Name: デジタル暗黒時代は避けられるのか？ (Can We Avoid A Digital Dark Age?)
Uploaded: 2021-01-14T05:40:19.000Z
Duration: 4 min 15 s
Description: VoiceTubeの動画で発音を聞きながら英語表現を覚えよう！学べる英語：

法助動詞 B1

Vint Cerf has warned that we may lose all our important data if we rely on digital storage,

but who is this guy and what does he know anyway? Oh he helped invent the internet?

Hello out there in meat space, magnetic ones and zeros decoded as the image of Julian here for DNews.

Doomsday prophets run rampant on the internet and usually they’re pretty easy to tune out,

but when the vice president of Google warns of a digital dark age

, it’s kind of hard not to take notice.

Vint Cerf, along with being vp of google and therefore having dibs on any gmail address

he wants, helped develop the internet in 1969. He and Bob Khan created the Transmission Control

Protocol and Internet Protocol for ARPANET, which allowed computers to send data to each

other and is the basis for the internet. I bet he tells “Cerf the internet jokes”

Side note, the World Wide Web was developed 20 years later by a British scientist at CERN.

Tim Berners-Lee’s Hypertext Transfer Protocol or Http makes accessing web sites possible,

but the world wide web is built upon the internet and the two terms are not synonymous. At this

point though nobody seems to care unless they’re arguing over who invented it.

Ok history lesson aside, Cerf believes that storing things digitally isn’t bulletproof

as you might think. And the elder of the internet may have a point. Digital mediums do degrade

sure, but even if the information is good there’s the problem of accessing

it. What’s a universal device today might be totally obsolete in a decade. It’s why

you don’t see floppy diskettes or laser disks anymore. What’s a floppy disk you ask?

But even if we keep the hardware around we still need the software to decode it. Digital

data are just ones and zeros but there are many different formats they can be arranged

in. New and better formats are developed all the time, and there’s no guarantee of backwards

compatibility. Without software that can interpret the information, it’s all gobbledygook.

That’s why you need to stay strong and keep saying not today to that Java update.

But you can’t hold out forever, and you’d need to keep transferring your data to new

mediums and formats, which sounds like a lot of effort. Plus you may miss something you

don’t realize is important until it’s too late. Like the very first web page ever?

It’s gone. CERN is trying to rebuild it. I guess they didn’t think this whole website

So Cerf recommends printing and storing documents and pictures physically. But there’s a reason

we don’t do this already: where would you put all of it??? Paper, thin as it is, takes

up huge amounts of space because it’s a relatively inefficient way to store data.

I think however I may have found a solution. DNA.

For years scientists have had the idea that if DNA can save genetic information, why can’t

it be used to store digital information too? George Church, a Harvard professor who is

mapping the human genome, thought he’d try that as a fun little side project. In 2012

he appeared on the Colbert Report with a copy of his book, and then produced a vial with

a slip of paper on it. and on the paper was a tiny dot. And on that dot was DNA with its

base pairs of AT and GC representing 1’s and 0’s. That single dot of DNA contained

So why aren’t we rocking smartphones with 20 gazillion terabytes of storage on DNA drives?

Well for a number of reasons, the technology isn’t ready yet.

First of all, DNA has issues of longevity. It reacts with its environment and errors in

the data are caused by heat or radiation. Dr. Robert Grass of Zurich's Department of

Chemistry and Applied Biosciences may have solved the problem by encasing the DNA in

silica spheres 150 nanometers in diameter. They tested it by keeping the glass coated

DNA heated between 60 and 70 degrees celsius for a month to simulate the passage of hundreds

of years, and when they separated the DNA from the silica with a fluoride solution they

found it was just fine, thank you very much. It’s also not cheap, with a megabyte costing over $12,000,

and it’s not easy to access quickly. But this way you can keep every single TV show

and Movie ever made in high definitions in a solo cup for thousands of years. So as long as we keep a method to decode

it, there’s no reason we should lose a thing. Maybe that’ll help Cerf rest a little easier.

Long term storage is one of the few advantages paper has over digital. Trace explains why

Are you worried about your digital storage? What’s your strategy to keep everything safe.

I have a bunch of back up hard drives at home with all these episodes on it

because I want to make sure I’m immortal. Let us know in the comments