Roger Hanlon: The amazing brains and morphing skin of octopuses and other cephalopods
羅格 · 漢倫: 章魚和頭足類動物奇妙的腦和變形皮膚
As a Senior Scientist at the Marine Biological Laboratory in Woods Hole, Massachusetts, Roger Hanlon delves into the undersea world of chameleon-like, color-changing marine animals -- and the practical applications that will emerge when we crack their secrets. Full bio
Double-click the English transcript below to play the video.
of a kind of alternative intelligence
in a very strange body,
of small satellite brains
are struggling to understand
of some amazing things.
of diving into the ocean,
and there's this rock out there,
of the skin change
beautiful, 3-D camouflage.
called "chromatophores" in the skin,
which we call "papillae,"
and can change instantaneously.
with fast precision change
about other things besides camouflage
and a pattern.
it changes dramatically --
to the normal pattern.
as it approaches a crab prey.
顯示浮雲飄過的樣子。
cuttlefish in camouflage
to this bright warning display.
is a sliding scale of expression,
has 35 lobes to the brain,
the skin of this animal
here, especially in the yellow.
little satellite brains
for each of the eight arms.
to construct a nervous system in a body.
非比尋常。
other big, smart brains
that this brain has to do,
perambulating along,
and creates that perfect camouflage.
forage in the wild,
camouflaging decisions
and how to get back home.
要去哪裡和如何回家。
visual information
with a little ad-libbing.
are important, too.
kind of smarts, if you will.
interesting sex life.
and courting and mate-guarding
求愛、護衛伴侶,
this kind of intuitive ability
has been fighting off other males
changed the love-courtship pattern
simultaneously
to look at this is that, hmm,
of evidence for the two-faced male.
男性雙面人的證據。
has a tough job in front it
面對一項艱難的工作,
remember and find its den.
還要找到牠的巢穴。
in three to five trials --
and make a beeline
are completely lost,
memory capability.
in the cuttlefish.
you see the eye twitching.
你會看到牠眼睛抽搐。
kind of dreaming
mammals and birds did.
we put in there
it's all different.
完全不是。
memory consolidation,
what's happening in the cuttlefish.
that's really unusual
four years of brain development to do
during a particular event,
also has this ability,
也具有這種能力。
with different foods at different times,
with where it was exactly
to the rate of replenishment
understood the experiment.
無法理解這個實驗。
cognitive processing.
and evolution at the moment,
of vertebrate brain evolution,
outlined here to the octopus,
to complex behaviors
in these two lines
down to the tiniest level
evolutionary pathway
the artificial intelligence community
just for a moment.
and that's how we come to be.
就成了我們。
dramatically different happens.
at an astronomical weird rate,
we as humans or other animals do.
behavioral plasticity.
but it's food for thought.
with you for a moment
and that of my colleagues,
underwater forever
into that world
what these animals are really doing,
這些動物真正在做什麼。
it's really an amazing experience
this communication
that this is a thinking, cogitating,
that really inspires me endlessly.
for a few moments.
there's beautiful pigments and reflectors.
opening and closing very quickly.
just come out of the skin.
skin of the cuttlefish,
pigmentary structural coloration
that is so beautiful.
of some of this information?
skin bumps, the papillae.
and a conspicuous pattern.
one second apart,
one, two, three, four, five --
and the conspicuousness.
marvelous, morphing skin.
papillae come up,
has more than a dozen shapes and sizes
形狀和大小的凸起,
neurally controlled camouflage.
at Cornell, engineers,
"We think we can make some of those."
「我們應該能做出一些這種東西。」
under control of shape
of artificial papillae, soft materials,
軟材料的第一批樣品,
into different shapes,
a little bit malleable as they are.
of how that might work.
into the color of fabrics,
a lot of applications as well.
pigments and reflectors
如萬花筒般的顏色。
the mechanics of how they work
into changeable cosmetics.
the recent discovery
發現了感光分子,
in the skin of octopus
to, eventually, smart materials
or biomimicry, if you will,
at the world even above water.
即使在水面之上亦然。
by the body-distributed brain
ABOUT THE SPEAKER
Roger Hanlon - Marine biologistAs a Senior Scientist at the Marine Biological Laboratory in Woods Hole, Massachusetts, Roger Hanlon delves into the undersea world of chameleon-like, color-changing marine animals -- and the practical applications that will emerge when we crack their secrets.
Why you should listen
According to Roger Hanlon, "The diversity and sophistication of marine animals fascinates me, and my cornerstone passion is animal behavior. I particularly enjoy diving in different ocean habitats and studying animals that change color and pattern -- especially octopus, cuttlefish and squid, but also various coral reef fishes.
"I stumbled on to this journey while casually diving in Panama as a college junior and, decades later, I am still striving to figure out how these magnificent animals do what they do -- and why they do it. I am keenly interested in the 'visual ecology' of rapid adaptive coloration used for both camouflage and communication."
Roger Hanlon | Speaker | TED.com