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Will Food Save Us From Feeding Ourselves to Death? | Greg Shewmaker | TEDxBentleyU


we know less about the food we eat today

than any other time in history

because we care more about food today

than ever before you think about the

constant barrage of advertisements and

commercials on radio and television

millions of posts every single day on

social media we’re faced with more food

brands and food products and food

choices than ever before there’s an

organic a regular a diet a local non-gmo

all-natural option for just about any

food out there and there are scientific

studies that say things like wine and

coffee cost cancer and there are studies

out there that say wine and coffee

prevent cancer each our vegetables but

only if they’re organic because of the

pesticides well wait a minute those have

pesticides too

dairy is ruining the planet milk does

the body good sugar is good and fat is

bad wait a minute scraps that fat is

good and sugar is bad extra virgin olive

oil is it real or is it fake

are we supposed to eat grass fed or

lab-grown meat now or no meat at all

local is the future of food the wait a

minute maybe it’s pizza by drone is the

future of food or maybe the future of

food isn’t food at all its meal

replacements that we drink every few

hours and then my favorite headline of

all is this one right here our modern

food system works as designed and that’s

becoming a problem at its core maximum

calories with maximum efficiency to the

most people possible that’s a good thing

but surrounding it all now

is the most competitive largest market

opportunity that exists on this planet

and it’s become a shouting match

it’s my product versus your product in

your product versus her product it’s my

way versus your way in your way versus

his way this shouting match and all this

chaos has become the language of the

food system but the problem is food

already had a language and it was food

itself

since the beginning of time nature

created a pretty simple system for us to

follow fruit would tell us when it was

ripe or in season we figured out which

plants were edible and which ones were

not we could follow the migration

patterns of animals based on weather and

plant cycles and food we communicated to

food we communicate to us with a sense

and tastes and nutrients that we could

choose from this system was by far not

perfect but it worked for millions of

years and then just a few decades ago

humans like we do said hold on we got

this and we started speaking on behalf

of food it was the language of these

labels in these brands in these studies

and promotions and advertisements and

this is what I call the perception of

food the perception of food or what

we’re paying for says that this new food

system will grow it process it package

it ship it store it and sell it to us no

matter where we’re at in no matter what

we desire so do you want apples and

strawberries all year long no problem

what about 99-cent gas station sushi

it’s everywhere how about three cups of

coffee a day even when there’s a

shortage of beans we got you covered in

the whole time this has been going on

the language of food still exists

sometimes its varied and it’s hard to

find or hard to recognize that it’s

there

and I call this the reality of food so

the perception of food says hey I can

eat an apple all year long and that

Apple will be the same whether it’s

January or June or October the reality

of food says you know what after several

weeks or even a few days for certain

foods the nutrients that we think we’re

getting and paying for just don’t exist

99-cent sushi come on

even $35 sushi we think there’s this

endless supply of fish that will support

our cravings and it doesn’t exist

the reality is 2/3 or even since some

cases more than that of the fish that

we’re buying is different than what’s on

the menu or on the label coffee coffee

is a great example so recently we’ve had

a shortage of fresh coffee beans and so

there’s been a problem in the market

hey as coffee drinkers guess what guess

who didn’t fill that shortage us you

know why because somehow they magically

found beans that have been stored for

years in some cases nine years and they

continue making coffee without missing a

beat now there’s our five dollar

americano have nine year old beans in it

probably not but what about the canister

at the supermarket or maybe the coffee

pot at work I bet it does and the thing

is is that the label didn’t change I’m

not here to bash big food and not here

to bash big government as consumers we

are equally and fully responsible for

this mess just as much as anyone is

here’s my point

food is trying to tell us something and

we’re not listening or we can’t hear it

because all the noise and all the chaos

is happening within this food system we

are making changes to our food today

that we don’t understand in these

changes are having unintentional but

catastrophic consequences to all of

humanity today we are sicker

we’re fatter we are more malnourished

than we ever have been we waste 40% of

the food that we produce food fraud is

rampant trust in food and food suppliers

is at an all-time low in food production

there’s one of the leading causes of

environmental devastation now I’m not

here today to say let’s go back to a

food system built for another era I

don’t think that’s the answer and I’m

not here today to say let’s blow up the

current system I actually think the

answer probably resides somewhere in

between the two

so I have an idea that I want to share

with you that’s been gaining some

for the past several years there have

been a group of us that had been working

alongside some of the biggest food and

technology companies in the world along

with a couple of the top tap top

academic institutions as well and the

goal of this work has been to trade a

series of devices that would tell us

exactly what’s in our food and we have

been successful in building and testing

these devices in the real world but in

doing so we uncovered something very

troubling we found that we were actually

contributing to and even compounding the

problem that we actually set out to

solve we were adding to the noise and

I’ll tell you why because as we were

developing this these devices or these

platforms along with hundreds of other

companies trying to do the same thing we

were developing another language and a

unique set of standards and that’s a

problem because these devices in these

platforms didn’t easily communicate with

the existing technologies that run our

food system today Nord of these

technologies communicate with each other

very well so think about that for a

minute from a consumer standpoint

hundreds of devices out there and if I

have one knee a single need maybe I have

a gluten allergy

and maybe one device will actually

satisfy that but find someone who wants

to know if there’s gluten or I want to

verify if my milk is real or my fish is

real or I want to know the nutritional

content of food or I want to know any

range of things I could be walking into

a store sitting down in a restaurant

with a purse full of devices and

applications it’s not practical so we

thought well what if there was another

way what if we could translate the

existing language of food in a way that

can communicate across all these

existing technologies and future tech

technologies in a way that we can all

fully and equally understand our food

together so the last couple of months we

tried something that we’ve been working

on for a while apple season dis wrapped

up in the US and so we’ve been traveling

around the country visiting apple

orchards everywhere and picking the top

varieties of apples and sending these

samples back to our lab here in Boston

within 24 hours and when the apples get

back to the lab we’ve been creating what

we call a digital food fingerprint these

fingerprints are built solely off of the

information we get from the Apple not a

label not literature just the apple and

you think about these fingerprints in

the sense that they are essentially

these comprehensive profiles if you will

of a particular type of food now each

food type in each food individual food

has a unique characteristics so a

McIntosh Apple that comes from Riverview

farm in New Hampshire has its own

fingerprint or profile and when you

combine that Apple or that fingerprint

with other McIntosh apples you start to

create the profile for that variety of

apples and when you combine that with

Red Delicious apples from Washington or

Fuji apples from New York well then you

start to develop the unique and the

common or shared chemistry of apples in

general and then eventually fruit and so

on and so on

so once we’ve established these

fingerprints had a very very high

resolution in the lab we then went out

and we purchased the same varieties of

apples at regional stores and online

retailers and we brought them in and we

scanned these with an off-the-shelf

device a simple scanner you can get

anywhere and we collected just a few

data points with this scanner and we’re

able to compare that information with

this high resolution lab fidelity

fingerprint that we had just created and

what we discovered is what we hope we

would see that the apples were talking

to us

the apples we could see a very distinct

and unique characteristic within the

apples that we bought at the store

versus what we had picked fresh in the

orchards so we could see things like

unique freshness characteristics in

terms of quality and nutrition based on

where the Apple was from the climate in

which it grew down to the individual

farm how it was shipped how it was

stored how old this Apple was difference

in retailer apples from retailer a to

retailer B difference in conventional

and organic apples so this was exciting

for us because there was something that

we hoped we could do but we weren’t

really sure so we were highly encouraged

by this information because now a single

piece of food in this case an apple

could tell us exactly what’s happening

to it in the lifecycle of this item

simply by comparing how something starts

its journey through the food system and

how it looks at any particular moment

within that food system equally exciting

was the fact that we could take this

information that the Apple was giving us

and we could translate it in a way that

would integrate with an existing

technology and giving it an answer in a

matter of just a few seconds and with

the user having no special skills so

think about food as its own label no BS

in a real time situation something could

tell you what it is where it’s from

whether or not it’s fresh and what the

nutritional value of it is so think

about that in combination with something

like the blockchain if you know exactly

how something started its life then

blockchain all the sudden makes sense

with food because now if I know how it

starts I can track it throughout every

transaction until it gets to a consumer

and then once it gets there not only can

I confirm of all the different steps

that’s gone through that

also can confirm that it’s actually

worth going through all that that there

is some nutrition left and there’s some

value left in that food

so think about combating food fraud when

it comes to wine or milk or fish or meat

or olive oil or what about combining it

with environmental sensors in the supply

chain if I know how food starts and I

can see it degrading over time I can go

specifically into a point in the supply

chain and say I have a problem here it’s

degrading faster than it should and I

can solve that problem and that could go

a long ways towards reducing waste or

getting fresher food to people faster

and then finally what about

incorporating cooperating this type of

information into these handheld devices

and or smart phone imagine never having

to buy or eat food again that isn’t real

or isn’t good for us but more

importantly if you could do that using a

common language you can share that

information with everyone and they would

understand it whatever technology they

were using whatever language they

actually spoke they would know hey this

is good for me or this is bad for me so

it’s early days so we’re highly

encouraged by this work it’s exciting

we’ve seen enough and proved enough that

we are moving on very rapidly to

creating these fingerprints for the top

fruits and vegetables as well as the

foods that are most adulterated in

so look as humans we cannot separate our

fate from our food system and will

either continue to head down this path

of perception attending like it’s

working and literally feeding ourselves

to death or will cheat to listen to our

food again and we’ll get real about what

it can and cannot do for us but food is

too important to leave up to the experts

we’re all in this together we all

created this mess and we all have a

responsibility to clean it up so I’ll

leave you with the challenge and that

challenge is the next time you sit down

for a meal ask your food these questions

what is it is it real and how is this

decision impacting my body my community

and the planet and only when there are

answers to these questions well you know if we made the right choice thank you

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