In this reality that we live in, we run simulations all the time. When we try to figure out if the rocket's going to make it, we run thousands, sometimes millions of simulations just to figure out which path is the good path for the rocket and where can it go wrong? Where can it fail? But when we do these millions of simulations of what can happen with the rocket, we ignore the ones where everything goes right, because we have to address the situations where it goes wrong. And for AI simulations as well, like all these things, we keep the simulations going that are the most interesting to us. So, if the simulation theory is accurate, if it is true, who knows, then the simulators will only continue to run the simulations that are most interesting. Therefore, from a Darwinian perspective, the only surviving simulations will be the most interesting ones. And in order to avoid getting turned off, the only rule is that you must keep it interesting because the boring simulations will be terminated.” The Joe Rogan Experience, October 31, 2025

ELON CLIPS

16,989 görüntüleme • 8 ay önce

It's happening... Google DeepMind is about to drop Genie 3 This AI can generate interactive 3D worlds with just text... And you can interact with objects in real time 🤯

It's happening... Google DeepMind is about to drop Genie 3 This AI can generate interactive 3D worlds with just text... And you can interact with objects in real time 🤯

Min Choi

727,514 görüntüleme • 5 ay önce

Evaluating robot policies is hard. Ideally, instead of testing every new policy on a real robot, you could test in simulation; but simulations rarely correlate well with real-world performance. In order to make good, useful simulations, you need to spend a great deal of time and effort. That’s where PolaRiS comes in: it’s a toolkit that lets you take a short video of a real scene and turn it into a high-fidelity simulation. It provides what you need to build a good evaluation environment, and it “ships” with off-the-shelf environments that already show strong sim-to-real correlation, meaning that they can be used to inform policy performance. Arhan Jain and Karl Pertsch join us to talk about what they have built, why, and how you can use it. Watch Episode #62 of RoboPapers, with Chris Paxton and Jiafei Duan, now!

Evaluating robot policies is hard. Ideally, instead of testing every new policy on a real robot, you could test in simulation; but simulations rarely correlate well with real-world performance. In order to make good, useful simulations, you need to spend a great deal of time and effort. That’s where PolaRiS comes in: it’s a toolkit that lets you take a short video of a real scene and turn it into a high-fidelity simulation. It provides what you need to build a good evaluation environment, and it “ships” with off-the-shelf environments that already show strong sim-to-real correlation, meaning that they can be used to inform policy performance. Arhan Jain and Karl Pertsch join us to talk about what they have built, why, and how you can use it. Watch Episode #62 of RoboPapers, with Chris Paxton and Jiafei Duan, now!

RoboPapers

14,689 görüntüleme • 5 ay önce

Elon Musk on how to win at life if the simulation theory is true: Elon: "I do have a theory of why, if simulation theory is true, then it is actually very likely that the most interesting outcome is the most likely. Because only the simulations that are interesting will continue. The simulators will stop any simulations that are boring, because they're not interesting." Joe: "But here's the question about the simulation theory. Is the simulation run by anyone, or is..." Elon: "It would be run by someone. The program, like, in this reality that we live in, we run simulations all the time. When we try to figure out if the rocket's gonna make it, we run thousands, sometimes millions of simulations, just to figure out which path is the good path for the rocket, and where can it go wrong, where can it fail." "But when we do these millions of simulations of what can happen with the rocket, we ignore the ones where everything goes right, because we have to address the situations where it goes wrong." "For AI simulations as well, all these things, we keep the simulations going that are the most interesting to us." "So if simulation theory is accurate, if it is true, who knows, then the simulators will only continue to run the simulations that are most interesting. Therefore, from a Darwinian perspective, the only surviving simulations will be the most interesting ones." "The only rule is you must keep it interesting, or the boring simulations will be terminated."

Elon Musk on how to win at life if the simulation theory is true: Elon: "I do have a theory of why, if simulation theory is true, then it is actually very likely that the most interesting outcome is the most likely. Because only the simulations that are interesting will continue. The simulators will stop any simulations that are boring, because they're not interesting." Joe: "But here's the question about the simulation theory. Is the simulation run by anyone, or is..." Elon: "It would be run by someone. The program, like, in this reality that we live in, we run simulations all the time. When we try to figure out if the rocket's gonna make it, we run thousands, sometimes millions of simulations, just to figure out which path is the good path for the rocket, and where can it go wrong, where can it fail." "But when we do these millions of simulations of what can happen with the rocket, we ignore the ones where everything goes right, because we have to address the situations where it goes wrong." "For AI simulations as well, all these things, we keep the simulations going that are the most interesting to us." "So if simulation theory is accurate, if it is true, who knows, then the simulators will only continue to run the simulations that are most interesting. Therefore, from a Darwinian perspective, the only surviving simulations will be the most interesting ones." "The only rule is you must keep it interesting, or the boring simulations will be terminated."

Naruto

208,099 görüntüleme • 4 gün önce

ELON: ONLY INTERESTING SIMULATIONS SURVIVE “If the simulation theory is true, then it is actually very likely that the most interesting outcome is the most likely. Because only the simulations that are interesting will continue. The simulators will stop any simulations that are boring because they're not interesting. In this reality that we live in, we run simulations all the time. When we try to figure out if the rocket's going to make it, we run thousands, sometimes millions of simulations just to figure out which path is the good path for the rocket and where can it go wrong? Where can it fail? But when we do these millions of simulations of what can happen with the rocket, we ignore the ones where everything goes right, because we have to address the situations where it goes wrong. And for AI simulations as well, like all these things, we keep the simulations going that are the most interesting to us. So, if the simulation theory is accurate, then the simulators will only continue to run the simulations that are most interesting. Therefore, from a Darwinian perspective, the only surviving simulations will be the most interesting ones. And, in order to avoid getting turned off, the only rule is that you must keep it interesting because the boring simulations will be terminated.” Source: Elon Musk on The Joe Rogan Experience Joe Rogan, October 31, 2025

ELON: ONLY INTERESTING SIMULATIONS SURVIVE “If the simulation theory is true, then it is actually very likely that the most interesting outcome is the most likely. Because only the simulations that are interesting will continue. The simulators will stop any simulations that are boring because they're not interesting. In this reality that we live in, we run simulations all the time. When we try to figure out if the rocket's going to make it, we run thousands, sometimes millions of simulations just to figure out which path is the good path for the rocket and where can it go wrong? Where can it fail? But when we do these millions of simulations of what can happen with the rocket, we ignore the ones where everything goes right, because we have to address the situations where it goes wrong. And for AI simulations as well, like all these things, we keep the simulations going that are the most interesting to us. So, if the simulation theory is accurate, then the simulators will only continue to run the simulations that are most interesting. Therefore, from a Darwinian perspective, the only surviving simulations will be the most interesting ones. And, in order to avoid getting turned off, the only rule is that you must keep it interesting because the boring simulations will be terminated.” Source: Elon Musk on The Joe Rogan Experience Joe Rogan, October 31, 2025

Mario Nawfal

2,080,241 görüntüleme • 8 ay önce

Building a star on Earth is a big engineering challenge. To tackle it, we’ve partnered with two industry powerhouses to create a high-fidelity digital twin of our #SPARC fusion machine. Here’s how this partnership is coming to life: ⚡️ Siemens: Data and Design — #Siemens software like Teamcenter and Designcenter NX let us manage SPARC’s complex design, housing data for our digital twin and handling traditional computer-aided design work. ⚡️ NVIDIA: AI Accelerator — NVIDIA’s Omniverse library provides a visually intuitive, 3D mirror of real-world SPARC that could improve planning and operations. And #NVIDIA software tools can help us build AI models of physics simulations that run enormously faster than traditional software. ⚡️ CFS: The Fusion Frontier — Integrating real-world and simulation data will let us benefit from AI-boosted physics software and compare its results with real-world data from how SPARC actually operates. Dive deeper into the details here and learn more about how our power trio is accelerating commercial fusion: #FusionEnergy #DigitalTwin #AI

Building a star on Earth is a big engineering challenge. To tackle it, we’ve partnered with two industry powerhouses to create a high-fidelity digital twin of our #SPARC fusion machine. Here’s how this partnership is coming to life: ⚡️ Siemens: Data and Design — #Siemens software like Teamcenter and Designcenter NX let us manage SPARC’s complex design, housing data for our digital twin and handling traditional computer-aided design work. ⚡️ NVIDIA: AI Accelerator — NVIDIA’s Omniverse library provides a visually intuitive, 3D mirror of real-world SPARC that could improve planning and operations. And #NVIDIA software tools can help us build AI models of physics simulations that run enormously faster than traditional software. ⚡️ CFS: The Fusion Frontier — Integrating real-world and simulation data will let us benefit from AI-boosted physics software and compare its results with real-world data from how SPARC actually operates. Dive deeper into the details here and learn more about how our power trio is accelerating commercial fusion: #FusionEnergy #DigitalTwin #AI

Commonwealth Fusion Systems

13,875 görüntüleme • 6 ay önce

#webgi engine is revolutionizing the world of real time jewellery rendering! Using cutting-edge physics-based simulations, we can now create stunning virtual jewellery with jaw-dropping realism. Prepare to be mesmerized by the sparkle and shine! 💍✨ #PhysicsSimulation #JewelleryInnovation #threejs #webgl

#webgi engine is revolutionizing the world of real time jewellery rendering! Using cutting-edge physics-based simulations, we can now create stunning virtual jewellery with jaw-dropping realism. Prepare to be mesmerized by the sparkle and shine! 💍✨ #PhysicsSimulation #JewelleryInnovation #threejs #webgl

iJewel3D (Pixotronics)

15,751 görüntüleme • 3 yıl önce

Unreal Engine 5 is the best and most versatile 3D software ⭐️ What you saw in this video was created and rendered in just 24 hours 🤯 We have created many Unreal Engine Tutorials on our channel and we are in the process of making The Ultimate Unreal Engine 5 Course that is designed to take you from beginner to pro, no matter what you want to create - films, games, fortnite maps & etc.

Unreal Engine 5 is the best and most versatile 3D software ⭐️ What you saw in this video was created and rendered in just 24 hours 🤯 We have created many Unreal Engine Tutorials on our channel and we are in the process of making The Ultimate Unreal Engine 5 Course that is designed to take you from beginner to pro, no matter what you want to create - films, games, fortnite maps & etc.

Bad Decisions Studio

21,093 görüntüleme • 1 yıl önce

The free UE5.5 AI motion capture plugin is compatible with Unity, Blender, and VMC. It supports both real-time motion capture via webcam and video uploads to generate 3D motion data. Powered by a 1-billion-parameter motion model running locally on your computer, it requires 8GB of VRAM for real-time processing. Compatible with Nvidia, AMD, and Intel GPUs, it can leverage NVIDIA CUDA to significantly boost graphics computation efficiency.

The free UE5.5 AI motion capture plugin is compatible with Unity, Blender, and VMC. It supports both real-time motion capture via webcam and video uploads to generate 3D motion data. Powered by a 1-billion-parameter motion model running locally on your computer, it requires 8GB of VRAM for real-time processing. Compatible with Nvidia, AMD, and Intel GPUs, it can leverage NVIDIA CUDA to significantly boost graphics computation efficiency.

CYANPUPPETS

17,842 görüntüleme • 1 yıl önce

AI fully taking over 3D is inevitable you can now add 3D bg for 3D models inside 3d software using World Labs's Marble and.. view in real time and even use Octane's 3DGS to light up the model without adding lights this is impossible w/o AI

AI fully taking over 3D is inevitable you can now add 3D bg for 3D models inside 3d software using World Labs's Marble and.. view in real time and even use Octane's 3DGS to light up the model without adding lights this is impossible w/o AI

el.cine

174,533 görüntüleme • 8 ay önce

Volumetrics are amazing but historically heavy, dense, and painful to art direct. 3D Gaussian Splatting changes that by turning volumetric simulations into real-time, lightweight assets. With sufficient temporal data, these can evolve into true 4D Gaussian Splats. Even from a single static 3DGS, artists can create pseudo-4D behavior using simple deformers and procedural effects - bending, twisting, reshaping, and re-timing volumetric forms at will. This is a massive shift in how volumetrics can be captured, manipulated, and directed and also redefines them as swift real-time modular assets.

Volumetrics are amazing but historically heavy, dense, and painful to art direct. 3D Gaussian Splatting changes that by turning volumetric simulations into real-time, lightweight assets. With sufficient temporal data, these can evolve into true 4D Gaussian Splats. Even from a single static 3DGS, artists can create pseudo-4D behavior using simple deformers and procedural effects - bending, twisting, reshaping, and re-timing volumetric forms at will. This is a massive shift in how volumetrics can be captured, manipulated, and directed and also redefines them as swift real-time modular assets.

Spenser Dickerson

12,985 görüntüleme • 7 ay önce

South Korea is bringing home cultural assets stored in foreign museums with an innovative project to digitize them for use in real-time 3D environments with a pipeline built upon Unreal Engine and RealityScan. Learn how it was made: #photogrammetry

South Korea is bringing home cultural assets stored in foreign museums with an innovative project to digitize them for use in real-time 3D environments with a pipeline built upon Unreal Engine and RealityScan. Learn how it was made: #photogrammetry

80 LEVEL

22,475 görüntüleme • 2 yıl önce

It’s long been a dream of roboticists to be able to teach a robot in simulation so as to skip the long and expensive process of collecting large amounts of real-world training data. However, building simulations for robot tasks is extremely hard. Ideally, we could go from real data to a useful simulation. This is exactly what Guangqi Jiang and his co-authors do. they use 3d Gaussian splatting to reconstructed scenes which let them create interactive environments that, when combined with a physcs engine, allow for training robot policies that show zero-shot sim-to-real transfer (i.e., using no real-world demonstrations). To learn more, watch Episode 56 of Robopapers with Michael Cho - Rbt/Acc and Chris Paxton now!

It’s long been a dream of roboticists to be able to teach a robot in simulation so as to skip the long and expensive process of collecting large amounts of real-world training data. However, building simulations for robot tasks is extremely hard. Ideally, we could go from real data to a useful simulation. This is exactly what Guangqi Jiang and his co-authors do. they use 3d Gaussian splatting to reconstructed scenes which let them create interactive environments that, when combined with a physcs engine, allow for training robot policies that show zero-shot sim-to-real transfer (i.e., using no real-world demonstrations). To learn more, watch Episode 56 of Robopapers with Michael Cho - Rbt/Acc and Chris Paxton now!

RoboPapers

20,434 görüntüleme • 7 ay önce

I created character assets and a world map for an Earthbound 3D game through mint it literally took me like 20 minutes to generate the world + characters as well as animate them The best part is I can download all of my assets in any 3D software like blender or unreal engine

I created character assets and a world map for an Earthbound 3D game through mint it literally took me like 20 minutes to generate the world + characters as well as animate them The best part is I can download all of my assets in any 3D software like blender or unreal engine

mint

19,550 görüntüleme • 22 gün önce

Can someone please who knows more about Cyber Security, Forensics stuff explain to us why the chats between Sergeant Nkosi and the CFO Mnisi and the chats between Nkosi and DC Dlamini were assessed using different softwares. The ones with the CFO apparently show 2 hours behind South African time timestamps. Is it because of the depth and sophistication of Mnisi's profile that they had to source another software or it's not that deep? 🤔😄 #MadlangaCommission

Tau e Tshehadi

53,116 görüntüleme • 3 ay önce

#EASPORTS is bringing you new extraordinary real-time insight with TRACAB Technologies! Together, we can bring more of those amazing athletic movements and moments to life in near real-time in our games and beyond. For more info:

#EASPORTS is bringing you new extraordinary real-time insight with TRACAB Technologies! Together, we can bring more of those amazing athletic movements and moments to life in near real-time in our games and beyond. For more info:

EA SPORTS

63,466 görüntüleme • 1 yıl önce

📣 Part 2/2 of my newest course is out! Ready to continue building your SaaS with Real-Time AI Agents? 🤯 In this part, you'll learn how to: 📝 Create searchable transcripts from meetings 💬 Build an AI Chat that understands meeting context 💰 Create Free Trials and Subscriptions using Polar 🚀 Deploy our app to production on Vercel In Part 1, we developed: 🔐 Auth using Better Auth 🗃️ Database using Neon - Serverless Postgres and Drizzle ORM 🤖 Real-time AI Video calls with Stream 💼 Background jobs using Inngest and OpenAI 🔍 Full Git workflow with branching, pull request and code reviews using CodeRabbit Check it out below ⬇️

📣 Part 2/2 of my newest course is out! Ready to continue building your SaaS with Real-Time AI Agents? 🤯 In this part, you'll learn how to: 📝 Create searchable transcripts from meetings 💬 Build an AI Chat that understands meeting context 💰 Create Free Trials and Subscriptions using Polar 🚀 Deploy our app to production on Vercel In Part 1, we developed: 🔐 Auth using Better Auth 🗃️ Database using Neon - Serverless Postgres and Drizzle ORM 🤖 Real-time AI Video calls with Stream 💼 Background jobs using Inngest and OpenAI 🔍 Full Git workflow with branching, pull request and code reviews using CodeRabbit Check it out below ⬇️

Code With Antonio

11,638 görüntüleme • 1 yıl önce