The beauty of life through the lens of physics

[@Nanorooms]

To try everything Brilliant has to offer-free-for a full 30 days, visit brilliant.org/NanoRooms . You’ll also get 20% off an annual premium subscription.

[@farhanaf832]

We can help scientists by processing data from Rosetta at home and folding at home ❤

[@theultimatereductionist7592]

Double posting as backup against stupid KZbin from arbitrarily DELETING my posts for no reason: I do differential algebra research, based on my math PhD and math Masters, with a preferred application to bionanotechnology, my chemical engineering BChE degree and my biotechnology A.S. degree. I attend the weekly KSDA (Kolchin Seminar in Differential Algebra) Zoom meetings. Here is one from a few weeks ago "Identifiability from a Few Variables in Biochemical Reaction Networks" Mercedes S. Perez Millan, University of Buenos Aires kzbin.info/www/bejne/bpbPgp1tnZl0bLc "Identifiability and Model Reduction of Pharmacokinetic Models of Carbon Stable Isotope Breath Tests" Andrew Brouwer, University of Michigan kzbin.info/www/bejne/iKfKYYWoms-Xmtk We DAs seek exact solutions to systems of nonlinear DEs.

[@Privacityuser]

Microarrays are superior method to cach molecular drift not simulation

[@DrSoda.]

Well made content. Thank you. God bless. Jesus loves you!

[@ready1fire1aim1]

Here are several classical contradictions in biology and their potential non-contradictory resolutions from an infinitesimal monadological perspective: 1. Origin of Life Paradoxes Classical: Paradoxes around abiogenesis, homochirality, first replicators Non-Contradictory: Infinitesimal protolife monadic transitions dsi/dt = κ Σjk Γijk(ℓ)[sj, sk] + ξi ℓ = f(n1...nm) is monad configuration 2. Molecular Binding Paradoxes Classical: Paradoxes in protein folding, substrate specificity Non-Contradictory: Nonlinear monadic multiplex resonances |Φ> = Σn cn Un(Sα) |0> (superposed protolife states) Wn,m = (monad binding coefficients) 3. Genetic Paradoxes Classical: Paradoxes like non-viability of certain gene combinations Non-Contradictory: Pluriverse-valued genetic realizability ⌈Φ⌉ = {Ui(Φ) | i ∈ N} (genotypes as monadic realizations) Φ ↔ Ψ ⇐⇒ ⌈Φ⌉ = ⌈Ψ⌉ (equivalence over pluriverse) 4. Neurological Binding Paradoxes Classical: Binding problem paradoxes, separability paradoxes Non-Contradictory: Relational pluriverse neural geometries |Ω> = Σn pn Un(Nn) (superposition of neural monad states) Geodesic[Nn](a,b)→Paths[Σn p(n)Uap →q Ubq] (experience paths) 5. Evolution Paradoxes Classical: Paradoxes like irreducible complexity, Muller's ratchet Non-Contradictory: Infinitesimal transitions on fitness landscapes dfx/dt = Div(∇fxFx) + ξx (monadic exploratory dynamics) Fx = Γ(x, {xj}) (catalytic fitness relations) 6. Paradoxes in Embryogenesis Classical: Paradoxes like random determination of chirality Non-Contradictory: Resonant infinitesimal monadic transitions dαi/dt = Σj Γij(αi,αj) + ξi (coordinated determinative algebras) Γij = f(ni, nj, rij) (chiro-isomeric transition charges) The key themes are using infinitesimal monadic transition processes, relational resonance algebras, pluriverse-valued realizability, and higher-dimensional resonant superpositions to resolve paradoxes stemming from classical separability assumptions, random determinacy, and failure to account for integrated pluralistic structures underlying biological phenomena. By building models from infinitesimal relational pluralisms as conceptual primitives, the apparent contradictions dissolve into coherent higher-dimensional resonance dynamics between monadic elements and their catalytic interaction algebras across scales.

[@tedchirvasiu]

I'm a burger flipper in the kitchen of McDonald's and this is by far the greatest piece of science education I have ever seen.

[@raleghaustin8110]

So this is why my orders taking so long

[@betaaccount7450]

Bro is SpongeBob

[@RobertoHernandez-gp3gu]

😂😂😂😂 I liked your joke... But, it is actually amazing (and dangerous) what this knowledge can do..

[@EviLPlayeR04]

@@RobertoHernandez-gp3guVery interesting and in depth comment!

[@xenaalmoukadem6706]

You need a raise !!!

[@MeInsideTheBox]

I’m a quantum chemistry PhD student, specializing in solid state simulations. One of our laboratory divisions deals with simulations of biological molecules, and for the last four years I thought I was stupid for not understanding what they were talking about. Thank you. This is the most comprehensible introduction to the topic I have ever come across.

[@TheRealQuickSilver]

As a guy working on the biomolecular side of things in a lab full of material guys, I can reassure you that we feel just as stupid about your stuff as you do about ours 🤣

[@ekansh6969]

Hey , how much do quantum chemists make? in $

[@florinteleanu9049]

I am a researcher in the field of NMR and theoretical chemistry and this is by far the greatest piece of science education I have ever seen.

[@aniksamiurrahman6365]

In my past I worked as a researcher in MD simulation. I feel kinda sick how everything here is kinda guesswork, heck, mostly just blindly groping. I always wondered if there any way to map these interactions (between side chains and with the solvent) in real time. I heards about Femtosecond X-ray Crystallography, but that's very costly and out of reach for most lab and out of reach for all labs for many proteins.

[@leejakemc]

lol if this is the "greatest piece of science education you have ever seen" you dont research much then.! lmao .

[@leejakemc]

do you "research" the "PROOF OF CLAIM" of a "VIRUS" and why they have PATENTS!!? lmao

[@vanguardlol]

It's really rare to see this quality of science education outside of a master's degree lecture. You've really mastered the art of presentation

[@Nanorooms]

Thanks, I’m flattered! I’m only an undergraduate student.

[@安妮Bei]

I'm a high schooler, and this video single-handedly integrated concepts I learned in Physics, Chemistry, Biology, and Math into something extremely engaging. At my meager level of knowledge, it is rare to enjoy much of the "fun" parts of science while understanding all the concepts and lingo behind it. I've always wondered why non-competitve inhibitors could affect something on the other side of the compound, and this video inadvertently explained it better than any of study materials I've gone through lol. The best part is that I discovered this while procrastinating, so it doesn't even feel like studying, even though I am learning. This is the joy of learning-- it shouldn't be separated by arbitrary subjects, or between school and life. Studying doesn't have to be boring. After all, it is just another way of learning. Seeing these interdisciplinary concepts be connected and applied together to help me understand something I want to learn out of my free will is the most satisfying feeling in the world.

[@VictorKashyap-ie3zq]

So true, i am also a high schooler, who is interested in the field's of mathematics and physics, And to some extent molecular biology( since it is my girlfriend's fav sub also). I also discovered this channel while i was playing games and also in between watching yt. I feel surprised that only these kind of videos come in the desktop version of the you tube but maybe it is the algorithm or something else. I am preparing for one of the most toughest exams in my country and from an early age i have started to grasp the concepts early on so that i won't waste any other time in my higher classes. So if i could clear this exam then i can get admission into very prestigious universities and also get the environment and facilities for research. So for these these kind of youtube channels and people like you really show the talent and the curiosity for science and studies

[@YourNeighbourJack]

I am a molecule and this is by far the best description of my family and me

[@nitinmeena8416]

stop lying jack!

[@tates300monkyears4]

Most underrated KZbin channel ever!!!!

[@PaleBlueDott]

I'm only a medical student and a science enthusiast so I can only understand this on surface level, but still quite fascinating to see all the complex methods we have developed to understand how molecules work and interact.

[@cubism_2]

This is the part of science that intrigues me the most. Understanding the most fundamental concepts in biology, chemistry, and physics, understanding what the most basic parts mean, and seeing how these parts all work together to make the bigger things happen

[@raheem2845]

Great comment , I'm interested in this too

[@shreyassk1515]

I'm a quantum physician from the future and this by far the greatest piece of science education i have ever seen.

[@eqwerewrqwerqre]

Physician

[@gotaro69]

lmao Ic what u did there

[@WDS820]

The patient is dead and alive.

[@Fran-or3lt]

I live behind a bin at the back of Walmart on 15th street. This video has changed my life for the better.

[@4ndr00med4]

"Let's say you're an alien trying to understand how a car works" sounds like something Jerma would start a rant with.

[@patrycjawalo9633]

As a pharmacy student - the explanation of molecular modeling is on top!😀

[@mahdedarmo]

my goodness, I’m a data scientist working in geoscience research and I’m blown away! I wonder what the network diagrams of the communicability matrices look like..

[@oizson98]

As big as our universe.

[@laviefu0630]

I'm a 50 y-o autodidact and this is by far ONE of the greatest piece of science education I have ever seen.

[@Sazoji]

very interesting! my GNN course mentioned how these structures are used to predict timesteps in MD sims, but the course is more focused on epidemiology and interactome matrices.

[@diegobaldwin3549]

I've always wondered how we studied these interactions, I would have never guessed that it was as clever and interesting as it was shown.Molecular biology is really all about multiple disciplines huh.

[@therestartprince6418]

This visualization is perfect. Any body who is good at physics puzzles with the aid known combinations of chemical structures would be good at solving these instabilities. These are puzzles I am really good at.

[@surfaceoftheoesj]

Best channel on KZbin

[@petnotobg5245]

This is absolutely amazing... It's so masterfully done that I am genuinely stunned and at a loss for words. If there was an equivalent to the Nobel prize in educational content this should win it. Keep this up man, truly amazing work.

[@TheBioCosmos]

As a cell biologist who has some experience in protein biochemistry, I thought this was an amazing video. I used to do a bit of protein biochemistry a few years back, but now mostly working with imaging and cell biology. I love your videos. So beautifully crafted!

[@paaabl0.]

Thank you for not hiding the equations!

[@_abdul]

Apart from the subject itself which is Top Notch as well, This video is an excellent practical demonstration of The Scientific Method. If KZbin is Hollywood, This video deserves an Oscar.

[@ruchisingh2177]

Amazing... The way he explained and made the concept so beautiful.. Thanks for making these kinda content

[@jordanboysen4714]

I’m in a PhD for molecular dynamics and this is the video I wish I had when I started. This is amazing!

[@monad_tcp]

11:25 ah the dependency matrix of cyclomatic complexity. oh wait, this is not software.

[@itsmemakz]

Im a bioinformatics master's and this just perfectly described a course on structural Bioinformatics I took. Phenomenal work!

[@100daysummer]

The visualizations and the style of the video are of very high quality! Incredible work

[@live_free_or_perish]

Fascinating. Ive got just enough background to understand the science. Really enjoyed your presentation.

[@TourniquetTwin]

From a standpoint of the molecular biochemistry that constitutes life, these videos are visually and didactically excellent, and I wish I had discovered them when I was studying this. Well, repetitio est mater studiorum, and since I’m of the belief one is never done studying in life, I am very grateful for these audiovisual repetition cards. My autistic brain approves muchly.

[@Samu_Sango]

This video approaches to what I always have wondered about. That was fantastic!

[@rajathnaik2136]

Just 5 mins in, subscribed. Absolutely fantastic content. ❤

[@audreywandel]

Thank you so much for posting this, I have Asperger's and this makes sense ❤❤❤

[@krishnaraoragavendran7592]

1:42 Newton's laws of motion and molecular dynamics simulations. 3:28 The three body problem.

[@vlad0520]

you've really done a very good job mixing between biology and physics in a extremely creative way, keep it up

[@dipteeshukla7]

2:19 he thinks exactly like me. Thank you for catering my curiosity!

[@Jose-yx8bg]

What an amazing video! I'm a graduate student in Biological Sciences and I use this method in my undergraduate research! I really enjoyed the video, congratulations!

[@rexaimo1]

Man this brings joy to my day as a biology student, thank you

[@juliangrandvallet5359]

Words can't describe how amazingly good this video is. Thanks.

[@Kae-denator]

Physics makes me appreciate the world

[@blzr8]

Can knot thory be used for this application?

[@undertow2142]

I appreciate you’re bringing awareness to the truth that deep down all we are is Lego blocks, mechanical computers, and miniature machines.

[@FacilityMax]

I study quantitative biology and I have to say you're doing a great job at simplifying complex biological mathematical concepts - continue the great work! I also loved your video on morphogen gradients!

[@Zane_Alto]

Incredibly well put together! Not too simple, not too complex that you can't follow. Not to be picky, but in case it helps future views and outreach, I would recommend turning up the audio as it is pretty quiet, and possibly some quick dynamic range compression so that the volume levels don't vary when you talk a little quieter or louder. Anyways I'm happy I found this channel and will be watching more!!

[@loganchase4077]

As a senior undergrad molecular neuroscience student, it's crazy how this is the most educational video I have yet to see and it wasn't even from a course or professor. If only orgo professors gave these kinds of videos lol.

[@Nanorooms]

That’s funny. I’m actually a Junior undergrad 😂

[@loganchase4077]

That's freaking insane dude, is your major neuro as well?@@Nanorooms

[@Nanorooms]

Nah. It’s called integrated science. I mixed math biochem and chem

[@bringbackthedislikecount6767]

As a physics major who’s quite passionate to learn about life science as well, I can safely say that biophysics is perhaps the coolest subject you can take. Just such a shame that it’s not offered here in my university because of how few people are taking it

[@talroitberg5913]

If you study physics and a bit of biology in undergrad, you may be able to do biophysics in grad school.

[@alexandrebeaulac8953]

I'm currently doing a major in physics and a minor in biology. I'm also working in a biophysics lab. You could maybe find one in your university and ask the prof you could work for him. It's a great way to learn biophysics

[@DwarvesAndDice]

I started studying MD, specifically CGMD this past year and wow man you did an exceptional job with this video, I can only imagine what you've got in the pipeline for the future!! I was wondering how long does it tend to take you to do your calculations? And what kind of time step are you able to run with? Thanks and keep it up!

[@Nanorooms]

All in my friend’s paper in the description

[@magentafox1657]

I've got to be honest I'm still confused and I can't really grasp how this works, but it's cool to see this

[@ohedd]

Somewhere between the scale of the atom and the molecule is where the weird rules of quantum weirdness transition into Newtonian common sense. It's fascinating to see how well the interaction between drugs and proteins actually makes common Newtonian sense.

[@glenliesegang233]

The location of every amino acid in every protein in this structure is specified by digital information in base 64 encoding, one "digit" per amino acid. The information came first.

[@hrperformance]

This was an absolute pleasure to watch

[@sammiller4301]

Love this! I’m just getting started in structural biology research and think this is a great resource for science education

[@Bowserinator]

Unexpected three body problem reference

[@SamAlegria-tg4qu]

Great inteo video, thank you for this

[@Witcheridoo]

MOMMMM NEW NANOROOMS JUST DROPPED

[@juannicolasmunozortiz5399]

Soy un estudiante de secundaria colombiano, y espero algún día entender inglés para entender esto

[@moona3071]

wow... just... pure wow.. im so amazed to see this. im currently studying physics, and i hate it, but this inspired me to learn physics and try to understand it better ❤

[@AmruMagdy]

Love how she's writing on the board and explaining at the same time. The best way for information to stick. Great lecture professor! hbb gene 147 honey

[@apolloandartemis4605]

Thabk you so much for this!

[@Homerisnude]

perfect video! I am doin it with a different Virus, but the workflow is the same. Love it 10/10. If i need to introduce my topic to non sience people, i'm gonna use this kind of introduction. Maybe a follow up Video would be how to use that together with crystallographie or NMR to advance drug discovery.

[@MaryRodgers-l7h]

Thank you for making and sharing this.

[@ROForeverMan]

Consciousness is all there is.

[@sca4723]

Really thanks, too much apreciatted that you take this sience ( until now, underrated by the science divulgation community ) and explain even better than i would do it, from a full time MD student... thank you

[@juandavidgilwiedman]

Incredible video

[@Jugulator31]

You just proved that there's no free will and we're all just moisture machines.

[@baniduno4786]

me when i use basic logic:

[@Yilmaz4]

my thoughts exactly

[@teosprock3508]

M O I S T

[@johnrealnoob]

My physic teacher send me this clip . This is so perfect ❤

[@JordanBeagle]

11:35 It's kind of funny that they give parts of the squiggle body part names

[@janamarkovic6458]

Fantastic video, one of the best educational videos I've seen. Do you have any book recommendations related to topics similar to this or molecular biology in general? :)

[@TourniquetTwin]

Lehninger Principles of Biochemistry. It was one of the books we had at uni, and it has EVERYTHING you might want to know about the building blocks of life, metabolism, and how it all comes together in an entropy-defying biochemical symphony for the time of life in any being. Don’t let the size scare you away. The book could pass for a murder weapon, but that’s just because it needs to be that big to contain all that knowledge it can convey onto you.

[@janamarkovic6458]

@@TourniquetTwin Thank you so much for the recommendation, I'll definitely check it out!

[@Nanorooms]

Lehinger and Stryer are both awesome. I’m using both in my courses.

[@sobbski2672]

What do you think of RFDiffusion All-Atom? pretty cool right, RFAA too

[@potatolard9643]

I am a student right now and I am in love with this field of study. What college degrees and grad school programs would align with this area, currently I am trying for a biochem degree.

[@Nanorooms]

Biochem would fit nicely. An even better option would be bioinformatics.

[@BayAreaPressurePros]

I’m a molecular biologist and this aligns with a lot of what I do. Molecular biology is a lot of these field wrapped up into one (Biochem, Bioinformatics, pharmacokinetics, genetics, immunology, virology…..) go get a good MCB degree! (Molecular & Cellular Biology)

[@محمدعليمهدلي-ح6ق]

how do you make these videos? I hope you can make some tutorials explaining the process of such videos

[@alexdelarge1845]

this is a high quality piece of sciense man. thank you for such a content

[@Electronics4Guitar]

Nice explanations. I like the Taylor series expansion too. Also, the communicability matrix looks a lot like a 2-D FFT. I wonder if any additional information could be obtained by doing an FFT or some other transform on the data? Anyway, nice presentation 👍🏻

[@becerraluisc]

Could you please make this a series?

[@smileyp4535]

I can’t wait until education is universalized and classes start using info videos and such like this

[@wrog268]

0:56 that is exactly what they do but the. With X-rays to find the structure. I have seen the place where they found the structure of the sars protein at bessy II.

[@regulate.artificer_g23.mdctlsk]

I think your comment got broken.

[@fyang1429]

I work in structural biology (wet lab doing x-ray crystallography and cryo-EM) and we don’t trust MD at all. It’s funny to see that different groups of people doing MD can come up with different answers to the same system - yes I’ve even heard a group saying Arieh Warshel’s model is “crude”. Why? The models are too simple and often can’t take in account of the solvent’s behavior due to computation power limits. Even with QM/MM, the model can only understand what the experimenter puts in, which can miss some serious things. Also a lot of proteins can have turnover time magnitudes higher than MD could simulate. In summary, MD is interesting but often quite limited just on its own.

[@philidor9657]

Awesome video but as a chemist I can’t stop thinking about the 2HN- at 2:00 😖 Do keep it up though! Just not that notation hahah

[@Nanorooms]

Is Ochem your nightmare or sumthn? 😩

[@philidor9657]

⁠@@Nanoroomsnah O Chem is my jam I do it for a living! Would just be better to notate it as H2N-. So basically I’m just being a pedantic dork. Awesome explanation and demonstration of adjacency and communicability matrices btw. It makes the effect of drugs on their drug targets feel really intuitive!

[@seetsamolapo5600]

​@@Nanoroomsiupac is what he's asking for

[@Nanorooms]

Oh yeah lolll I just realized I made a notation mistake

[@luisborroel6052]

I realy love your work bro, stay scientific!!!

[@mamons30]

So we're just a bunch of vibrations? We've been vibin from the start?

[@scienc-ification2539]

beautiful video. one of the best I have watched. lovely guys. keep going. By next month, probably 100 K subs and soon a million. Amazing!

[@averykuo8956]

10:10 script shouldve been spooky instead of strange

[@IkromHere]

great ! keep making videos

[@saddish2816]

Im edging rn and this is greatest piece of sceince education I have ever seen

[@JohnnyApplePie15]

💀

[@Nanorooms]

🤔

[@johnfakes1298]

Mom! Nanorooms just dropped again!

[@johnfakes1298]

Nanorooms what is your education background?

[@Nanorooms]

Currently, honours in integrated science at UBC

[@johnfakes1298]

@@Nanorooms that’s dope. Best of luck.

[@tom-hy1kn]

If an alien came to earth he would say, that car must have evolved out of the earth over millions of years.

[@12kenbutsuri]

One professor said molecular simulations are great at explaining things, but almost impossible to come up with new concepts or discoveries. I am not sure how true that is.

[@theextremegigachad]

Did you use ChimeraX?

[@lobstrosity7163]

Very interesting and those graphics are fantastic. Is this the same tech as in those simulations that hopefully will replace animal testing in the future?

[@cupostuff9929]

11:14 exp expansion jumpscare

[@arimoku972]

What field of science is this, I’d like to get into it

[@davidevans3227]

how did you find this video...? i asked for biology and physics but is it chemistry??

[@lesussie2237]

I'm a microbiology student and I... couldn't follow

[@DanielDogeanu]

Doesn't the drugs that bind to the ACE2 receptor cause other problems with the cell? What is the role of the ACE2 receptor in a cell?

[@batbat6182]

Drugs that bind to the ACE2 receptor can interfere with the receptor's ability to control fluid balance and blood pressure.

[@miguelaguilar6802]

ACE is Angiotensin-Converting Enzime, it converts angiotensin I (a prohormone) to angiotensin II (a potent vasoconstrictor hormone)

[@regulate.artificer_g23.mdctlsk]

When developing an antiviral drug, one does not usually go after its' target receptor.

[@davidevans3227]

i stick currants in buns.. (making currant buns) nice video 🙂

[@محمدعليمهدلي-ح6ق]

how do you make the 3d bimolecular animation?

[@castheeuwes1085]

Did you try Google?

[@regulate.artificer_g23.mdctlsk]

Either they were using a simulation software (and took the animation from there), or they took a pre-existing simulation data and rendered it... or there's probably already a Blender plugin for making a simulacrum of a molecular dynamics animation.

[@محمدعليمهدلي-ح6ق]

hmm i need more details about that because I am interested this kind of things@@regulate.artificer_g23.mdctlsk

[@icyciho1441]

What’s the music used?

[@David-lp3qy]

MY GOAT GOT HIS BRILLIANT SPONSORSHIP 🙏🙏🙏🙏 I LOVE YOU

[@greylandrum9164]

Okay yeah man that's like the coolest thing ever

[@GavinŚ363]

I'm kind of confused. Why do the proteins seem to shake so violently, or honestly, why do they even shake at all? What does that accomplish? From the way the video presents it, some of the proteins shown shaking look incredibly violent and totally random. I just assumed it would be something more rhythmic. If they are indeed shaking or vibrating how the simulation presents them to be, is the goal of the medicine introduced to lessen or modify their movements in some way? Sorry in advance if these are dumb questions, this topic is way over my pay grade, just a dumb electrician. 🤔

[@Nanorooms]

It’s a combination of temperature and Brownian motion (water molecules and other particles hitting the proteins randomly). Molecules actually shake randomly like this all the time. In your cells, in your local bacteria, everywhere. AND IT STILL WORKS!! I think Drew Berry’s animations best explain how all of it still works fine even under these conditions. In fact, some of these proteins need that random motion to even work in the first place.

[@GavinŚ363]

@@Nanorooms Wow, I knew at the atomic level everything essentially just vibrated at differing intensities / energy levels correlating with higher or lower relative temperatures, but I never thought stepping up to protein scale there would be any similarities between the two whatsoever. We live in a fascinating time, and it looks like you're helping to make it a reality to finally turn so called "Drug Discovery" into the field of "Drug Engineering"!