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My short ode to development, inspired by the image above, (via biocanvas):

Epithelial cells line surfaces and cavities throughout the body, forming skin, glands, and tracts. This mouse embryo has been genetically engineered to allow for the visualization of epithelial cells, showing the pattern of whisker placement on the face.
Image by Evan Heller, Rockefeller University.

The dance of biological development tops our best ballet or even our most magnificent marches. And it is truly a dance, as this video of a developing fruit fly embryo makes beautifully clear:

Those cells, darting to and fro! They are pulled in and out of furrows, sensing the position and identity of their neighbors, migrating and multiplying at the whim of invisibly overlapping chemical gradients. It’s a journey in both space and time, the emergence of greater form from a horde of interconnected individuals.
The whisker patterns of the mouse above are just one of the many awe-inspiring end results of developmental organization. While only a few of those nodes will sprout whiskers, the larger pattern drawn by development can be seen radiating outward toward the tail like rays from the sun.
These relics of organization often remain invisible in adult animals, although sometimes they do show through (like when humans have “stripes”). Jason Silva has said that “to understand is to perceive patterns.” I offer this as an accompanying idea: To exist at all is to emerge from the sum of patterns.
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My short ode to development, inspired by the image above, (via biocanvas):

Epithelial cells line surfaces and cavities throughout the body, forming skin, glands, and tracts. This mouse embryo has been genetically engineered to allow for the visualization of epithelial cells, showing the pattern of whisker placement on the face.

Image by Evan Heller, Rockefeller University.

The dance of biological development tops our best ballet or even our most magnificent marches. And it is truly a dance, as this video of a developing fruit fly embryo makes beautifully clear:

Those cells, darting to and fro! They are pulled in and out of furrows, sensing the position and identity of their neighbors, migrating and multiplying at the whim of invisibly overlapping chemical gradients. It’s a journey in both space and time, the emergence of greater form from a horde of interconnected individuals.

The whisker patterns of the mouse above are just one of the many awe-inspiring end results of developmental organization. While only a few of those nodes will sprout whiskers, the larger pattern drawn by development can be seen radiating outward toward the tail like rays from the sun.

These relics of organization often remain invisible in adult animals, although sometimes they do show through (like when humans have “stripes”). Jason Silva has said that “to understand is to perceive patterns.” I offer this as an accompanying idea: To exist at all is to emerge from the sum of patterns.

    • #science
    • #biology
    • #development
    • #patterns
    • #jason silva
    • #emergence
    • #drosophila
    • #mouse
    • #video
  • 1 month ago > biocanvas
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via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info
via infinity-imagined:


City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.
Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)


We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.
It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?
Zoom Info

via infinity-imagined:

City lights photographed from the International Space Station and Neurons imaged with fluorescence microscopy.

Source images; Cities (1) (2) (3) (4) (5), Neurons (1) (2) (3) (4) (5)

We can explore this at another level by remembering our old friend slime mold (see my previous slimy posts here), which give us reason to believe that some of the branching patterns and efficient pathways of connecting complex systems are sort of, well, inherent in nature.

It’s equal parts “amazing” and “not at all surprising” to find them here in neurons and cities, no?

    • #science
    • #neurons
    • #patterns
    • #slime molds
  • 3 months ago > infinity-imagined
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 The Floral X-rays of Brendan Fitzpatrick are just breathtaking. Check out more at the link.
Nature is full of numerical and geometric patterns, some we can see from the outside and some require that we take on a new perspective (just look at how those rose petals are stacked!!). Some of those patterns are probably coincidental, but some of them are likely a result of nature’s inner workings.
Want to explore more? Take a ride with Vi Hart through the mathematical patterns of pinecones, pineapples and flowers. And then discover the multitudes of mathematical patterns in nature with Cristóbal Vila’s amazing video Nature by Numbers.
What do you think? Are these patterns coincidental or are they proof of some inherent design rules in biology and nature?
Pop-upView Separately

The Floral X-rays of Brendan Fitzpatrick are just breathtaking. Check out more at the link.

Nature is full of numerical and geometric patterns, some we can see from the outside and some require that we take on a new perspective (just look at how those rose petals are stacked!!). Some of those patterns are probably coincidental, but some of them are likely a result of nature’s inner workings.

Want to explore more? Take a ride with Vi Hart through the mathematical patterns of pinecones, pineapples and flowers. And then discover the multitudes of mathematical patterns in nature with Cristóbal Vila’s amazing video Nature by Numbers.

What do you think? Are these patterns coincidental or are they proof of some inherent design rules in biology and nature?

Source: brendanfitzpatrick.com

    • #science
    • #nature
    • #x-rays
    • #photography
    • #flowers
    • #patterns
    • #math
  • 5 months ago
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To Understand Is To Perceive Patterns

Patterns are everywhere. In thought, in nature, in science, in design … we continuously strive to apply order to our information experiences. Or are they there waiting for us?

It could be as simple as counting or arranging shapes. It could be as complex as flocks of birds and neuronal projections. But it applies to everything, from our ability to read words on a page to the study of neuroaesthetics.

But we are left with a question: Is the order innate, defined by biological process and evolutionary selection, or is it a construction of our neural network, and its tendencies toward pattern creation?

What do you think?

(via Vimeo)

Source: vimeo.com

    • #science
    • #video
    • #patterns
    • #neuroaesthetics
    • #neuroscience
  • 1 year ago
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About

I'm Joe Hanson, Ph.D. biologist and host/writer of PBS Digital Studios' It's Okay To Be Smart. Check out my "Episode Extras" here. There's a lot of amazing science out there. Let's go discover it together.

"Everyone's favorite Feynman of the Tumblr era" - Maria Popova

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