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8:11 To me the sky isn't just blue or cerulean, but also these blue colors with a considerable amount of red mixed in. Not a magenta, but a red-blue or red-cerulean. I have (artificial) tetrachromacy, so that's why. 17:01 This is a common misconception. Trichromacy does not grant "the already perfect" color vision. Each additional functional cone class increases the dimensionality of one's color vision by (roughly) one. This means that adding e.g. a 4th functional cone type to a trichromat would result in a 4-dimensional color space, 3-dimensional hue-saturation space, and a 2-dimensional hue space. The occurence of these extra classes of mostly non-spectral hues and colors might by relatively uncommon, depending on where the cone class lies, but the increase in dimensionality is true nonetheless.

This is absolutely incredible!

Do you know the Pyramidal Mind Theory?

Excellent!

Thank you for another great class.

Appreciate this.

Thank you.

Excellent information than you!

Great lecture, but the use of the inverted electromagnetic spectrum was an interesting choice. Is it a convention among the medical field or she just wanted to mess up with people? 🤣

The tip of looking slightly away given at minute 31:43 is often applied instinctively when looking at something in a very dark room.

Doctor i would like to more about foveal vision, peripheral vision. How to use foveal vision and peripheral vision...

I saw previous videos from the playlist, she keeps repeating herself, asking a lot of rhetorical questions, and trying too hard to be engaging. Basic concepts & general ideas get lost with all the unnecessary repetition and how she never gets straight to the point. I read other comments and I see other people also find it difficult to grasp. Playlist says "Introduction", but this is totally not for a beginner who just start to study neuroscience. I am grateful for the teaching though, wish all the best.

You explain so well thanks !❤

Absolutely fascinating

Excelent presentation. 👍

Her name is literally big brain

If you are not hardwired for mathematics, you better stop watching this playlist after the first video. all the other videos are filled with maths and are not as interesting as you would expect

سبحان الله الخالق المبدع العظيم

The whole playlist looks amazing, but gosh, this math filled lecture is boring and impossible to understand to people who don't have their brains hardwired for maths! If what is discussed here is not used in the future lectures, what's the point of all these formulas? I literally started having headache, trying to follow the words.

i am thankful for content on a level i dont get bored metally yawn or roll my eyes at the description. i run my own llc doing service and installs for sprintray 3d printers for dentists plus secure kiosks and atms. i dont get to work with scientists and engineers very often anymore. thank you. feel less trapped by the barrier calculus can put on discussing ideas and implementation.

The bilateral system of animals which confuses the real conciouness boundries becase it is in two same divided balancing each other and griped together never leave so go for singualrity and when conciouness will comes to singualrity that will be now central holding and whole way of feel communcaiton coordination will go changed you now all do by pump like or conciouness from that centre go to different part and collapsing to hold those part and again it it is one way not reverse the pure conciouness go to their centre

What will if whole conciouness which in courses of time deflected from their boundry and go to hold another where when we solving it brings it it in in pure boundry inside as i do i brings all consciousness in a nerves boundry inside holding that i only is my whole consciousness is nerves a part of nerves i holded it and holding it all other things for that becomes center and only that only individual circuit holding my whole feel. Way go transformed

You realy teaching very amazingly and very clear and very very easy way and fantastic way ❤

I'm really enjoying this lecture! The way the Hodgkin-Huxley equation was discovered and how it explains the behavior of ion channels with cubic and quartic terms reminds me of how Planck used quantum mechanics to solve the black body radiation problem. The way proteins control these ion channels in neurons is almost like quantum mechanics explaining energy quanta-it's all about understanding the microscopic view that lead to larger, observable phenomena.

Hey Bing, how's Clint? Say hello for me :)

Quantum sensors, turns out that all of our senses, are quantum senses and our brain, the most bad ass quantum computer, that ever existed. (at least, on Earth, for the past couple of thousand years).

Absolutely brilliant! Thank you so much for such excellent lectures, lifesavers

16:50

Please explain to us about brain waves in details in your upcoming videos 🫡👏👍❗

I am retired engineer. I majored in Control Engineering at a university in Germany. I am following your course because I have been always very interested in the field of neuroscience but I have not had the time in order to get acquainted with this matters. Thank you for your knowledge, time and energy Professor Brunton.

Thank you, quite interesting

lateral geniculate nucleus

why there is any chapter on evolution in your course, but you put drawing of ants in the intro page?

9:37 How can I be a photon going down to the atmosphere and standing as a person on earth at the same time! ( just kidding😅) By the way thanks for making this kind of informative videos.

This presentation style is unbelievably good. It’s inspiring me to try and make my presentations look like this

Moore Sarah Clark Sandra Lopez Kenneth

really great series, enjoying going through them

This is amazing! Please bring us more videos on neuroscience of vision, perception and motion as well. Thank you!❤

This is amazing information, thank you! I don't entirely agree that our brain sort of fills in the color gap, I know we do have a blind spot that does that. If I were staring straight ahead and you presented a randomly colored ball that I've never seen in my peripheral, I guarantee I can tell you accurately what color it is without looking directly at it.

Hope you will cover predictive coding. Excellent videos. Thank you.

Why speak of "translation" and "language of neurons." Metaphors are trops, not refering mechanisms. When Van Gogh paints a sunflower, he's not translating anything. As a sentient creature, he may be "movtivated" (not caused) to arrange paint in a certain manner. Arrangements of paint can take many forms, but the molecular make-up of the paint itself, and the cnavas, and the painters are materially the same throughout.

Can you make one on the chromatophores that allow birds to see the red and blue shifts of the poles which let them know which way to fly when migrating? Or is that still too unknown to most to be relevantly popular?

My synapses were blown🎉

Rnt receptors not just 1000 eyes but not consius

The "60Hz flicker" (the same image presented each frame) shouldn't flicker at all for almost all viewers, as LCDs/OLEDs pixels keep their state between refreshes (in contrast to CRTs where any spot on the screen only glows for a few microseconds each frame after the electron beam has excited the phosphor at that location)