Top 10 Places You Won't Believe The Golden Ratio & Fibonacci Sequence Appears

Login to rate this video.

You can place this video on your website by inserting the (X)HTML code below:

Options:
pixels
pixels
Embed code:
<iframe src="https://www.snotr.com/embed/19355" width="400" height="330" frameborder="0"></iframe>

You can email this video to your friends by entering their addresses below:

Your information:
Recipients:

add Add another recipient

Human verification:

People who liked this video also liked

AtmosFear freefall tower at Liseberg Gothenburg in Sweden
I Can't Taste Anything
1087 Days in Just 15 Minutes - Growing Plant Time Lapse COMPILATION
Colored balls elevator. Particle fluid. Music. Molecular Script. Video 4K
2019 Tasmanian Tiger Photo
Budgie Balancing Trick

Comments

3 comments posted so far. Login to add a comment.

Expand all comments

Picture of Klemm37 achievements

0 1. Klemm commented 7 years ago

Yes, yes, if you squint hard enough you can see Jesus in your peanut butter sandwich.
Picture of LightAng3l49 achievements

+2 2. LightAng3l commented 7 years ago

I just threw an apple against the wall I made about 5 golden ratios. This comment can also fit inside a pi matrix.
Picture of torbengb43 achievements

+3 3. torbengb commented 7 years ago

Meh, this seems forced - trying to fit the idea onto the real world by any means possible.

For instance, at 2:34 they show the spiral but fail to mention that it touches the three pyramids in three very different places. With that method, you could probably make lots of different shapes fit. It would be more convincing if the spiral touches the tip or center of every pyramid, for example - but it does not. It's a stretch, and it makes the whole presentation unconvincing.

Again at 3:17, superimposing a grid onto a video, but it only works from that particular angle, and the points of the grid seem more or less arbitrarily chosen - just to be able to say it fits the matrix, but without further explanation or proof. 5:10 and 5:43 are equally random, just roughly mapping onto an image. 6:58 is most ridiculous, applying it to a computer-generated illustration.

But it's true about the sunflowers and pine cones though, so there's that, which is nice.