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Calder Ruhl Hansen
Приєднався 5 тра 2016
Visual Instincts
Visuals can be really useful for communicating all sorts of things. To take full advantage of a visual medium, you’ll need to have visual instincts. This video describes what visual instincts are, why they are useful, and how you can develop them for yourself. It was prepared with consultation from Stanford Design Program Lecturer and Swayspace partner Patrick Fenton to explain, illustrate, and broadcast the principles behind Stanford’s visual instincts courses.
The mission of the visual instincts series at Stanford University is to help students develop visual skills that will enable them to communicate more effectively in an increasingly visual world. The series is comprised of 2 courses, Visual Frontiers and Visual Expressions. In Visual Frontiers, students learn how to use graphic design to communicate online, in person, and through printed matter. Visual Expressions is a hands-on exploration of the elements and principles of 2D and 3D design common to all the visual arts.
The mission of the visual instincts series at Stanford University is to help students develop visual skills that will enable them to communicate more effectively in an increasingly visual world. The series is comprised of 2 courses, Visual Frontiers and Visual Expressions. In Visual Frontiers, students learn how to use graphic design to communicate online, in person, and through printed matter. Visual Expressions is a hands-on exploration of the elements and principles of 2D and 3D design common to all the visual arts.
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Відео
Pendulum Wave Music
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A pendulum wave (example: ua-cam.com/video/yVkdfJ9PkRQ/v-deo.html) occurs in a series of pendulums with carefully chosen lengths such that, in a particular period of time, each pendulum swings back and forth one more time than the one next to it. This video is an abstraction of that phenomenon, with dots moving back and forth instead of pendulums, but the principle is the same - in 2 minutes an...
The Science of Color Perception
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This video explains what colors are, and how we see them - it’s more complicated than you might think! This is my video for the 2016 Breakthrough Junior Challenge (breakthroughjuniorchallenge.org).
finally, the answer to dispel my nagging hypothesis regarding what i deemed a misnomer in referring to the "visible" spectrum based on the, apparently incorrect information, that our color perception is activated by only red, green, or blue wavelengths.
i love u
When explaining how the brain perceives color, it does not make sense to refer to "red light" or "yellow light" since color is not a property of light, and you're including the thing you're trying to explain, color, in the explanation of color.
Such a good video, but the background music is soooo annoying, I couldn't concentrate
Amazing video Please check this video also about causes of color ua-cam.com/video/GGt8uw0Tc5M/v-deo.htmlsi=tesnlA3rMZqsN8VN
Is this not “refraction NOT “Reflection” when the light bounces off the car?
Color coordination differentiation
@2:34 If I am reading your chart correctly, long wavelength cones are sensitive to red, orange, yellow, green, cyan, and violet. Is that correct?
Is there any channel similar to this regarding visual instinct? Kindly let me know if there is.
Now watch it stoned
Great 👍
How do our brains know which neurons are connected to S cones, which are connected to M cones and which are connected to L cones?
How do our brains know which neurons are connected to S cones, which are connected to M cones and which are connected to L cones?
Wow so technically the color of things are literally everything besides what we see! Mind blowing
Beautiful yes. No colour out there. ❤
work at a pizza place on roblox.
You can actually see the envelope of the sine wave if you view the animation a certain way.
OMG I have visualized a bunch of episodes of Tom & Jerry when the pendulums were reaching harmonies by pairs!!!! And a lot of situations they get involved the melodies just go along with every single one of them ♡♡♡♡♡♡♡
Thumbnail happens at 1:11
I keep seeing a pattern where a pendulum style system starts with everything moving together, then gradually separate. There is a point where two distinct groups are now moving together. This is always the halfway point to the system reaching full synchronization again. And at a quarter and three quarters of the way through the cycle, four groups are moving together.
It's similar to the concept and use of polyrhythms in music. If you don't know much or anything about it, the rock band Tool was what/who helped me break-through to an understanding about the existence of these types of patterns. Meshuggah is heavier metal, but go way more in depth on these concepts where Tool is easier to digest if complicated screaming metal isn't exactly what you're interested in listening to. The band The Contortionist has a song where they do a reverse polyrhythm, starting at that halfway point where it's as separate as possible, phasing together into synchronicity and then back out to separation. They do it just one time in the one song, but it's little moments like that which really show me why I love progressive rock and metal 🖤
Takes real talent to be able to play septuplets like that
0:42 Meow Mix?
?!?
Lol
OH MY GOD. MY BRAIN IS PLEASED.
Wow this thing is so windows XP
this doesn't even sound like the sounds in windows xp. xp's sounds are orchestral while this is just a sound of a xylophone(?).
This is soooooooo coooooool I want to include this technique in my music videos for my electronic music. If this could be reversed engineered to animate the midi notes being played it could be awesome !! Where can I learn more about how you made this ?
want more more more.. thank you
The interference of many wavelengths gave you a different perception in your brain, this also applies to the sound wave.
whaaaaaaaaaaat thanks for sharing!
Thank you for your wonderful video. I've seen a funny video about that saying, "purple doesn't exist", which was very scientific but still didn't reach your level of clarity. I'm more certain now that the world around us is an illusion created by our brain. The fact that said illusion is widely shared (to the point that I'm sure most humans will agree that the laptop I'm typing on is black with white letters painted on the keys, and that grass is green and girls are pretty) sounds reassuring, but somehow more misleading.
This is great. After watching several videos and reading, this answered my remaining questions like how colours like brown and pink work. Great job!
L cons are most sensitive to yellow or red ????
They’re most sensitive to yellow. However, they are the only cones that are (significantly) sensitive to red, so they are mainly what gets activated when you see red.
Cool explanation!
I still don't understand how colors are absorbed / reflected on a nanometer level.
I’m hearing colors rn someone help me please
What a great content! Congrats!!
Beautifully explained.
I really haven’t get why you said Y G B make white instead of RGB cause I'm not a native English speaker. So can you explain that in simple English please? Note: I've commented this after reading your pinned comment
Sure, I will do my best! There are many ways to make white. Both RGB and YGB make white. RGB makes all three types of cones react a lot, so we see white. YGB also makes all three types of cones react a lot, so we see white. Why do both RGB and YGB make all three types of cones react a lot? Here is why: - The “S” cone reacts to Blue light. When there is RGB or YGB, there is Blue light, and the “S” cone reacts to that. - The “M” cone reacts to Green light. When there is RGB or YGB, there is Green light, and the “M” cone reacts to that. - The “L” cone reacts to Red light and _also_ to Yellow light. When there is RGB, there is Red light, and the “L” cone reacts to that. When there is YGB, there is Yellow light, and the “L” cone reacts to that. So, there can be either Red or Yellow, and the “L” cone will react. So, both RGB and YGB make all three types of cones (L, M, and S) react. The most important idea is this: each cone reacts to many different types of light. So, there are many different ways to make a cone react. And so, there are many different types of light that make us see the same color. Did that make sense?
@@CalderRuhlHansen Thanks! Got it now :)
Well done and nicely explained. Thank you.
Those rods are so sad! Someone give them a hug!
is it possible we could all perceive colour differently?
color in general? I think so! looking into things like Synesthesia...or how much color deficiency prescriptions vary?!...OH HECK YEA.. its like asking u to describe your sense/the sense sight to a lifelong blind person... but your colorblind and farsighted lol 🤦🏽♀🤦🏽♀🤣🤣My color deficient denying grandmother 😂😂 has been interchanging blue & brown clothing to make "matching" outfits fo 1000 years & when i tell you im 36 now & THE LEVELS at which |this shirt works & that one doesnt" FREAKIN VARY. WILDLY. they have kid videos where the game is to look at a panel of varying shades side by side and find the darker/lighter one.. we fight about colors in this house & OFTEN 😂😂
hands down best video on understanding color i've seen
Great video!!
Love how the music matches the animation
Great video! Thank you <3 I have one question tho. Why are some wavelengths absorbed while others are reflected (the one we see) Why dont objects just absorb all of them or reflect all of them?
Hello! I do believe it's beacause the material it is made. Must be something with the fact that, for example, fruits with same colors have, in general, similar types of nutrients. Hope I helped somehow!
@@jessikacaroline72 so if i dye a jacket blue and a jacket red, it still has exactly the same material, just different dye, it absorbs completely different frequencies?
What topic in chemistry can answer why we see colors?
Why does dis video has so low views??
That was very interesting and informative. However, the narrator sounded a bit robotic.
So your saying color is fake and it’s just a illusion
THIS IS SUPER HELPFUL. Thank you
Sooo, color doesn't exist and it's only a visual representation of reflected wavelengths. I wonder what causes some objects to reflect/absorb certain frequencies. And are we able to see color in photos and movies for the same reason we can hear recorded audio? which is a frequency within itself
This is the best explainer on this topic on UA-cam. Keep up the good work.