Times Tables, Mandelbrot and the Heart of Mathematics

[@Sejf_]

I'm more impressed in how precise he is at pointing something that he's not seeing.

[@raffimolero64]

editing to match the finger?

[@jenniferhagler5718]

You ever watched the weather channel?

[@Raiom.]

Redstoneboi he is obviously not doing that because the circles are not moving.

[@TheBaldr]

He has a monitor out of view that shows him the composite of himself and the graphics, just like most meteorologist when they give the weather.

[@sarahjaynewilkes3604]

haha didn't think of that

[@21CenturyBreakdownX]

In grade school: Math is pointless! In College: Math is useful! Now: Math is flippin trippy.

[@Kenshinhugo]

well you should read into 3d fractals :-)

[@Ronan773]

If you take psychedelics it becomes clear the universe is fractal

[@karthik4495]

This comment explains more about you than math lol @steve

[@specialpetzpetz5020]

so true... the older i get the more i want to know (now only! F), but time unfortunately is running out....

[@twobob]

No, "math" just "is", people are trippy

[@DanielGonzalez-ff2df]

I’ve never had a KZbin video assign me homework

[@clasticish4565]

thats funny man

[@emadgergis6710]

Go watch Mathantics.

[@ts4gv]

btw, if youre stumped on that problem, consider negative numbers. specifically, any number 1-9 subtracted by 10.

[@specialpetzpetz5020]

A comment of note

[@jarredmattingly5369]

I'm dead🤣🤣😱👻

[@stevenvanhulle7242]

"Mathematics, rightly viewed, possesses not only truth, but supreme beauty-a beauty cold and austere, like that of sculpture, without appeal to any part of our weaker nature, without the gorgeous trappings of painting or music, yet sublimely pure, and capable of a stern perfection such as only the greatest art can show." -- Bertrand Russell

[@michaellinner7772]

At first I thought that you were waxing poetic but read to the end and realized you were just plagiarizing, lol!

[@stevenvanhulle7242]

@@michaellinner7772 I'd rather that you'd say "quoting" instead of "plagiarizing". Plagiarizing is stealing others' work and pretend it's yours. I DID say it's by Bertrand Russell. Have a nice day.

[@michaellinner7772]

@@stevenvanhulle7242 sorry I didn't mean to give offense. It was a poor choice of words.

[@paulbarton4395]

This Russell quote is on the Alan Turing memorial I believe

[@seekergraphix2487]

Then you say then that mathematics is the greatest art form, made by the greatest artist.

[@jacksainthill8974]

For me, this could be the most beautiful video ever made. I keep coming back to it.

[@Mathologer]

That's great :)

[@deanhedges2849]

It would be interesting if the konnaticol tones could be brought into string art of the Fibonacci sequence ... kzbin.info/www/bejne/o4CwfYWDm66MnJI

[@Davidamp]

Just got this recommended

[@migtvill]

This man has instilled a great deal of happiness back into my life.

[@kylebtlr]

This should be taught in every high school geometry class. We're so fixated on base 10, this is the way to address that in math ed. Everyone hated times tables, this is the gateway to showing how math is cool and past learning wasn't worthless.

[@andyschnell8842]

Makes ya wonder why we are not sold the beauty n design of other wise boring numbers???

[@andyschnell8842]

,,,at school in the conditioning years of our evolution,,,mmm???

[@Deliquescentinsight]

Very true, i like your thinking

[@maythesciencebewithyou]

As if this would make people like Math. We did this in Math class and also in art class, but guess what, people still hated Math. They may like to watch the patterns, if at all, as most people would even be bored by them. Even if they love Iphones and find out that you need to know bunch of Math to develop one, they'll still hate Math.

[@howardbaxter2514]

@@maythesciencebewithyou some people will always hate math. There is no changing that. It's like how some people, such as myself, don't find biological sciences that interesting. No matter what you do, some people just won't find it interesting or compelling. But, by showing the beauty of math, and how it goes beyond the cold rigid structure most people see it as, you will grab more people's attentions. Some people think math is not useful in the world, and that it is strictly confined to pen and paper, but when you show them simulations and graphs of basic mathematical functions, and how these functions can create extremely complex systems that can correlate to what we may see in the real world, then more people will realize how math is the language that defines our universe.

[@JarodBenowitz]

Mathematics is the landscape of all possible structure.

[@Insight-music]

Jarod Benowitz do humans use numbers or do numbers use humans?

[@climbtheladder9440]

@@Insight-music Both? Biologically, we sprang out of these structures through evolution, but it also seems like we (our consciousness) are an intregal part of the drive that keeps all of this flowing. Like the universe is a constant river of math that we are in, a part of, and also the current manipulators and eyes of this flow...at least on this planet.

[@dhanmonee]

Sounds like nerd bs

[@chrisfrerichs2321]

Thanks!

[@Mathologer]

For those of you who’d like to play around a bit with the stunning times table diagrams that we discuss in this video, download the .cdf file www.qedcat.com/cardioid.cdf and open it with the free cdf player which you can download from Wolfram Research (the people behind Wolfram Alpha and Mathematica). If you have access to Mathematica you can also open my .cdf file in Mathematica and play with the code. For those of you who are looking for a bit of a challenge, ponder this: 1) Starting with the fact that the nephroid arises from parallel rays being reflected inside a cylindrical coffee cup, try to convince yourself that the 3 times table really does produce the nephroid (some really neat geometry at work here, very similar to the argument for the cardioid that I talk about at the end of the video). 2) Why do the diagrams for all the times tables have a horizontal mirror symmetry? 3) Try to explain the pretty patterns corresponding to the 51 and 99 times tables modulo 200 that I display in the video (around the 9:30 mark). 4) (For those of you with a very strong math background) Try to figure out why the cardioid shows up in the Mandelbrot set. The discovery of the stunning patterns that I discuss in this video is due to the mathematician Simon Plouffe. Check out this article tinyurl.com/o2hbtsa and his website plouffe.fr for other stunning visualisations using modular arithmetic. Enjoy! Quite a few animations have been contributed by various people and linked to in the comments: Here is one of the nicest ones by Mathias Lengler: mathiaslengler.github.io/TimesTableWebGL/

[@PaulOMalleyDublin20]

As was said on the video. For any N the reflection and thus petal like structure is similar to N-1 light sources. The internal patterns look like interference of those waves. While the petals are at the edge the reflections in the center are perhaps additional symmetries caused by reflections of ever more complex surrounding shapes. I've no special knowledge and so as I'm running out of words to express my idea my hope is it's understandable. I've watched it a few times, there's much to think about in this one.

[@Mathologer]

+Mathologer Also, check out these cool animations by Johan Karlsson codepen.io/DonKarlssonSan/full/meQOvp/

[@PaulOMalleyDublin20]

Lovely stuff.

[@psionic0]

+Mathologer With regards to 2 and 3: 2 - The equation for the target point P is: P = (N x T) mod M Where N is the starting point, T is the multiplier factor and M is the number of points (the modulo) The horizontally symmetrical starting point of N is (M - N), so the equation of target point P' from horizontally simmetrical starting point is: P' = ((M - N) x T) mod M which can be written as: P' = (M x T) mod M + (-N x T) mod M = (-N x T) mod M since (M x T) mod M is always 0. (-N) is N when we're labelling points in counterclock-wise direction, hence P' is P in the same labelling system, so, like the starting points, P and P' are also horizontally symmetrical. 3 - Provided that (4N x 51) mod 200 = 4N, for 51 pattern we got four kind of lines: I) 1 + 4N points go to 51 + 4N points, which is a quarter of circle ahead II) 2 + 4N points go to 102 + 4N points, which are diametrically opposed (they trace the diameter lines in the pattern) III) 3 + 4N points go to 153 + 4N points, which is a quarter of circle before and can be written as -1 + 4N so is symmetrical case of I), and then we know that if 1 + 4N goes to 51 + 4N, also 51 + 4N goes to 1 + 4N so it's there are no extra lines. IV) 4 + 4N (or just 4N) points go to 4 + 4N points, which is the point itself So, other than the diameter lines, the pattern traces a rotating line from 1 + 4N to 51 + 4N, which resemble to a cicle Finally for 99 case, we see that (N from 0 to 99): (2N x 99) mod 200 = (2N x (99 + 1) - 2N) mod 200 = (200N) mod 200 + (-2N) mod 200 = -2N We then got two kind of lines: I) 1 + 2N (odd points) go to 99 - 2N. It's the horizontally opposed point, and all trace horizontal lines: 1 -> 99, 3 -> 97 and so on. I) 2N (even points) go to -2N. It's the vertically opposed point, and all trace vertical lines: 2 -> 198, 4 -> 196 and so on. I also tried to figure out point 4 about mandelbrot set, but cannot get to a conclusion so far. I started from cardioid parametric function but I suspect the explanation is easier that what it looks at first.

[@Mathologer]

+psionic0 Excellent work :) Did you already check out the answer to 1 that I added to the description of the video ? In terms of 4 I actually don't know of a really easy explanation myself. I also suspect there is one and it's on my long list of things to ponder.

[@amenx1144]

I was studying for a test and all of a sudden I was like "oh my god is there a cardioid inside my coffee cup" it's fascinating to see math in real life! there's something really appealing about this weird shape, for some reason I find it very aesthetically pleasing

[@ernestjohnson3261]

I'm gonna notice them now all the time

[@sizzleshnizzle9484]

When you look anywhere in life there is a geometry to it. Nature uses the force in which we use a tool called mathematics to measure and understand. Fractals, fibonacci spirals, golden ratio the cardioid when the is light and a circular reflective object. Everywhere you look you can use mathematics to understand and that is the language of the universe. For me that proves to me that there is a creator of this existence whether is is any of the traditional religious diety or something we have not considered there is definitely a creative and destructive force at play within our universe.. we are here to figure out what this place is and how to utilise the lessons to make our coexisting but seperate worlds work in synergy.

[@lockpickrogue-yc5wc]

🍑

[@studiohq]

I'm an artist You have NO Idea of how important this was I have been looking for years on HOW the math of making fractals worked and Mathologer just gave me the answers I was looking for in an easy to understand explanation! THANK YOU!

[@Mr440c]

The more complex the figure becomes the more it looks like it starts to have another dimension. They start to look spherical!

[@marcoottina654]

So I'm not the only one figuring it out !

[@SantNabi]

That was The Whole point

[@joostieman10]

The explanation with the lightsource also explains why the pattern is symmetric, as the source of light in all the directions has an exact opposit on the other side of the horizontal axis. Very interesting video :)

[@LivesavingSuccess]

Once i took lsd and i saw patterns like these moving in my head. I didnt See them more like felt. It was like Time, conciousness, vision, hearing and feeling were Working together to create geomatrical patterns you cant usually see With your eyes. Ive never heard of this stuff before but it seems like it plays a Major role in our World.

[@PIC18F]

I became hypmotized and for a moment I thought I'd solved the mysteries of the universe.

[@CalvinHikes]

It did feel that way.

[@miletech]

u wot m8

[@haniffrazri6023]

Its somehow make me remembering sigil.. like the sigil they said solomon king hide..

[@aidengary5748]

Hypmotized

[@Deliquescentinsight]

Yes it can have that effect, as if there is an underlying pattern which if we could only grasp it, would reveal all mysteries

[@SehnsuchtYT]

I feel like this is really significant but I don't know why

[@grantaum9677]

Reality follows this pattern on every possible scale 🕉

[@mrsirman2177]

Haha exactly

[@bruzote]

Humans strive to fit observations to patterns. For humans, recognizing patterns can improve survival. Since it is that important, you evolved to FEEL that understanding relationships (including seeing patterns) is good. That's why. Sure, there might be applications for this math, but it doesn't matter. When you see a pattern emerge, you are programmed to feel pleasure at some level.

[@ObeyCamp]

Geometry is the language of god.

[@mrsirman2177]

@@ObeyCamp Damn, that is an interesting quote, I'll remember it forever

[@junaid-vc3js]

I like the way he kept the scope of his presentation so precise and to the point and anyone with no maths background can enjoy- excellent work

[@michaelfox9852]

Humanity: Let's decode the universe. Universe: Look at all the cool things you can do with butts!

[@eboubaker3722]

Comon dude, be serious

[@TommyGunsXL]

mASSematic

[@bruzote]

The universe is doing nothing of the sorts. You are personally seeing butts when humanity in total sees and feels so much more.

[@VideoGameStormers]

well i and 130 something others have found his comment worthy of a like while your comment doesn't have much appraisal at all.

[@SaintNath]

thanks for this comment :D - nice lecture though it made me think a lot

[@delandreth]

This might be the most beautiful and incredible thing I have ever seen. I've been interested in fractals since I was a young child, though I had no idea what I was seeing until I was in my late teens/adult years (I'm now 26). Also being able to see a a new way of looking at my times tables is so fascinating. After teaching a student about logarithms and really starting to understand some more of the patterns found there (I'm sure there's loadsmore that I'm missing, my maths education stops at vector calculus and double integrals), the multiplication->exponent connection is extremely interesting and has left me pondering a lot as to why that connection is there and where else it shows up. I just found your page tonight and really have enjoyed the clear speech and the incredible visuals. Having watched many Numberphile and ViHart videos, this whole way of viewing maths really clicks with me. Thank you so much for making this, Mathologer!

[@Mathologer]

Glad this worked for you and thank you very much for saying so :)

[@dewdewism]

kzbin.info/www/bejne/boLUfKN8druerck

[@mconway0003]

this changed me

[@bunbunnbunnybun]

Theres a but i my tea

[@josephgrossenbacher7642]

"multiplication - exponent - connection" : see complex analysis v functiontheory (also with several complex variables) & riemannian-surfaces --> an instance of the ambiguity of some complex valued holomorphic functions.

[@hyypersonic]

I’m seriously procrastinating from doing my math homework to watch a video about math 🤦‍♂️

[@lightspiritblix1423]

Jormungandr Honestly, me too.

[@discreet_boson]

Same

[@emingevorgian]

same

[@luigikart222]

this math is way more engaging and fun than school math. absolutely same

[@admi_nw]

Same ;(

[@light-master]

Considering he's really looking at a white wall, he does a very good job of looking at where the animation will be later on in post.

[@secondarycontainment4727]

Pretty sure they either projected video there or simply edited out a circle drawn on a whiteboard (in post) ...take note of his arm sorta disapearing when he points into the circle area.

[@xXJ4FARGAMERXx]

Have you also considered the fact that the computer can also convert the 99% white pixels? And he can just point to the part that's 99% white because he has eyes. And the computer can still convert it

[@democratic_chocolate2067]

Those animations were awesome....you must have worked hard on them.nice video and good luck for your future

[@tomsullivanchannel]

The flow within the patterns is a beautiful dance and I love the way that you can see it in the math and that you are teaching what's hidden from most of us, without a hint. Thank you.

[@duh4572]

You sir, never fail to amaze. Outstanding!

[@aglees2b]

For sure. That was most excellent

[@shumeister1059]

Thank you for showing math in such a beautiful way.

[@nothinginteresting1662]

I can always expect Mathologer to make my life fascinating by bringing these amazing mathematical discoveries to my notice.

[@ronkirk5099]

Math is beautiful and can explain the natural world.

[@neomonk5668]

My childhood Spirograph was a math engine of art.

[@stv_iostream]

Damn, i thought only soviet russia children had spirograph as a toy

[@BeatrizRuco]

Юрий Назаров i’m brazilian and also had one. I didnt know URSS invented it :0 awesome !

[@garyvallone5393]

My girls are playing with a spirograph right now. Which is what inspired me to look into it further. I'm a plumber and no mathematician but I was always intrigued by this toy and knew it was phenomenal math

[@DSimonJones]

I spent hours doing spirpgraph as a child I loved it. I never thought about this math connection. It's awesome thank you so much for sharing.

[@Kamau2012]

Simply the best spirography video on KZbin. It explains how and why the formations happen.

[@foobargorch]

Oh no, I was really looking forward to the coffee cup example for n = 4

[@firefly618]

I suppose it would have to be a trumpet bell-shaped coffee cup, with the sides following an x² curve. I don't know if it exists.

[@mailliw94]

multiple light sources, bro.

[@rohitgulati2500]

I think it would be inverted conical shape..

[@robertlorenz2492]

@@rohitgulati2500 so a beer stien

[@SonariNeiracchen]

I really like how his hand goes through the diagram. Gives it some nice perspective. Most people don't see it as professional, but I personally believe the combination of CGI and real life images created in this manner are quite satisfying to watch. Well made video, great editing, and the explanation was rounded very well! Also, great voice ^_^

[@voxeledphoton]

It's so weird when you discover these things for yourself and then look it up and other people have found it already. I was messing with geometer's sketchpad as a freshmen in high school by using two concentric circles and a line between the two and animating both points around the circle while tracing the line. Kudos to all those who discover these things for themselves even if they've already been found by someone else. Discovery is so much more rewarding than having someone else tell you everything.

[@brucedickson6019]

Quite beautiful! One of my primary school projects was to construct a string version of a similar pattern. As I approach retirement, patterns emerge everywhere. Never in my wildest dreams did I think the wheel would turn so completely. :D

[@seanhuggins5382]

Thanks so much for this video! I was able to apply my programming skills and create a simulation of this in Java.

[@Mathologer]

That's great :)

[@Keex11]

So I'm not the only one who immediately thought "yeah I'm going to make that" :-) Fun stuff

[@joogps]

i’m so excited to recreate this in processing tomorrow!

[@csgstormer]

Sean I know this is like never going to be seen by you but if it does, please help with this crazy idea I have: Would it be possible to match up the Symmetry and time table with the symmetry of music? Hopefully you can grasp the seed of the idea but basically I want to visually capture the symmetry of a song using times tables. How can I do this?

[@XHappyKillerX]

Chase Gielda Hey, what exactly do you mean by the symmetry of music and how do you want to apply this to the time table?

[@Troglovi]

As a kid I used have a game called Inspiro. It contained several plastic cog-wheels and other curved shapes with holes, in which you put a pen and rotated around to create beatiful shapes. I definitelly remember some of those you presented in this video.

[@6789uiop]

How did I fall into this rabbit hole? This stuff is an absolute trip.

[@aarongreenfield9038]

When you see that shape in your coffee, it is screaming drink me.

[@wewladstbh]

Couple of years studing number theory and group theory ought to do it

[@NovaCyn]

The symmetry is clear if you are familiar with modular arithmetics, or the modulo operation. The modulo operation takes a number and a base often written in programming as a%b (a is the number, b is the base) and returns the number that can be found by adding or subtracting b from a any whole number of times. This is actually how we get from 26 to 6 in the first (base 10) circle since 26%10 = 6. Now the symmetry comes when we look at the relation between 1 and 9, 2 and 8, ... n and 10-n: namely that they are just n%10 and -n%10. So when we go from 9 to 18 we could actually say we go from -1 to -2, which is the same as going from 1 to 2 but on the other "side" of the "mirror" Notice that 10 can easily be subsittuted with any other base b and therefor this symmetry holds for all the circles. Yea I know that probably wasn't extremely clear. But its 2AM whatdya expect :P

[@Mathologer]

+Phijkchu_Cute_Phijkchu Full marks for that explanation :)

[@brainoutyakabrainout]

That was very helpful to me, thank you. A guy named @Clay_Odem and I (@brainouty) in twitter, are discussing this in the context of a de novo review of Unified Field Theory and whether energy is or is not wholly separate from mass, and if is, whether energy creates mass, and if does, how dow QM fit in. He's an EUT proponent. Thread with this video attached, is here: brainout.net/frankforum/viewtopic.php?f=20&t=549&p=3642#p3641 Thank you again.

[@poopcatapult2623]

Brain Outy energy and mass are very different things. If you somehow had the idea that mass is energy, you were probably confused by the famous E=mc^2 formula. Energy creates gravity and only in a certain sense mass, as in quantum field fluctuations which increase with increasing energy density.

[@mckillalaberry]

Oh my goodness, as an artist this is a cool new way I can utilize precise patterns Math always had cool ways to do art

[@gammazzz3894]

the patterns that dance in the middle looks like gazing into a crystal ball, beautiful

[@antonyjohnson4489]

Absolutely beautiful and absolutely fascinating, just simply mind-blowing. Very well explained and illustrated too!

[@EquaTechnologies]

Math is SOOO connected - every single thing connects to itsself - Pi to Julia Sets to Mandelbrot Set to Times Tables to Fibbonaci Sequence to Newton's Fractals - This is why I love math

[@hamidhshaikh5707]

Now I got it why they say, "Maths is beautiful, Maths is not a dry subject, Maths is very interesting". Thank you for this video.

[@AnjaHuebel1]

Yes, it's a little-known secret that mathematicians just like playing around with numbers, functions, sets and things like children with lego! The amazing thing is that so many really useful things emerge from their play! Or maybe that's because maths is truly at the heart of this universe.

[@angsterweltschmerz779]

Maths is astounding beyond alls!

[@Armagedon.]

It's amazing when we connect our knowledge we can observe the logic behind everything around us

[@yahccs1]

Beautiful - it just shows how times tables are a key to so much more mathematics... I've never seen them visualized like this before. Amazing!

[@kosewiz]

Como la simpleza de las tablas se relaciona con la sutileza y la hermosura de los patrones formados que bien se encuentran en el mundo que nos rodea, un privilegio poder verlo. Gracias por su trabajo y por compartir conocimiento!!

[@monatooo]

the ending was really satisfying

[@fab4fan173]

This is awesome. I'm more impressed the more I watch. Thank you for sharing your knowledge in such a simple and beautiful way. Maths is beautiful!

[@tjmmcd1]

Fascinating. The very foundations of creation are based upon math, geometry, light frequency and the frequency of vibration.

[@stephendavis7112]

Careful of mistaking models for realities. You only know the isomorphisms.

[@maxwellsequation4887]

You don't know

[@vegut]

:0 I saw this on ayahuasca! I couldn't find a language to it until now, cheers!

[@XxfishpastexX]

Jorge Verona why would you waste an ayahuasca trip on KZbin

[@vegut]

Alejandro Reyes I didn’t, do you do that son?

[@fartkerson]

​@@XxfishpastexX I think he meant before he had seen the video, this appeared in a trip, but he didn't have the words to describe it before finding this video.

[@XxfishpastexX]

martk fartkerson ohhhh!! Yeah definitely makes more sense. I’ve seen cool geometric structures on my trips as well. I hate the internet when I’m tripping though, which is why I made my comment.

[@vegut]

@@XxfishpastexX yes is best to do it far from the city, all electronics have an effect on it. I don't do it often either, too much information that needs to be understood, I let coincidences happen, like finding this video

[@jorgeluiszimmerman3487]

Mathologer is one of the greatest exposers of the 'secrets' of mathematics, he makes the abstract visible and intuitive

[@Rene_Voortwist]

You must be the only mathematician with swag.. 🙃That was really cool. One of the few times I actually enjoyed some explaining math. Childhood trauma slowly healing..

[@NocturnalJin]

Heart shape? When I was a kid we used to say "There's a butt in my tea!"

[@McEffinHat]

They decided "arseoid" was too sophomoric and settled on "cardioid" instead.

[@btat16]

Jeff Benson Jesus mate I spilled my cereal on the table

[@OolTube02]

"Rectoid."

[@inactive-k9j]

hahahahahahahaha, theres a butt in my tea. hahahahahahaahahah (i LOVE carioids and fractals and stuff)

[@overloader7900]

@@inactive-k9j It is badass tea

[@venkatabalajite4988]

Absolutely beautiful, showing how much the symmetry and beauty of the Universe is hidden in seemingly boring or laborious mathematical pursuits

[@sibbyeskie]

Finally. The mathematic formula to find permutations of multiple-cheeked butts.

[@alquinn8576]

beep, beep, beep. back up those big bootied bitches

[@halasimov1362]

Mandelbutt

[@NStripleseven]

...

[@mathphysicsnerd]

And now for something completely different;

[@thadsuits3835]

Great stuff. I noticed that if instead of a multiplier you use exponents, you can make the resulting "exponential table" illustrate an interesting property of number theory. Using any prime exponent (in place of the multiplier) along with a modulus of the same prime number, no lines at all are drawn. This a graphic illustration of Fermat's Little Theorem dealing with congruences.

[@Mathologer]

Great idea :)

[@nerdalert226]

Wow...

[@Hunbatz_5]

I thought of doing that too, do you have an animation of that?

[@chimetimepaprika]

This channel has considerably improved my existence.

[@diegosourux]

Math, geometry, poetry... that blows my mind

[@SuperStingray]

I'm not going to lie, this video blew my mind.

[@ivanovicsharapova2402]

Few times in my life had my mind blown today I found something new to learn 🙂

[@SequinBrain]

so when grandma was crocheting her doilies to put under lamps, she was teaching us about math, thx grandma!

[@clos4021]

I'm a simple man. I see creation expressed geometrically, I click.

[@SolveEtCoagula93]

One thing that never cease to amaze me is how complexity arises from such simple rules. This must be very meaningful - but I have no idea what?

[@ProDigit80]

12:17 kind of makes me think of the order of the universe, and life, in a simplistic way. In the beginning of this segment, there's lots of moments of order (12:25, 12:29,..). The further you go, the less orderly the ray patterns are, the less frequent there's a moment of order (or pattern) that we recognize (eg: 13:07, 13:13.90). I think in the universe, even life, we can compare amoeba, bacteria, plants (the beginning blocks of life), to the beginning of these orderly states. The further we get along the video (@13:07 minutes in the clip, and further) the more complex the structures become, resembling the more complex animals on this world (mice, dog, ...). Until you come to the a 'last' orderly state or recognizable pattern (13:29); which can be compared to the pinnacle of creation, a human. This state is much harder to find, because the window of time, to recognize this pattern is much smaller. While the patterns in the beginning are easier to recognize due to their reduced complexity, and can be recognized even multiple frames away from their final (and perfected) form. You'd think everything is a mess, but then out of nowhere, there's order again. A very complex, yet beautiful order! Yet, the question is, if beyond this, there are more organized patterns one can find, if one would scan only fractions of a frame instead of full frames; or if this last organized pattern is really the final organized pattern, and anything beyond this, is just chaos leading to infinity? Could it be, that if we re-sequence DNA in a way, could end up with a pattern so complex, a creature far more intelligent than us could evolve, like we would when unraveling new, and more intricate patterns in this scale? If the times tables can reveal another (or more than one) organized pattern, after many iterations, it could be mathematically proven that there's a possibility that there's another state of DNA that is superior to humans that could exist or come from the natural evolving and unraveling of these patterns... After all, all creatures are created with the same building blocks, just a different mathematical formula is applied to them, resulting in a different DNA strand, resulting in a creature with entirely different features and intellect.

[@ProDigit80]

Like a disorderly pattern, would just fall apart, like in a DNA sequence, if the sequence isn't properly aligned, the creature won't be able to grow, or exist. The further along the chain of patterns you go, the more strings are used to connect the points. These strings need to enforce one another, for a stable picture. Just like DNA, if we see a complex image far down the scale, but the rays aren't enforced by other rays, in nature, the DNA would fall apart. Which is why chaos, doesn't breed in nature. Only order does. It's that order that could help us solve certain things of life and universe, if we get a better grasp on them... While the Mandelbrot is just a mathematical equation, it can illustrate in simple ways how the universe and life works; If someone could just gaze long enough upon it, and find the correlation...

[@gasun1274]

you're describing chaos, which is deterministic. life isn't all that special from a statistical perspective, check out sabine hossenfelder's video on free will to know more.

[@saintmay1952]

@@ProDigit80 you're assuming a lot.

[@BobbyChipmunk]

Oof

[@alekskrakoew8584]

this video is so important

[@larryg3446]

how so?

[@SKIP__ADS]

Yes it is

[@Housenumber68]

How?

[@mynameforever1]

Mathematical example of synchronicity

[@file_not_found5606]

you can say that again

[@ralph3295]

I really like the kind of educational and informal style of the video with the camera man in the back talking

[@eXtremeDR]

Great lecture and nice presentation - thanks for sharing. When' done over multiple dimensions- then the results are beyond amazing - from detailed plants, flowers over insects (even with detailed wings, legs, etc.) to fascinating singularity structures. Meanwhile I'm sure a DNA sequence is exactly the same - a time table for this fundamental principle.

[@paulomartins5071]

+eXtremeDR The Congruence Fractal.

[@pizzy1992]

+eXtremeDR many natural structures are frattal-like,for example,the lugs,plants,shells etc....they have to be,in this 3d world,with the minimum volume and the maximum surface ( Monge sponge)

[@jannikheidemann3805]

Romanesco is the most obvious and beautyful plant fractal.

[@Astronut128]

Its strange how KZbin recommended this video to me today, since just a few hours ago I tilted my water glass and was intrigued by the shape the light was making on the table...the Cardioid.

[@nightvisiongoggles]

KZbin hears your thoughts

[@haroldbn6816]

Spooky

[@Onkarr]

0:48 some strange serendipitous stuff happening! This is like a godsend for a piece of art I was working on 👏👍💪

[@NASkeywest]

“Folgers coffee, the best part of waking up. Is fractals in your cup.”

[@walterh2113]

How on earth do you even get all those T- shirts

[@Mathologer]

Most of them I make myself :)

[@walterh2113]

Very cool idea! I like your videos by the way.

[@UsmanTariq1992]

Any plans for creating a merch?

[@anthonygutierrez1895]

Mathologer I love the pumpkin pie one

[@Shilpikachhwaha]

Mathologer please upload the video how you paint the tshirts

[@ben_jammin242]

I simply love how the chaos and patterns are punctuated by "spirals." Super interesting. Thanks for the content! Edit: And they even change direction! lol

[@heikelandres4941]

Something i am trying to find.

[@sfundomabaso3200]

3:16 I've seen this in calculus 1 where we had to draw beautiful pictures using trig functions (Polar curves) to determine the area

[@wewladstbh]

Don't forget the Jacobian!!!!

[@SRAVANAM_KEERTHANAM_SMARANAM]

Sir, What software is sued to draw these cuves shown at 4:00 minutes duration of the video kzbin.info/www/bejne/p5nFpn6Yra-moZo

[@robinwells8879]

Memories of my Spirograph set in my childhood.

[@ajaykumarmaruvada9113]

Thank you for al u have done to us . U have literally shown what is math and why it is supreme and beautiful. We need gurus like u there . We wish our education system changes more from learning and knowing and not totally proving u r learning by a bloody damn test which is a blank question paper. HAPPY TEACHERS DAY!

[@joshthomson1998]

I am majoring in sound production and deal with Cardioid Microphones all the time. It's really interesting to see the math behind it and I think it could be really cool if you guys went over the math behind a microphone.

[@deplorableamerican9451]

I'm not good with mathematics. I simply cannot think clearly with numbers, However; I do wish to I be good at Mathematics some day. I envy you, Thank you for the videos. 😊

[@tinkeringtim7999]

I like to see a re-visit of this, over the years he has allowed himself to give nore details to his audience. A new version could be epic.

[@s7eve1980]

funnily enough, the cardioid microphone is in german "Nierenmikrofon", which directly translates to "Kidney Microphone"

[@Mathologer]

+Stephan Fabry Bin zwar in Deutschland aufgewachsen aber das Wort kannte ich noch nicht :)

[@bunbunnbunnybun]

What

[@NBryanBlack]

I am really interested in the microphone applications of this, and hope you have already made the mentioned video! (I haven't looked yet, as I wanted to thank you for THIS video!) In this video, I already saw implications of microphone patterns, especially when you drew the patterns using the two circles. Microphones develop their pickup patterns using interference patterns that depend on how much sound is allowed to reach the back side of the microphone. The nephroid pattern is pretty similar to the figure-8 (or bi-directional) pattern as well. If you haven't already made the microphone pattern video, I would like to voice my vote in favor of your doing so! (and in case you have, I'll look for it now!) :) Thanks for making this video!

[@xX1GuNNy1Xx]

EXCELLENT!!! but um, no yellow on lines anymore please, especially when its high density, hard to see :D

[@saccharinesaccharine9175]

HI BABY memory set game water ocean fan baby

[@saccharinesaccharine9175]

HI BABY memory set game water ocean fan baby

[@joycevaldes4548]

I never ever heard of this til am this morning and I am fascinated...numbers are the meanings to the universe...I loved it and want to learn more!!!...Thanks... Joyce in Tahoe

[@doudsbass]

That animation around 8:20 is brilliant ! Thanks for sharing all that, I think it's even worth a slower and longer version of twenty minutes or more 😊 What's amazing to me in this type of progressions is that it seems endless and alive. It's like a breathing : while at the periphery the number of petals is increasing and they're all rotating in a counter clockwise motion, at the center the petals are spiralling in a clockwise motion and their number is decreasing. It goes in cycles. Both sections (the center and the periphery of the disc) are like mutual conjugates. They evolve anti-symmetrically like a moving illustration of the "action and opposite reaction" principle ! If Nassim Haramein saw that, I think he would say that it needs to be thought of as multiple 2D projections of a moving 3D object. He'd go on with holographic beauties. I'm curious what would say Theoria Apophasis too !

[@YZOBEL5000]

your channel is sooo nice and symphatic

[@handsome_man69]

+MErCH sympatisch :)

[@EsmaelM-ze8nk]

This man gave me hope to my life. I reborn with new career.

[@dimospas]

Excellent visualisation! Well done!

[@Mathologer]

+Dimos Glad you like what we are doing and thank you very much for saying so :)

[@DerRobert28]

Wow, Mathematics can be THAT beautiful!

[@maroocalero6725]

I can sea the curve of áureo number in some moments when a new picture is created ... Is magical and beauty !!

[@arhamshahversatile]

It was sooooooooooooooooooooooooo Interesting. I like this video so much, that I can't express my feelings!

[@stephenjablonsky1941]

It reminds us of the mathematics of nature. I'm just sorry my math teachers didn't show us stuff like this.

[@Blessy4543213]

they don't even know them, they are ignorant,it's a sad truth

[@cevs3123]

@@Blessy4543213 my teacher actually did drive a Prius

[@Insight-music]

Stephen Jablonsky do humans know numbers or do numbers know humans?

[@stephenjablonsky1941]

@@Insight-music When you listen to music, is the music within you or are you within the music?

[@Insight-music]

Stephen Jablonsky haha touché! I make music, err... actually music makes me

[@JudyTepley]

This is fabulous, thank you. I make Temari thread ball designs and have done some patterns using simple versions like the 'astroid' as design elements. this connection to Times Table helps to sort out much better in my mind the why of several ''string art'' designs I've not tried yet. I had never had it explained in this manner and relationship before.

[@christophersoren1768]

Mathematics of cellular creation...run by energy, frequency and vibration... Sound. God's hand!

[@kevinocta9716]

I am really loving this channel! Thanks for such interesting material. SUB'D!

[@Mathologer]

+Kevin Octacok Great, thank you very much :)

[@lesromanchuk1293]

He makes a good point about why did it take so long for you and I to hear about this. It's amazing

[@wildchild1161]

what if this was done on a 3d surface like a ball .

[@omrialkabetz5602]

You can get an impression of it by looking at the 3d generalized Mandlebrot set: kzbin.info/www/bejne/j6WneGSVbJuSaM0

[@matejlieskovsky9625]

Please elaborate! How would you do that?

[@omrialkabetz5602]

I don't know how to do it mathematically, but you use quaternions instead of complex numbers to form the three-dimensional mandelbrot set. And as he mentioned in the video, the mandelbrot set has the approximated shape of the forms seen.

[@matejlieskovsky9625]

@@omrialkabetz5602 correct me if I'm wrong, but quaternions should lead to a 4D Mandelbrot. And I still don't think that's what was meant by trying it on a 3D surface.

[@omrialkabetz5602]

You could indeed be correct, I don't have any experience with quaternions so I don't know. I suggested it as a way to expand the concept into 3D, but in order to be sure that it's a natural generalization, a more rigorous analysis must be performed. If you have any further insight, let me know.

[@robfurnari1]

Really impressive! Fantastic!

[@MoodCandy79]

I know this is semi old by internet standards but I have been trying to remember what these were cause my elementary school had us make triangles with thread that looked so cool but that almost 20 years ago. Thank you so much!

[@BabangidaIbrahimBabura]

Any guide on how to plot this objects? I love it especially with the interactive animations. Math beautiful.

[@jonaslinnros8616]

13:37 minutes long, nice

[@blameful4814]

Did they do it on purpose though?...

[@bryangodwin9348]

+Jonas Linnros Peter said to him, Lord, why cannot I follow you now? I will lay down my life for your sake.

[@ainsleyfan6926]

+Jonas Linnros nice meme

[@dannygjk]

Stoner.

[@sofia.eris.bauhaus]

btw: anyone else has the feeling that suspiciously many songs are 3:14 min long?

[@ginnyjollykidd]

All the "flowers" that descend to the middle reflect back out to the circle perimeter! Wicked! Like a previous poster said, math is trippy!

[@ginnyjollykidd]

In geometry in high school, the first few lessons were to teach us that a proof can be done using complete nonsense as long as you can infer stuff from your axioms. In these chapters, the first group corresponded by mapping one of the widgets called "evitans" to 2 "edobas" and each edoba accommodates up to 3 evitans. Pure nonsense. I could map 4 of one to 4 of see other. But when they said prove six of the first map to 4 of the other, I gave up. Nothing made sense. Not even reversing the names to "native" and "abode." I looked at the next page and saw a diagram of 4 points mapped to 6 lines (4 that made a square and 2 diagonals that crossed) Now it all made sense. Why didn't they do that to begin with? I guess that's also a lesson to teachers to make their subjects eminently accessible by bringing up real - life examples.

[@hayrayna1314]

WOW! I'm seeing the foundations to the earth being laid down.

[@bontoss3082]

*foundations of the universe and all reality