Lynn Rothschild: The living tech we need to support human life on other planets
琳•若斯柴爾德: 於外星上提供人類生活所需的生命科技
Lynn Rothschild is passionate about the origin and evolution of life on earth or elsewhere -- while at the same time pioneering the use of synthetic biology to enable space exploration. Full bio
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well, really probably millions of years,
and wondered what's up there,
想知道那裡有什麼。
to actually ask some of those questions,
實際探討這些問題;
to try to answer some of those questions.
去探索其中的一些問題。
to help get us off planet,
幫人類飛離地球的技術,
to talk to you about today.
in your day-to-day life in Boston,
things look very, very different.
hovering above the WGBH studios.
of the Earthrise from the Moon,
從月球看地球升起的照片,
starting to recede.
looking back at the Earth.
is that when people start to go to Mars,
to keep calling in
the way people on a space station are.
that they're going to need,
need things like, oh, transportation,
they are also going to need oxygen.
a third of the gravity that we have here.
about habitats, power, heat, light
worry about nearly as much on the Earth,
atmosphere and magnetosphere.
that we also have a lot of constraints.
(升空承載質量,upmass)。
a can of Coke into low Earth orbit.
約需一萬美元。
with 10,000 dollars later,
or Mars or anything else.
try to figure out
so you don't have to launch it.
with the mass,
和可靠性方面的問題。
"Oops, I forgot to bring,"
「哎呀,我忘了帶」,
just does not deliver to Mars.
for the rest of this talk
at life as a technology,
as a very low upmass object
a good deal bigger.
查爾斯•達爾文提醒我們
no such thing as a designer in biology,
oh, whole new life-forms
that we couldn't have imagined otherwise?
to start to sell this program,
and white shirts and pencil protectors,
外加防筆漬保護套的人——
just looked at me straight in the eye,
what the big idea is.
to make biomaterials for years.
用生物製造生物材料。
taken outside of Glasgow,
of great biomaterials there.
use to build houses.
can get your wool from.
I'll bet there's no one in this room
我敢打賭這裡沒有任何人
or plant product on them,
and trees and stuff to Mars.
of the upmass problem.
that can form incredibly resistant spores,
非凡抗性孢子的細菌,
they've proven themselves.
on what was called LDEF,
已經長時間暴露在
for almost six years
than any of us can do.
它們的表現比我們人類好。
or spider silk or whatever,
when you're off planet?
外號「嗡嗡」的太空人艾德林上校,
looking back at the Eagle
50 years ago, on the surface of the Moon.
他回頭看「鷹」號登月艙。
to the Moon for three days
for, say, a year and a half.
being in California.
of a cell at Alcatraz is,
in the Lunar Module,
to stay in there for long periods of time.
and make something?
製造點什麼呢?
that a colleague of mine
has done of what we've been proposing,
holding something
this whole lecture.
to the habitat problem on Mars
going to turn off everyone
with this fruiting body of the fungus.
is what's beneath the surface there,
of the mushroom.
you can grow these things on sawdust --
will fill that structure
growing mycelium on Mars Simulant.
實際試種過真菌——
gone to the surface of Mars,
hair-like mycelia out there.
numbers and tests and so on,
the best way to describe it.
proving that you can do this.
how to put it in context.
from here to there?
the mycelium in the lab, for example
maybe a house-like structure that's tiny,
plastic thing, like an inflatable --
(戶外用品網購公司)
and you send it off to Mars.
have to take something prebuilt.
save 90 percent of the mass
by taking up a big steel structure
節省 90% 的質量。
you have a physical link to your parents
你與父母有基因上的聯繫,
to their parents, and so on,
也有基因上的聯繫等等,
every day in our labs --
to their local DNA synthesis company.
送到彼地的實體連結,
across the Charles River
that information to Mars.
new capabilities there.
that physical link. That's huge.
thousands of years.
has eaten something today
by biology doing chemistry.
to make a wire?
to miniaturize everything.
努力縮小化一切。
a gazillion amount of DNA.
a strawberry with you, isolate the DNA,
分離 DNA 出來,
has figured out a way
silver atoms in very specific places,
for things like integrated circuits.
用於積體電路之類的東西上。
for some structures, and so on.
用在某些結構上之類的。
ultimately go bad.
but I'm going to leave it at that,
to get those metals?
with heavy equipment,
to find the metals for a new cell phone
回收舊手機的金屬。
at the back of a vitamin bottle
of all the sorts of metals
實際上用到各種金屬。
as well as other organisms
蛋白質和其他的生物
specifically bind metals.
to this fungal mycelium
to pull those metals out
方式取出這些金屬,
without big mining equipment,
got a proof of concept
驗證了一個概念:
that we pulled out with proteins
using a plasma printer.
by a head of one of the NASA centers
其中一個中心的負責人問我,
and turn that into electrical energy.
將其轉化為電能。
just the electric eel that does it.
who is still alive and functioning
the nerve cells in your body.
nonsentient ones,
(nonsentient)的其他有機體
at making little wires.
把化學能轉為電能的能力
into electrical energy,
of the big ideas we talked about.
in our body are right-handed.
都是右旋的。
with left-handed sugars?
things that no organism can do today?
to live in very specific environments.
適應非常特定的環境。
literally up a tree,
when he was down on the ground.
for specific environments.
to that idea of synthetic biology
in Yellowstone National Park.
黃石公園地景之一:
and tentacles coming out.
temperature of water.
on the edge and the colors
that are there,
that can live at extremes,
可以生活在極端環境的生物,
or low temperature
that my students have called,
「地獄細胞」的專案——
tweaked them and pushed them to the edges.
for getting us off planet
what life is like in the universe.
just a couple of final thoughts.
that we have all these needs
exactly like we have on the Earth,
在地球上的完全一樣:
and we need the shelter and so on,
different constraints
and the flexibility and so on.
that you don't have here,
the indigenous petrochemical industry,
that have to unleash creativity.
because you have the new constraints,
technological advances
any other way.
to tinker around with life?
keeps a wolf cub at home,
this summer, but you ate corn.
但是吃了玉米。
genetic modification with organisms
but to say all of a sudden
有機體的基因就有點蠢,
beneficial for the planet Earth
that not only should we,
use synthetic biology,
you've got the solution.
就擁有了解決方案。
the way I always finish,
我用來結尾的老方式來結束,
which means, "to the stars."
ABOUT THE SPEAKER
Lynn Rothschild - Astrobiologist, synthetic biologistLynn Rothschild is passionate about the origin and evolution of life on earth or elsewhere -- while at the same time pioneering the use of synthetic biology to enable space exploration.
Why you should listen
Lynn Rothschild wears several hats as a senior scientist NASA's Ames Research Center and Bio and Bio-Inspired Technologies, Research and Technology Lead for NASA Headquarters Space Technology Mission Directorate, as well as Adjunct Professor at Brown University. Her research has focused on how life, particularly microbes, has evolved in the context of the physical environment, both here and potentially elsewhere.
More recently Rothschild has brought her imagination and creativity to the burgeoning field of synthetic biology, articulating a vision for the future of synthetic biology as an enabling technology for NASA's missions, including human space exploration and astrobiology. Since 2011 she has served as the faculty advisor of the award-winning Stanford-Brown iGEM (international Genetically Engineered Machine Competition) team, which has pioneered the use of synthetic biology to accomplish NASA's missions, particularly focusing on the human settlement of Mars, astrobiology and such innovative technologies as BioWires and making a biodegradable UAS (drone) and a bioballoon. Her lab is testing these plans in space on in the PowerCell synthetic biology secondary payload on a DLR satellite, EuCROPIS, launched in December 2018.
Rothschild is a fellow of the Linnean Society of London, The California Academy of Sciences and the Explorer’s Club. In 2015, she was awarded the Isaac Asimov Award from the American Humanist Associatio and was the recipient of the Horace Mann Award from Brown University, and she has been a NASA Innovative Advanced Concepts (NIAC) fellow three times, most recently in 2018.
Lynn Rothschild | Speaker | TED.com