Amazing video! I would love to see a video on free energies
@MarbleScience14 күн бұрын
That's on my list ;)
@prasasti2314 күн бұрын
This is my first time hearing Gordon Freeman speak. Thank you for the explanation, Mr. Freeman
@MarbleScience14 күн бұрын
You're welcome :D
@tombouie17 күн бұрын
Hmmmm myoptia perhaps, Historically temperature seems to be the degree of change in state of liquid water between frozen ice & boiled steam under 1 atmospheric pressure. Note as temperature changes water atoms (ex: atomistically) do change in their state although holistically water remains a liquid. Heat density seems to be the crux of temperature.
@ChatGPt200118 күн бұрын
Creating 3D animations using AI, such as ChatGPT, is an exciting and emerging field. AI can be used to assist or automate various aspects of the animation production pipeline, from character design and motion planning to rendering and post-production. Here's how AI can be applied to 3D animation: 1. **Character Design**: AI can assist in generating character designs. For example, it can suggest various combinations of features, clothing, and accessories based on user input or predefined styles. Style transfer techniques can also be used to make characters resemble famous art styles or historical periods. 2. **Motion Planning**: One of the most promising areas for AI in 3D animation is motion planning and generation. AI can generate lifelike movements for characters and objects, making animations more fluid and realistic. Reinforcement learning and neural networks are used to train AI models for this purpose. 3. **Facial Animation**: AI can be employed to create realistic facial animations. It can analyze audio or text input to generate lip-sync animations, emotions, and facial expressions. 4. **Background and Environment Generation**: AI can assist in generating 3D environments and backgrounds for scenes. This can be useful in reducing the time and effort required for artists to create detailed backgrounds. 5. **Auto-Rigging**: Rigging is the process of creating a skeleton for 3D characters. AI can automate or assist in this process, ensuring that characters have realistic and functional skeletons. 6. **Rendering Optimization**: AI can optimize the rendering process to reduce rendering time while maintaining or even enhancing the quality of the final output. This can save significant computational resources. 7. **Style Transfer**: AI can be used to apply various artistic styles to 3D animations, transforming the look and feel of the animation to match a particular aesthetic. 8. **Predictive Animation**: AI can predict future frames in an animation sequence, making it easier for animators to create complex, fluid movements. 9. **Auto-Colorization**: AI can assist in the colorization of 3D models and animations, helping to create visually appealing scenes. 10. **Post-Production and Effects**: AI can automate certain aspects of post-production, such as adding special effects, compositing, and video editing. It's important to note that while AI can be a powerful tool in 3D animation, it often works best in collaboration with human animators and artists. AI can automate repetitive tasks and assist in generating content, but the creative input and artistic direction still largely depend on human creativity and expertise. Several software tools and libraries are emerging in the field of AI-driven 3D animation, and they continue to evolve. If you're interested in using AI for 3D animation, it's a good idea to stay up-to-date with the latest developments in the industry and explore the software and tools that are available for your specific needs.
@taktsing496919 күн бұрын
The way you explain is awesome.
@cantdodgecrap774621 күн бұрын
Super cool video. I really enjoy your style of presentation and the animation 👍
@MarbleScience14 күн бұрын
Thank you very much!
@MrHichammohsen126 күн бұрын
Man this is gold! Will definitely subscribe. Thank you so much for this.
@holgerjrgensen216626 күн бұрын
Heat and Freeze, is the Basics in All Stuff, all Stuff is a composition of Heat and Freeze, our well being, is in a fine balance of Heat and Freeze.
@littlelamp-ky7tk28 күн бұрын
this video is very inspiring🤩
@MarbleScience14 күн бұрын
Thank you!!
@dillonfreed28 күн бұрын
he was really good on Blacklist
@Simsalabimski29 күн бұрын
Who else found Wally?
@jareknowak8712Ай бұрын
Car tires work thanks to probability.
@fdivito12Ай бұрын
Dude's handsome af
@SovietyciiАй бұрын
Fr
@booooooooommmmm123Ай бұрын
Can you make a video about electron orbitals in an atom? I think that will be interesting
@MarbleScienceАй бұрын
What else do you want to learn about?
@mikip3242Ай бұрын
How thermodynamic entropy is related to information entropy
@KarstenBreivikАй бұрын
Amazing!!! A great explanation of the Softmax component of the Transformers model in the "Attention Is All You Need" article en.wikipedia.org/wiki/Attention_Is_All_You_Need. Really helps piecing the generative AI stuff together :)
@MarbleScienceАй бұрын
Thanks :)
@ddarbelaАй бұрын
Excellent video easy and straight forward examples that enable me to grasp the concept. Thanks for providing the video.
@arieflaksono9600Ай бұрын
wasn't it the other way around? you can use statistics to describe the configuration of rubber's molecule but NOT predefine the statistics of the rubber molecules and made the rubber around it. even when you thought the rubber molding process as way to shape the statistics of the molecules distribution, I can't recall any theorem that precisely links statistics to the shape of a mold (or it's produced object). It's a Physics problem at best, you can define the elasticity (Hookean) of an object by comforming a material to a certain elastic modulus.
@charlesmerritt8127Ай бұрын
I would love to make animations like yours as I go through my graduate program, would love a tutorial on that.
@mateuszpiechowiak2891Ай бұрын
This is an amazing explanation. Great value. Thank you so much!
@user-fc6bq1go8gАй бұрын
No mames está en inglés
@CrownedFalcon00Ай бұрын
This explanation leaves out important details about how micro and macro states are defined and how that is important for entropy Fundimentally, entropy is a study of information and how much information is needed yo characteize a system and how that changes as a system evolves.
@vladisslave.7500Ай бұрын
Dude, this is just amazing how you explain this, the idea with marbles is brilliant, thank you very much, and keep it up!😊
@Dave-McRaeАй бұрын
Everything is a statistic!
@nicolasleman2728Ай бұрын
You forget to mention that longer chains also have large energies as a result their states are not as possible as contracted ones.
@ferncancersongАй бұрын
In this explanation , it is like quantum tunneleing
@AqualdАй бұрын
Kojima?
@TubTub_Ай бұрын
Gomu gomu Noooo... Pistol...!
@ericdiederik3732Ай бұрын
As a chemist, iam suprised to many people in the comments don't seem to accept entropy as what is driving the rubber band to contract. The molecules of the band are not inherently 'springy' causing them to return to a coiled state, they are however al wiggling due to brownian motion. If you took a bucket of chains and shook it it would be very unlikely for any chain to remain straight.
@Lunell_01Ай бұрын
True randomness.... something my mind cannot comprehend
@zyfrythАй бұрын
That makes no sense. Were it the case, then as rare as it would be, it would still be possible to experience an example of the opposite, yet it never happens. Causation and explanation are not the same thing
@adityasri96Ай бұрын
It is bullshit.. it going back to a single non extended state.. if it was going back to different state every time he stops force them u can make more likely argument...
@outlierz1796Ай бұрын
I'm literally a statistician, but full disclosure, not an expert on rubber bands. I don't think this is correct. It seems like the explanation is missing consideration of energy storage and release, and the relatedness of the molecular chains.
@alexcarsten9861Ай бұрын
It requires energy to reduce the entropy of a system (stretch the rubber band) and a system of low entropy can be used to generate energy as it transitions to high entropy (consider a hot and cold reservoir, it has low entropy and is an abstract model for a heat engine)
@outlierz1796Ай бұрын
@@alexcarsten9861 Show me your PhD in elastic band science. Just kidding. I'm still not buying this explanation, but I could be wrong.
@ericdiederik3732Ай бұрын
I don't have PhD in rubber band science, but I do have a master in materials chemistry. Entropy really is the cause for the recoiling of the band, so much so we even call it an entropic force.
@outlierz1796Ай бұрын
@@ericdiederik3732 My approach to this is humility since statistics in the way I know and use it does not prepare me to do materials science. Perhaps what I am saying is that in the same way I can lift dice then let gravity take them back to the table. The result of the roll is statistics, but the roll of the dice was me and gravity. So for the band, I stretch it, then that energy returns not because of statistics but because of tension, and then the strands within have a new configuration similarly random to a dice roll. Eh? Or am I wrong?
@HHZHALDUUAMАй бұрын
@@outlierz1796imagine holding a rope straight and asking a friend to hit it repeatedly That’s what’s experiencing the polymer chain in a material, and that’s the force of contraction It’s of course simplified a bit but that’s the idea The repeated hits make the chain more likely to be in a shorten state, the real force here is thermal agitation, also the chain itself will have some kinetic energy, moving it around a bit more
@zGabazАй бұрын
This channel is amazing
@jpier7991Ай бұрын
This doesn't sound right. Its because when it is stretched, it has kinetic energy. It will never rest in a "extended" configuration unless that was how it was initially designed.
@outlierz1796Ай бұрын
This. I commented similarly before seeing your comment.
@taechung8436Ай бұрын
Then what causes a band to get stretched out? Do the bonds become weakened and how does that follow from the statistical explanation?
@ShmidershmaxАй бұрын
I'm going to take a wild guess. Every time you stretch a rubber band you likely "break" one of the many links. Essential unraveling the intertwined links a bit more and "loosening" it.
@turkeysamrАй бұрын
Elastic vs plastic deformation, basically whenever you stretch it out it creates "deformation" in the crystal lattice the atoms form, the more defects (voids, screw defects, and vacancies) the more plastic deformation you see, Google the bubble raft experiment to see how vacancies can cause a material to change
@rogerbrown4409Ай бұрын
When you stretch it you force the chains to be straight, so the statistical shortening doesn’t really apply. When you release the thermal energy causes them to wiggle around and contract.
@timowesterdijk5840Ай бұрын
New video soon?
@rito9718Ай бұрын
that‘s crazy.
@jareknowak8712Ай бұрын
👍
@SuperFinGuyАй бұрын
The AI terminology is terrible, why call the token randomness temperature?? Why not call it randomness, stochasticity or even noise. The word temperature is just a loose analogy, that just makes it harder to understand. Don't even get me started on "attention", the paper should be called "context is all you need" but I guess that would be too obvious, right? tsk tsk
@anirbanmandal3123Ай бұрын
wonderful video
@sk.samiulreza6205Ай бұрын
Excellent!
@CapnBludАй бұрын
What do you mean they can't kink jump??? Don't you dare kink shaming the marbles!
@_FunaromaАй бұрын
I feel like I need a college degree to understand this 😅
Пікірлер
well-explained appreaciate
Great explenation! Thx!
Bro, you explained ray tracing in 10 minutes.
Is he still alive
The best explanation I have seen so far, thanks
O
Amazing video! I would love to see a video on free energies
That's on my list ;)
This is my first time hearing Gordon Freeman speak. Thank you for the explanation, Mr. Freeman
You're welcome :D
Hmmmm myoptia perhaps, Historically temperature seems to be the degree of change in state of liquid water between frozen ice & boiled steam under 1 atmospheric pressure. Note as temperature changes water atoms (ex: atomistically) do change in their state although holistically water remains a liquid. Heat density seems to be the crux of temperature.
Creating 3D animations using AI, such as ChatGPT, is an exciting and emerging field. AI can be used to assist or automate various aspects of the animation production pipeline, from character design and motion planning to rendering and post-production. Here's how AI can be applied to 3D animation: 1. **Character Design**: AI can assist in generating character designs. For example, it can suggest various combinations of features, clothing, and accessories based on user input or predefined styles. Style transfer techniques can also be used to make characters resemble famous art styles or historical periods. 2. **Motion Planning**: One of the most promising areas for AI in 3D animation is motion planning and generation. AI can generate lifelike movements for characters and objects, making animations more fluid and realistic. Reinforcement learning and neural networks are used to train AI models for this purpose. 3. **Facial Animation**: AI can be employed to create realistic facial animations. It can analyze audio or text input to generate lip-sync animations, emotions, and facial expressions. 4. **Background and Environment Generation**: AI can assist in generating 3D environments and backgrounds for scenes. This can be useful in reducing the time and effort required for artists to create detailed backgrounds. 5. **Auto-Rigging**: Rigging is the process of creating a skeleton for 3D characters. AI can automate or assist in this process, ensuring that characters have realistic and functional skeletons. 6. **Rendering Optimization**: AI can optimize the rendering process to reduce rendering time while maintaining or even enhancing the quality of the final output. This can save significant computational resources. 7. **Style Transfer**: AI can be used to apply various artistic styles to 3D animations, transforming the look and feel of the animation to match a particular aesthetic. 8. **Predictive Animation**: AI can predict future frames in an animation sequence, making it easier for animators to create complex, fluid movements. 9. **Auto-Colorization**: AI can assist in the colorization of 3D models and animations, helping to create visually appealing scenes. 10. **Post-Production and Effects**: AI can automate certain aspects of post-production, such as adding special effects, compositing, and video editing. It's important to note that while AI can be a powerful tool in 3D animation, it often works best in collaboration with human animators and artists. AI can automate repetitive tasks and assist in generating content, but the creative input and artistic direction still largely depend on human creativity and expertise. Several software tools and libraries are emerging in the field of AI-driven 3D animation, and they continue to evolve. If you're interested in using AI for 3D animation, it's a good idea to stay up-to-date with the latest developments in the industry and explore the software and tools that are available for your specific needs.
The way you explain is awesome.
Super cool video. I really enjoy your style of presentation and the animation 👍
Thank you very much!
Man this is gold! Will definitely subscribe. Thank you so much for this.
Heat and Freeze, is the Basics in All Stuff, all Stuff is a composition of Heat and Freeze, our well being, is in a fine balance of Heat and Freeze.
this video is very inspiring🤩
Thank you!!
he was really good on Blacklist
Who else found Wally?
Car tires work thanks to probability.
Dude's handsome af
Fr
Can you make a video about electron orbitals in an atom? I think that will be interesting
What else do you want to learn about?
How thermodynamic entropy is related to information entropy
Amazing!!! A great explanation of the Softmax component of the Transformers model in the "Attention Is All You Need" article en.wikipedia.org/wiki/Attention_Is_All_You_Need. Really helps piecing the generative AI stuff together :)
Thanks :)
Excellent video easy and straight forward examples that enable me to grasp the concept. Thanks for providing the video.
wasn't it the other way around? you can use statistics to describe the configuration of rubber's molecule but NOT predefine the statistics of the rubber molecules and made the rubber around it. even when you thought the rubber molding process as way to shape the statistics of the molecules distribution, I can't recall any theorem that precisely links statistics to the shape of a mold (or it's produced object). It's a Physics problem at best, you can define the elasticity (Hookean) of an object by comforming a material to a certain elastic modulus.
I would love to make animations like yours as I go through my graduate program, would love a tutorial on that.
This is an amazing explanation. Great value. Thank you so much!
No mames está en inglés
This explanation leaves out important details about how micro and macro states are defined and how that is important for entropy Fundimentally, entropy is a study of information and how much information is needed yo characteize a system and how that changes as a system evolves.
Dude, this is just amazing how you explain this, the idea with marbles is brilliant, thank you very much, and keep it up!😊
Everything is a statistic!
You forget to mention that longer chains also have large energies as a result their states are not as possible as contracted ones.
In this explanation , it is like quantum tunneleing
Kojima?
Gomu gomu Noooo... Pistol...!
As a chemist, iam suprised to many people in the comments don't seem to accept entropy as what is driving the rubber band to contract. The molecules of the band are not inherently 'springy' causing them to return to a coiled state, they are however al wiggling due to brownian motion. If you took a bucket of chains and shook it it would be very unlikely for any chain to remain straight.
True randomness.... something my mind cannot comprehend
That makes no sense. Were it the case, then as rare as it would be, it would still be possible to experience an example of the opposite, yet it never happens. Causation and explanation are not the same thing
It is bullshit.. it going back to a single non extended state.. if it was going back to different state every time he stops force them u can make more likely argument...
I'm literally a statistician, but full disclosure, not an expert on rubber bands. I don't think this is correct. It seems like the explanation is missing consideration of energy storage and release, and the relatedness of the molecular chains.
It requires energy to reduce the entropy of a system (stretch the rubber band) and a system of low entropy can be used to generate energy as it transitions to high entropy (consider a hot and cold reservoir, it has low entropy and is an abstract model for a heat engine)
@@alexcarsten9861 Show me your PhD in elastic band science. Just kidding. I'm still not buying this explanation, but I could be wrong.
I don't have PhD in rubber band science, but I do have a master in materials chemistry. Entropy really is the cause for the recoiling of the band, so much so we even call it an entropic force.
@@ericdiederik3732 My approach to this is humility since statistics in the way I know and use it does not prepare me to do materials science. Perhaps what I am saying is that in the same way I can lift dice then let gravity take them back to the table. The result of the roll is statistics, but the roll of the dice was me and gravity. So for the band, I stretch it, then that energy returns not because of statistics but because of tension, and then the strands within have a new configuration similarly random to a dice roll. Eh? Or am I wrong?
@@outlierz1796imagine holding a rope straight and asking a friend to hit it repeatedly That’s what’s experiencing the polymer chain in a material, and that’s the force of contraction It’s of course simplified a bit but that’s the idea The repeated hits make the chain more likely to be in a shorten state, the real force here is thermal agitation, also the chain itself will have some kinetic energy, moving it around a bit more
This channel is amazing
This doesn't sound right. Its because when it is stretched, it has kinetic energy. It will never rest in a "extended" configuration unless that was how it was initially designed.
This. I commented similarly before seeing your comment.
Then what causes a band to get stretched out? Do the bonds become weakened and how does that follow from the statistical explanation?
I'm going to take a wild guess. Every time you stretch a rubber band you likely "break" one of the many links. Essential unraveling the intertwined links a bit more and "loosening" it.
Elastic vs plastic deformation, basically whenever you stretch it out it creates "deformation" in the crystal lattice the atoms form, the more defects (voids, screw defects, and vacancies) the more plastic deformation you see, Google the bubble raft experiment to see how vacancies can cause a material to change
When you stretch it you force the chains to be straight, so the statistical shortening doesn’t really apply. When you release the thermal energy causes them to wiggle around and contract.
New video soon?
that‘s crazy.
👍
The AI terminology is terrible, why call the token randomness temperature?? Why not call it randomness, stochasticity or even noise. The word temperature is just a loose analogy, that just makes it harder to understand. Don't even get me started on "attention", the paper should be called "context is all you need" but I guess that would be too obvious, right? tsk tsk
wonderful video
Excellent!
What do you mean they can't kink jump??? Don't you dare kink shaming the marbles!
I feel like I need a college degree to understand this 😅
Check out his vid on Monte Carlo sims