Yes, and then to think we try to medicate lifeforms based on VERY simplified models of these emergent complex structures. We don't understand anything and keep shoving it
wow the sugar molecules look almost like seaweed or some underwater carpet plant, i wonder what makes them move like that, is it because of the spinning thing under the sugar molecule? or is it some microscopic wind?
Awesome! Its continually mindblowing that time is scale relative in this manner, I once did the math on how long an "hour" is for a bacteria based on how long an hour is for a human relative to our lifespan. Of course it doesnt make much sense but its interesting to think about how quickly everything moves inside everything. Studying biochem at the moment so I've never been this excited for a youtube video. Talk about an early christmas present! Thank you!
Well what did you come up with please, it's like me saying once I did the maths on how long I could run my GTI at full throttle ( 200 hp) on 1 gram of matter , like a sugar cube for example which the answer is unbelievable.
Wow, thankyou for putting this up. It is a brilliantly put together idea. I would've thought that pictures of cells and bacteria et al are realized by tiny medical cameras and electron-microscope. I'm happy all the suitable specialists found each other. Congratulations!
I saw the images he referenced some weeks ago and spent nearly a day being boggled by them, a true instance of Mind Blown. Very cool to know these images also captivated his imagination!
Fractality! I love it, man. I just watched a video from PBS Space Time on the "aesthetics" of the electron, and it delved into how the particle itself is virtually unviewable due to Heisenberg Uncertainty. We essentially see the same thing happen here. Stronger resolution to better understand the bacterium's structure effectively requires a lack of momentum, and better understandings of the momentum works to blur the bacterium's structure. The same principle applies at larger and larger scales because more complex structures are subject to the same laws that the fundamental components that make them up are subject to. Complexity just allows for emergent properties in grander systems that we don't see in the baser/individualistic components.
@@cobalt4161 Thanks for the tip, man. I'm heavily interested in the bridge between physics and metaphysics, and people like Michael Levin and the guy you just mentioned seem like great architects for that sort of platform.
@JC-nl3nh I know, the fact that it could be interpreted that we still see principles of Heisenberg Uncertainty at larger and larger scales would imply a self-similar set. Complex patterns arising from baser components combining in a sense of synthesis, and those complex patterns holding true to what the baser components do on individualistic levels, achieving a sense of self-similarity. That's what I was referring to. Bacteria don't "look" like electrons, but a good portion of the laws that govern their behaviors do.
Well, considering that quantum effects are, by definition, limited to the quantum scale, I don’t think what we’re seeing are macroscopic quantum events.
That's insane! I had no idea so much was happening in a bacteria in just one second. This was the perfect way to show it - my mind was blown and will be forever.
Thank you - lovely to close this great paradox of the complexity and the simplex with Bach also prelude in c major - wow ! Thanks also for all your dialogues with Bernardo!
This was a really cool "break" video while learning cell biology. Still amazed at the time-scale differences... My book said lipid molecules in membranes change place with one another about 10^7 times per second, this video put a visual meaning behind it, so thank you!
It's not often that I learn something completely new that changes how I see the world. The last time was watching Breaking Taps' microscope, frame-by-frame video of cutting metal. This video is another eye-opener. I'm realizing more and more that to truly understand the world, I need to explore it on different scales-both in time and size. This animation completely breaks my brain! I can't fully grasp how these individual microscopic pieces can move so incredibly fast without friction tearing them apart or overheating. How do they have the energy to move so much? It's mesmerizing and raises so many questions about the unseen mechanics of life
This is absolutely incredible.. I feel like I could have come to the conclusion that it had to be way slower with a few minutes of thought, but it never really occurred to me before. So nice to see the animations, that must have been so much work.
Thank you for topping this master piece of this paradox LIFE ( the pure simplex meeting the quintessential complexity) with prelude in C major -my favorite ever meditation. Love your dialogues with Bernardo !
I have long been awestruck by the complexity of cellular structures, especially ribosomes. Seeing how incredibly fast the molecular processes work within those structures is mind blowing. My metaphysical insight: Life is the thing that says, "Entropy? I ain't got time for that!"
I always loved to watch those complex inner cell work animations and I always wondered about how they do that; but more than that, I always wondered how they have learned the works of the mechanism down to electron level. I love the art of science.
Kind of a bittersweet one there. And then you mentioned meta physical and philosophical part i 😅😅 kinda blushed and tried to come to realize how i would resonate at an resonating level in order to keep my own balance in check. I love art and science!
And not to forget: all this fast and complex biochemical processes run fully automatic and still perfectly responsive and adaptive to the environment. Just think of the vast amount of processes and time steps for a human being just waving a hand for good-bye 😅
Didn't know the processes were that fast, to think that it would take 30 years for that second to pass was mind-boggling since the movement didn't look slow, it seemed like the natural timescale for those processes.
Nice one Hans! Was always gobsmacked by those crazy looking molecular animations, which show regimented machine-like behaviour -really trippy to watch. Didn't know the extent of the speed thing, that's nuts. Quite something that we humans have crafted, and finessed, the technology to uncover incredible details of biological complexity. Really looking forward to the documentary.
Holy shit man, this is so impressive and so insightful. The timescale difference is easy to overlook and not fully grasp. I'm sure I still don't grasp it, but thanks for the hard work and thought that goes into something like this. I'm sure I don't grasp that either.
Because in the video they explain that as you visualize smaller and smaller physical scales down to a bacterium level, there’s the same time scale fold of things seeming faster and faster. Think of looking out at galaxy’s and how it takes millions of years to see changes in those. So the bigger things get the slower things move relative to size.
It's a good question, and it exposes an assumption: that the motion of each molecule is random. Imagine vigourously shaking a jar half-filled with marbles. Eventually, on average, every marble will have collided with every other marble, and the bigger the jar of marbles, the more statistically certain can we be that this is true for, say, 99.9% of the marbles. In the bacterium, however, molecular movement is not necessarily random. There will be binding events, reactions, and directed motion due to, for example, charge separations.
I'd like to add to @cormorant4161 comment regarding statistics. It's not so much knowing that each molecule meets every other molecule in a second, it's more that its extremely unlikely that it will not meet every other molecule within that second. It's not explained as explicitly in the video but the main factor here is individual molecule velocity. If you look for "how fast do individual water molecules move at ambient temperature" will give you an average result of 590m/s. So if a small 'liquid" molecule moves at 590m/s in a space of 1 um without any obstacles it can traverse that distance if it were a vacuum about 590.000.000 times per second (590 [m/s] / 0.000001 [m] = 5.9*10^8 [1/s] i.e. 590.000.000 times per second). I don't know how to add collisions of millions of molecules at this time frame and present it in simple mathematical terms, so you'll just have to "imagine" that bit. For myself the imagining is made somewhat more easy given the extreme velocities of these little molecules and the small space of a bacterium. Context note: molecular velocity is directly related to it's temperature. Or rather, temperature is a "bulk unit" based on the total conserved kinetic energy (i.e. velocity) of individual molecules within a certain volume. I hope this helps understanding.
That was Massively Amazing! Talk about mind blowing!!! Wow 😮. It takes 30 years to see what normally takes maybe minutes to see at 1 billion times slowed down! 😱 I'm definitely going to watch the documentary when it airs in 5 days! ❤
@@zzausel sure this is self-evident. So how come people often look at the map as if it is the territory? This failure to recognize is part of Don Hoffsman's case against reality.
Mindblowing, well done. It would be interesting to relate the information about speed of those processes to speed of electric impulses (as in neural tissue, for example).
Thank you so much for visualizing this crazy stuff. Being a Biochemist, I early realized how crazy all of this is. How on earth could transcription factor protein quickly find their bindings site, even on partly dens packed DNA? Could you imagine a single bacterium with its DNA as a single family house packed full with spaghetti?? 😎🙏🇩🇪
Thank you! A gripping and wonder-full video. We humans are restricted by our need to analyse and comprehend the universe primarily through vision. Nearly all information we gather must be presented in the form of charts, graphs, photos, illustrations, films and so on. We cannot (yet) grasp the dimensions of chemical and physical communication going on in a cell or bacterium.
THIS DISCOVERY SHOW CLEARLY HOW THE MICROCOSMOS IS SO COMPLEX AS A MACROCISMOS IN DIFFERENT SCALA....AND HOW MAGIC IS THE REALITY BEYOND OUR SIMPLE EXPERIENE.....THE INCREDIBLE RRALITY BEYOND REALITY THAT NEVER END....AS A GAME OF MIRRORS.....IN MOVEMENT .....REALLY BEYOND WORDS.....
A universal principle at beautiful display, timescales across spacescales. Relatively speaking, smaller(all a matter of our perception and perspective) move faster when observed from our paradigm, and larger objects move faster. We can also appreciate the ability of our consciousness to shape itself to shift time and space. From a practical sense, the larger the goal, the more time it takes to manifest. Thank you. ❤
Fred Hoyle was famously opposed to the Big Bang theory (even though he gave it its name), and as one piece of evidence for his (now largely discarded) Steady State alternative he carried out a calculation of the chances of a single protein occurring by the operation of random interactions. The number was what is known as an astronomical number, being one so large that the universe is unable to contain it. In other words, for a single protein to be created by random chance the universe would have to be infinitely old. That was for a single protein. His conclusion - either the universe is infinite, or something created the universe specifically to generate complexity in a finite time.
So when eg. the Hindenburg exploded, all those quintrillions of hydrogen atoms united with all those oxygen atoms by pure chance? There aren't any laws of chemistry that actually govern these things? Molecules are never assembled by having atoms leap together randomly. Otherwise, synthesis of pretty much any polymer becomes impossible. If you want to know how a complex molecule came to be, you study the initial conditions. No chemist would assume that the constituent atoms just flew together by chance. Couple this with the fact that there is in essence no way of calculating the odds of whether a god put things together (unless you know something about the details of how supernatural beings can cause things to happen!). So even if we were to accept Hoyle's calculation, resorting to supernatural "explanations" simply amounts to sweeping the mystery under a rug. And almost nobody assumes that life started with proteins anyway. BTW, you should be wary of appealing to Hoyle's authority. He was something of a nutjob. For example, he believed that insects are intelligent(!?) More pertinent to your theological argument, he believed that organic life was created by aliens with a silicon-based chemistry, and not a god.
@@jambec144 Nice reply! Hoyle wasn't talking about molecules, which are governed by well understood mechanisms, even if the answers to the underlying "why is it like that" questions elude us (well, me anyway). When Hoyle was writing, the prevailing wisdom was that proteins had assembled over time by the application of random events. I'm not sure what the prevailing wisdom is, but I haven't heard a convincing explanation. Doesn't mean there isn't one! Hoyle believed many things over his incredibly successful life, including panspermia and the steady state. Some were right, some were not. I don't think the intelligence of insects is in dispute is it? They clearly have a kind of intelligence, don't they? Having said that, I don't remember Hoyle's argument on that one. But you make a good point, even the smartest people can occasionally be stupid! [To be clear, I wasn't using Hoyle as any kind of authority. I was simply trying to point out that the mechanisms described in the video are so incredibly complex and refined that they seem to defy everything we think we know about the nature of the universe. Hoyle's calculation seemed pretty robust, and even if it was off by orders of magnitude it would still be a useful and indicative result.]
Fred was smart, but wrong about some things. Proteins occur naturally, but they don't occur by the operation of random interactions, so that wrong assumption will always lead to ridiculous conclusions. There is no need for a creator of the universe - that's just a claim to fill in the gaps when people don't understand the natural processes that lead to things like proteins. Or rain, or conception, or microbes - all those were also attributed to divine intervention until science figured out how they actually work.
How fascinating! Life is a miracle. We must be an entire Universe for these bacteria. I would not surprised if they are also host for even smaller life elements.
Right so let's discard it all and value a world of pure abstraction that you can never perceive. And no, your nondual awareness/consciousness ain't gonna help you with that, hippie.
I wonder if we will have (if we don't already?) supermaterials that can passively translate x-ray light into visible light and stare at things like this in realtime
X-ray light is too powerful to use that way - it would kill the bacterium instantly. The biggest difficulty is finding a way to watch the interior of a cell at that level of detail without killing it - people are working on that problem, but so far with very little success.
What an amazing animated map of a single-celled organism. But where have all the two-celled, three-celled, four-celled, and five-celled organisms gone?
I'm a phd student in mechanical engineering, and also a huge nerd in everything, about 8 years ago i saw a video of dna replication from wehi, that was a huge moment for me, suddenly my perspective of the world has changed and i couldn't sleep well for a while and fell in a rabbit hole of biology, i saw most of ibiology seminars, suddenly cosmos and astronomy fell into second place in my favorite list, but today, after watching this video, i felt strongly that i should start researching biology academically, but I've a career in mechanical engineering, I don't know how i can fulfill this urgent need :((
I understand what you mean with life changing moments of witnessing something so profoundly moving. You're certainly a ways down the financial and time dedication path in mechanical engineering, but I wonder if there is some way to make the knowledge or skills overlap. Even if it hasn't been done before. Someone has to be the first person to do a thing, so why not you?
Sadly there’s not enough time in a life time to master such different subject. Micro biologist spend a lifetime to grasp really well the subject to publish and make maybe some advancement. But I understand this urge to try to understand all those subject each more passioning than the other. So much cool thing to learn and see the life differently
This reminds me of primordial particle animations.. very simple rules, forming cells spontaneously, more like conways life, but in free two D space without raster
I could be totally wrong on this because it's been many years since I've read it, but I believe Madeleine L'Engle explored this concept of microcosmic time in her book A Wind in the Door. Vaguely recall Meg being shrunk down to talk with her brother's cellular components to convince them to heal him from a deadly disease.
Que informações fascinantes. O aprendizado ao longo dessa produção é muito intenso. Muito obrigado por ensinar tanta coisa. Com a tradução IA eu pude ter acesso a esse conhecimento também. 🇧🇷
I get that it’s a representation. But, I also can’t wait to get a representation of all of the functions slowed down like an interactive model to zoom in and out of. That would be a great educational tool of the future.
What amazed me about this video is that I realized that consciousness had to be present in the beginning when bacteria first formed and that these bacteria and humans are interdependent such that we can't exist without each other. Its like we live in a soup of consciousness.
This is exactly what the wisdom of Kabbalah says. That actually we are all one thing but the ego in the human level, meaning self-interest, was purposely developed to create a separation of consciousness from the creator and the created being. We're reaching the end of our development and begin to realize the culprit to all The troubles the pain the suffering in our world, that is only because we're separated from the quality of ultimate good and that our nature is self-interest yet where we exercise our free will is when we begin to want a different nature and we want to begin to become similar to the one that created us.
There’s common TH-cam content…and then there’s extraordinary content like this. I feel smarter and uplifted.
I have dreamt of this video all my life and had tears in my eyes. Thank you.
'then to think; this is the most simple lifeform' hit so nice.
Yeah. Almost made me cry hearing that line.
Fr
There's nothing really "simple" about it at all
Yes, and then to think we try to medicate lifeforms based on VERY simplified models of these emergent complex structures. We don't understand anything and keep shoving it
Also, that C Major prelude by Bach is the first of the cycle (Well-Tempered Clavier), and certainly the simplest.
wow the sugar molecules look almost like seaweed or some underwater carpet plant, i wonder what makes them move like that, is it because of the spinning thing under the sugar molecule? or is it some microscopic wind?
Beautiful, magnificent….the scale and complexity of life brings me to my knees in awe. Thank you very much for producing this.
Amazing work! Fascinating and jaw-dropping! Good luck with your future projects!
Awesome! Its continually mindblowing that time is scale relative in this manner, I once did the math on how long an "hour" is for a bacteria based on how long an hour is for a human relative to our lifespan. Of course it doesnt make much sense but its interesting to think about how quickly everything moves inside everything. Studying biochem at the moment so I've never been this excited for a youtube video. Talk about an early christmas present! Thank you!
Well what did you come up with please, it's like me saying once I did the maths on how long I could run my GTI at full throttle ( 200 hp) on 1 gram of matter , like a sugar cube for example which the answer is unbelievable.
So, how long is a hour to a bacteria?
@@itsalldownhillfromhere7932 ,,,,GTI, wait for it...
Hans, as always, deepest thanks for your insights, curiosity, creativity, and passion for understanding and truth and for sharing it with the world.
I am in awe at this beautiful work, that people have put such time and effort in creating this and that I can now watch this. Thank you so much team.
I am grateful to have found this spectacular bit of science and enthusiasm
Wow, thankyou for putting this up. It is a brilliantly put together idea. I would've thought that pictures of cells and bacteria et al are realized by tiny medical cameras and electron-microscope. I'm happy all the suitable specialists found each other. Congratulations!
I saw the images he referenced some weeks ago and spent nearly a day being boggled by them, a true instance of Mind Blown. Very cool to know these images also captivated his imagination!
Fractality! I love it, man. I just watched a video from PBS Space Time on the "aesthetics" of the electron, and it delved into how the particle itself is virtually unviewable due to Heisenberg Uncertainty. We essentially see the same thing happen here. Stronger resolution to better understand the bacterium's structure effectively requires a lack of momentum, and better understandings of the momentum works to blur the bacterium's structure. The same principle applies at larger and larger scales because more complex structures are subject to the same laws that the fundamental components that make them up are subject to. Complexity just allows for emergent properties in grander systems that we don't see in the baser/individualistic components.
check out Joscha Bach if you haven't heard of him
@@cobalt4161 Thanks for the tip, man. I'm heavily interested in the bridge between physics and metaphysics, and people like Michael Levin and the guy you just mentioned seem like great architects for that sort of platform.
being able to zoom in is not fractality itself, self similarity on those zooming in and out scales are what makes something fractal.
@JC-nl3nh I know, the fact that it could be interpreted that we still see principles of Heisenberg Uncertainty at larger and larger scales would imply a self-similar set. Complex patterns arising from baser components combining in a sense of synthesis, and those complex patterns holding true to what the baser components do on individualistic levels, achieving a sense of self-similarity. That's what I was referring to. Bacteria don't "look" like electrons, but a good portion of the laws that govern their behaviors do.
Well, considering that quantum effects are, by definition, limited to the quantum scale, I don’t think what we’re seeing are macroscopic quantum events.
the chart at 10:54 was excellent. well done.
Much appreciation to the complexities of these imaging works. Patterns drives logic that drives software, and it is as best as could be
This Video should have 100Million views!
Truly amazing, thank you for the work that you do
That's insane! I had no idea so much was happening in a bacteria in just one second. This was the perfect way to show it - my mind was blown and will be forever.
Thank you - lovely to close this great paradox of the complexity and the simplex with Bach also prelude in c major - wow ! Thanks also for all your dialogues with Bernardo!
So fascinating, gives you real perception of everything is connected
This was a really cool "break" video while learning cell biology. Still amazed at the time-scale differences... My book said lipid molecules in membranes change place with one another about 10^7 times per second, this video put a visual meaning behind it, so thank you!
It's not often that I learn something completely new that changes how I see the world. The last time was watching Breaking Taps' microscope, frame-by-frame video of cutting metal. This video is another eye-opener.
I'm realizing more and more that to truly understand the world, I need to explore it on different scales-both in time and size.
This animation completely breaks my brain! I can't fully grasp how these individual microscopic pieces can move so incredibly fast without friction tearing them apart or overheating. How do they have the energy to move so much? It's mesmerizing and raises so many questions about the unseen mechanics of life
Fascinating stuff. Map of Territory, while may not be the territory, still incredibly powerful. Thanks for creating
This is absolutely incredible.. I feel like I could have come to the conclusion that it had to be way slower with a few minutes of thought, but it never really occurred to me before. So nice to see the animations, that must have been so much work.
Amazing. Humbling.
A wonderful film and so fascinating, thank you!!
Thank you for topping this master piece of this paradox LIFE ( the pure simplex meeting the quintessential complexity) with prelude in C major -my favorite ever meditation. Love your dialogues with Bernardo !
I literally felt my mind blown !!!
Literally!? Did you get brain splatter on the ceiling?
I have long been awestruck by the complexity of cellular structures, especially ribosomes. Seeing how incredibly fast the molecular processes work within those structures is mind blowing. My metaphysical insight: Life is the thing that says, "Entropy? I ain't got time for that!"
Das ist worauf ich gewartet habe
Ich Auch 😂
Genauso wie ich
I always loved to watch those complex inner cell work animations and I always wondered about how they do that; but more than that, I always wondered how they have learned the works of the mechanism down to electron level. I love the art of science.
Kind of a bittersweet one there. And then you mentioned meta physical and philosophical part i 😅😅 kinda blushed and tried to come to realize how i would resonate at an resonating level in order to keep my own balance in check. I love art and science!
This absolutely blew my mind. First time to your channel. Liked and subscribed, and commenting for the algorithm :) Cheers!
EXCELLENT WORK I LOOK FORWARD TO NEW VIDEOS! THANK YOU!!!
Thank you for sharing this work!
And not to forget: all this fast and complex biochemical processes run fully automatic and still perfectly responsive and adaptive to the environment.
Just think of the vast amount of processes and time steps for a human being just waving a hand for good-bye 😅
Didn't know the processes were that fast, to think that it would take 30 years for that second to pass was mind-boggling since the movement didn't look slow, it seemed like the natural timescale for those processes.
I was reading Chandrakirti this morning which really set the mood for this. Thank you so much, amazing.
Mind blowing! Thanks
Astounding - love it - thank you!
Super cool, mate. Hard to believe the complexity in such a small part of what is usually a much more complex whole.
Do not 'worship' the images you created, in other words:
"All models are wrong, some are useful"
"The map is not the territory"
You are, what they eat! This is awe inspiring and humbling in equal measures.
Amazing video! Thank you so much!
Nice one Hans! Was always gobsmacked by those crazy looking molecular animations, which show regimented machine-like behaviour -really trippy to watch. Didn't know the extent of the speed thing, that's nuts. Quite something that we humans have crafted, and finessed, the technology to uncover incredible details of biological complexity. Really looking forward to the documentary.
This is so wonderful!Thank you!
Is it possible to get the picture of a cell at 8.00 minutes? It is amazing!
Oh dang! Yall are like bacterium artist. 8:06 that would look great in black light
I want a large print of that to frame as artwork. It's Klee on an acid trip.
Holy shit man, this is so impressive and so insightful. The timescale difference is easy to overlook and not fully grasp. I'm sure I still don't grasp it, but thanks for the hard work and thought that goes into something like this. I'm sure I don't grasp that either.
How do you know that each molecule meets each other molecule in one second?
Because in the video they explain that as you visualize smaller and smaller physical scales down to a bacterium level, there’s the same time scale fold of things seeming faster and faster.
Think of looking out at galaxy’s and how it takes millions of years to see changes in those. So the bigger things get the slower things move relative to size.
We also have atoms
from all historic figures.
Good question dude but you seem to have ‘experts’ weighing in with replies 😊
It's a good question, and it exposes an assumption: that the motion of each molecule is random. Imagine vigourously shaking a jar half-filled with marbles. Eventually, on average, every marble will have collided with every other marble, and the bigger the jar of marbles, the more statistically certain can we be that this is true for, say, 99.9% of the marbles. In the bacterium, however, molecular movement is not necessarily random. There will be binding events, reactions, and directed motion due to, for example, charge separations.
I'd like to add to @cormorant4161 comment regarding statistics. It's not so much knowing that each molecule meets every other molecule in a second, it's more that its extremely unlikely that it will not meet every other molecule within that second. It's not explained as explicitly in the video but the main factor here is individual molecule velocity.
If you look for "how fast do individual water molecules move at ambient temperature" will give you an average result of 590m/s.
So if a small 'liquid" molecule moves at 590m/s in a space of 1 um without any obstacles it can traverse that distance if it were a vacuum about 590.000.000 times per second (590 [m/s] / 0.000001 [m] = 5.9*10^8 [1/s] i.e. 590.000.000 times per second).
I don't know how to add collisions of millions of molecules at this time frame and present it in simple mathematical terms, so you'll just have to "imagine" that bit. For myself the imagining is made somewhat more easy given the extreme velocities of these little molecules and the small space of a bacterium.
Context note: molecular velocity is directly related to it's temperature. Or rather, temperature is a "bulk unit" based on the total conserved kinetic energy (i.e. velocity) of individual molecules within a certain volume.
I hope this helps understanding.
That was Massively Amazing! Talk about mind blowing!!! Wow 😮. It takes 30 years to see what normally takes maybe minutes to see at 1 billion times slowed down! 😱 I'm definitely going to watch the documentary when it airs in 5 days! ❤
Nowadays, the best slow motion can capture images at around 156.3 trillion frames per second. Imagine that.
@@j.thomas1420 This is no real slow motion. SM depends on natural visibility.
The movie will be just a small excerpt: will last only 13 hours.
@@j.thomas1420 Amazing!!! 😮
Love the ending "It's not the territory it's the map", great work Hans !
It is theoretically impossible for any map to carry as much information as the reality. And now imagine the realities behind.
@@zzausel sure this is self-evident. So how come people often look at the map as if it is the territory? This failure to recognize is part of Don Hoffsman's case against reality.
@@MixelKiemen It takes this little failure, may be in our amygdala, to destroy our wonderful scientific way of recognition.
incredible, thank you!
Great vid. Respect. And thank you.
This is simply sunning!
Plz do more of these
This video confirms the fractal nature of the universe and that the smaller things get the faster they move and rotate.
Mindblowing, well done. It would be interesting to relate the information about speed of those processes to speed of electric impulses (as in neural tissue, for example).
Thank you so much for visualizing this crazy stuff.
Being a Biochemist, I early realized how crazy all of this is.
How on earth could transcription factor protein quickly find their bindings site, even on partly dens packed DNA?
Could you imagine a single bacterium with its DNA as a single family house packed full with spaghetti?? 😎🙏🇩🇪
Great video thanks a lot
Beautiful. Thank you. :)
Great content!
This is awesome!
Thank you! A gripping and wonder-full video. We humans are restricted by our need to analyse and comprehend the universe primarily through vision. Nearly all information we gather must be presented in the form of charts, graphs, photos, illustrations, films and so on. We cannot (yet) grasp the dimensions of chemical and physical communication going on in a cell or bacterium.
THIS DISCOVERY SHOW CLEARLY HOW THE MICROCOSMOS IS SO COMPLEX AS A MACROCISMOS IN DIFFERENT SCALA....AND HOW MAGIC IS THE REALITY BEYOND OUR SIMPLE EXPERIENE.....THE INCREDIBLE RRALITY BEYOND REALITY THAT NEVER END....AS A GAME OF MIRRORS.....IN MOVEMENT .....REALLY BEYOND WORDS.....
A universal principle at beautiful display, timescales across spacescales. Relatively speaking, smaller(all a matter of our perception and perspective) move faster when observed from our paradigm, and larger objects move faster.
We can also appreciate the ability of our consciousness to shape itself to shift time and space.
From a practical sense, the larger the goal, the more time it takes to manifest.
Thank you. ❤
Fred Hoyle was famously opposed to the Big Bang theory (even though he gave it its name), and as one piece of evidence for his (now largely discarded) Steady State alternative he carried out a calculation of the chances of a single protein occurring by the operation of random interactions. The number was what is known as an astronomical number, being one so large that the universe is unable to contain it. In other words, for a single protein to be created by random chance the universe would have to be infinitely old.
That was for a single protein.
His conclusion - either the universe is infinite, or something created the universe specifically to generate complexity in a finite time.
So when eg. the Hindenburg exploded, all those quintrillions of hydrogen atoms united with all those oxygen atoms by pure chance? There aren't any laws of chemistry that actually govern these things? Molecules are never assembled by having atoms leap together randomly. Otherwise, synthesis of pretty much any polymer becomes impossible. If you want to know how a complex molecule came to be, you study the initial conditions. No chemist would assume that the constituent atoms just flew together by chance.
Couple this with the fact that there is in essence no way of calculating the odds of whether a god put things together (unless you know something about the details of how supernatural beings can cause things to happen!). So even if we were to accept Hoyle's calculation, resorting to supernatural "explanations" simply amounts to sweeping the mystery under a rug.
And almost nobody assumes that life started with proteins anyway.
BTW, you should be wary of appealing to Hoyle's authority. He was something of a nutjob. For example, he believed that insects are intelligent(!?) More pertinent to your theological argument, he believed that organic life was created by aliens with a silicon-based chemistry, and not a god.
@@jambec144
Nice reply!
Hoyle wasn't talking about molecules, which are governed by well understood mechanisms, even if the answers to the underlying "why is it like that" questions elude us (well, me anyway).
When Hoyle was writing, the prevailing wisdom was that proteins had assembled over time by the application of random events. I'm not sure what the prevailing wisdom is, but I haven't heard a convincing explanation. Doesn't mean there isn't one!
Hoyle believed many things over his incredibly successful life, including panspermia and the steady state. Some were right, some were not.
I don't think the intelligence of insects is in dispute is it? They clearly have a kind of intelligence, don't they? Having said that, I don't remember Hoyle's argument on that one.
But you make a good point, even the smartest people can occasionally be stupid!
[To be clear, I wasn't using Hoyle as any kind of authority. I was simply trying to point out that the mechanisms described in the video are so incredibly complex and refined that they seem to defy everything we think we know about the nature of the universe. Hoyle's calculation seemed pretty robust, and even if it was off by orders of magnitude it would still be a useful and indicative result.]
Fred was smart, but wrong about some things. Proteins occur naturally, but they don't occur by the operation of random interactions, so that wrong assumption will always lead to ridiculous conclusions. There is no need for a creator of the universe - that's just a claim to fill in the gaps when people don't understand the natural processes that lead to things like proteins. Or rain, or conception, or microbes - all those were also attributed to divine intervention until science figured out how they actually work.
This needs to be part of our new educational system, a true system of education.
How fascinating! Life is a miracle. We must be an entire Universe for these bacteria. I would not surprised if they are also host for even smaller life elements.
The dashboard sure is complicated.
Right so let's discard it all and value a world of pure abstraction that you can never perceive.
And no, your nondual awareness/consciousness ain't gonna help you with that, hippie.
@ No. But, you feel free to go right ahead. Have fun with that.
Amazing!!! 🙏
I was making lunch and I simply froze in awe when the animation came at 12;00 🙃
Brilliant. More.
Very nice !
I wonder if we will have (if we don't already?) supermaterials that can passively translate x-ray light into visible light and stare at things like this in realtime
X-ray light is too powerful to use that way - it would kill the bacterium instantly. The biggest difficulty is finding a way to watch the interior of a cell at that level of detail without killing it - people are working on that problem, but so far with very little success.
Beautiful!
That was amazing. Sure its just a model but wow. Just wow
Very impressive
Great! Thank you!! 👍👍
Awe inspiring look at the cosmic complexity of life at nano scale.
WOW! 8-) That's amazing!!! I'm so curious what the whole movie will bring along.
10^♾👍
Fantastic!
You know what else vibrates fast, the air molecules in your room! Some bump to your body at speed of sound though the air is still!
What an amazing animated map of a single-celled organism. But where have all the two-celled, three-celled, four-celled, and five-celled organisms gone?
I'm a phd student in mechanical engineering, and also a huge nerd in everything, about 8 years ago i saw a video of dna replication from wehi, that was a huge moment for me, suddenly my perspective of the world has changed and i couldn't sleep well for a while and fell in a rabbit hole of biology, i saw most of ibiology seminars, suddenly cosmos and astronomy fell into second place in my favorite list, but today, after watching this video, i felt strongly that i should start researching biology academically, but I've a career in mechanical engineering, I don't know how i can fulfill this urgent need :((
How many hands have you got…..how many fingers after that. You were obviously made for more……take it.
Fab vid. Thanks!
I understand what you mean with life changing moments of witnessing something so profoundly moving.
You're certainly a ways down the financial and time dedication path in mechanical engineering, but I wonder if there is some way to make the knowledge or skills overlap. Even if it hasn't been done before. Someone has to be the first person to do a thing, so why not you?
Sadly there’s not enough time in a life time to master such different subject. Micro biologist spend a lifetime to grasp really well the subject to publish and make maybe some advancement.
But I understand this urge to try to understand all those subject each more passioning than the other. So much cool thing to learn and see the life differently
Apply mechanical engineering to biology. Or biology to mechanical engineering.
Excellent!
Wow.👍 Do you also mention about what's unknown in that animation? Hope so.
If YT reminds me, oh yes I gonna watch it.
This reminds me of primordial particle animations.. very simple rules, forming cells spontaneously, more like conways life, but in free two D space without raster
Very nice video
I could be totally wrong on this because it's been many years since I've read it, but I believe Madeleine L'Engle explored this concept of microcosmic time in her book A Wind in the Door. Vaguely recall Meg being shrunk down to talk with her brother's cellular components to convince them to heal him from a deadly disease.
Que informações fascinantes. O aprendizado ao longo dessa produção é muito intenso.
Muito obrigado por ensinar tanta coisa. Com a tradução IA eu pude ter acesso a esse conhecimento também. 🇧🇷
Fire video editor
Mooi gedaan, overigens!
I get that it’s a representation. But, I also can’t wait to get a representation of all of the functions slowed down like an interactive model to zoom in and out of. That would be a great educational tool of the future.
Can we see the video / image of the eukaryotic cell somewhere?
What amazed me about this video is that I realized that consciousness had to be present in the beginning when bacteria first formed and that these bacteria and humans are interdependent such that we can't exist without each other. Its like we live in a soup of consciousness.
This is exactly what the wisdom of Kabbalah says. That actually we are all one thing but the ego in the human level, meaning self-interest, was purposely developed to create a separation of consciousness from the creator and the created being. We're reaching the end of our development and begin to realize the culprit to all The troubles the pain the suffering in our world, that is only because we're separated from the quality of ultimate good and that our nature is self-interest yet where we exercise our free will is when we begin to want a different nature and we want to begin to become similar to the one that created us.
Bacteria can live without us. They are found on every corner of the planet. We cannot live without them
👍👍
That's quite the mental leap, given that 0 evidence to support that was provided. In fact evidence to the contrary was
Lol
Brilliant. Easy on the adverts please. But ❤ it.
What adverts?
@@cthulhuhoops7538 Do you have full youtube subscription? Maybe you dont see them but here, the video stopts 3 or 4 times for Advert breaks.
The "It's the map, not the territory" talk is nearly automatically metaphysical if you just think about it for a second.
No, it's just stating a simple fact based on observation. There's no philosophy needed.
the revelation at the end that this is an idealist cope channel is wild
fascinating
That's beautiful