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Tiny, Robotic Bees Could Change the World | National Geographic


so I want to begin with a bold

so I want to begin with a bold statements that robotics is the next

statements that robotics is the next

statements that robotics is the next Internet it’s the next big thing to

Internet it’s the next big thing to

Internet it’s the next big thing to impact our lives in areas from medicine

impact our lives in areas from medicine

impact our lives in areas from medicine to even things like space exploration

to even things like space exploration

to even things like space exploration the more traditional view of robotics is

the more traditional view of robotics is

the more traditional view of robotics is a rigid very powerful very dangerous but

a rigid very powerful very dangerous but

a rigid very powerful very dangerous but in this case we’re making things smaller

in this case we’re making things smaller

in this case we’re making things smaller perhaps faster or certainly cheaper than

perhaps faster or certainly cheaper than

perhaps faster or certainly cheaper than more traditional robotic systems we are

more traditional robotic systems we are

more traditional robotic systems we are constructing robots the size of insects

constructing robots the size of insects

constructing robots the size of insects robots made out of entirely soft

robots made out of entirely soft

robots made out of entirely soft materials

we use nature to inspire the robots that

we use nature to inspire the robots that we build

we build

we build nature’s had hundreds of millions of

nature’s had hundreds of millions of

nature’s had hundreds of millions of years to evolve solutions to things like

years to evolve solutions to things like

years to evolve solutions to things like locomotion in cluttered areas or flights

our team is working on creating a colony

our team is working on creating a colony of autonomous robotic bees we envision

of autonomous robotic bees we envision

of autonomous robotic bees we envision that’s twenty or so years down the road

that’s twenty or so years down the road

that’s twenty or so years down the road when these things actually exist they

when these things actually exist they

when these things actually exist they could be quite useful for applications

could be quite useful for applications

could be quite useful for applications where you would want to put a human or

where you would want to put a human or

where you would want to put a human or an animal hazardous environment

an animal hazardous environment

an animal hazardous environment exploration in search and rescue space

exploration in search and rescue space

exploration in search and rescue space exploration assisted agriculture there’s

exploration assisted agriculture there’s

exploration assisted agriculture there’s all these really interesting open

all these really interesting open

all these really interesting open questions that must be solved if you’re

questions that must be solved if you’re

questions that must be solved if you’re going to achieve this goal I have to

going to achieve this goal I have to

going to achieve this goal I have to develop new sensors new computation

develop new sensors new computation

develop new sensors new computation methods because nothing off the shelf is

methods because nothing off the shelf is

methods because nothing off the shelf is going to work we have to build

going to work we have to build

going to work we have to build everything from scratch

everything from scratch

everything from scratch how many Robo bees if we crashed all of

how many Robo bees if we crashed all of

how many Robo bees if we crashed all of them we build we test we build we test

them we build we test we build we test

them we build we test we build we test if you don’t fail you don’t learn enough

if you don’t fail you don’t learn enough

if you don’t fail you don’t learn enough we build we test we build we test for

we build we test we build we test for

we build we test we build we test for everything that works is tens or

everything that works is tens or

everything that works is tens or hundreds of things that don’t

the metaphor of bees is just as social

the metaphor of bees is just as social insects they’re small they’re not very

insects they’re small they’re not very

insects they’re small they’re not very capable they can’t fly for very long so

capable they can’t fly for very long so

capable they can’t fly for very long so what do you do and the answer in nature

what do you do and the answer in nature

what do you do and the answer in nature is well you work together now you have

is well you work together now you have

is well you work together now you have this concept where you have not just one

this concept where you have not just one

this concept where you have not just one all capable robot but you have a bunch

all capable robot but you have a bunch

all capable robot but you have a bunch of not very good robots the idea is that

of not very good robots the idea is that

of not very good robots the idea is that the whole is greater than the sum of the

the whole is greater than the sum of the

the whole is greater than the sum of the parts all of this work is aimed at the

parts all of this work is aimed at the

parts all of this work is aimed at the greater good investing in the unknown

greater good investing in the unknown

greater good investing in the unknown it’s by far the best routes to make

it’s by far the best routes to make

it’s by far the best routes to make fundamental scientific advancements

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