Internet weight will shock you

Internet particle. But does it have … the actual mass? Of course, large servers and miles of cables are optical fiber, but we do not mean the Internet infrastructure. We mean the Internet itself. Information. Data. Internet science. And because storing and moving things through electronic space requires energy – which, for every Einstein, should be, in theory, account of the Internet weight.

Return in adolescent days on the Internet, in 2006, the Harvard physicists named Russell Try. Its conclusion? If you are considering the power mass that operates servers, the Internet comes out to about 50 grams – or from the weight of a couple of strawberries. People are still using the Citz comparison to this day. We all waste our lives on something that we can play in one bite!

Current estimates indicate that 1 gram of DNA can encrypted 215 petat – or 215 x 10¹⁵ Byte – from information. If the Internet is 175 x 1024⁷ Byte, this is 960,947 grams of DNA. This is the same as 64,000 strawberries.

But a lot has happened since 2006 – in iPhone and AI Boom devices, to name a few. (Through the logic of Seitz, the Internet will now be as much potatoes Different. The information on the Internet is written in parts, so what if you look at the weight of the electrons needed to codish those bits? The use of all online traffic – estimated at 40 home – discovers the weight of the Internet with a small fracture (5 million) of grams. Therefore, it is more like strawberry juice pressure. WAID thought it had come to investigate ourselves.

If the Internet is the equivalent of 960,947 grams of DNA, then this is a third of Cyberrtruck.

First: the server energy method. Christopher White, its boss says Nec Laboratories America And veteran in the Bill House laboratories, floors research. Other scientists talked to the agreement. Daniel Whiteson, a particle physicist at the University of California in Irvin and Cohoste Podcast Daniel’s unusual worldHe said it is a very comfortable way to get the “units you want” – although the price of cakes can be calculated by dividing the total number of cakes in the world on global gross domestic product. Registered! This would give us a mysterious personality to every country, for sure, “but it will not be correct, or even close,” says Whitson.

The Discover Magazine account seemed out of us. It is more related to the internet transfer, unlike the Internet itself. A specific number of electrons needed to cure information. In fact, the number varies incredibly and depends on the specific chips and circles used.

White suggested a third method. What if we pretend to put all the data stored on the Internet, across all hundreds of millions of servers all over the world, in just one place? How much energy do we need to encrypt these data, and how much does that energy weigh? In 2018, the International Data Company estimated that by 2025, internet data will arrive on the Internet 175 ZettabytesOr 1.65 x 10²⁴ parts. (1 zettabyte = 1024⁷ Byte and 1 byte = 8 bits.) White suggested hitting those bits with a sports term – k._forT LN2, if you are curious – the minimum fluctuation of the energy needed to reset a little. (The temperature is a factor, because storing data is easier in more cold conditions. Meaning: the Internet is lighter in space than it is in Tuxon, Arizona) E = mc² To reach the total mass. At room temperature, the entire weight of the internet will be (1.65 x 10²⁴X (2.9 x 10^-21)/C²Or 5.32 x 10^-14 gram. This is 53 Quadrillionths From gram.

If the Internet is 175 x 1024⁷ Byte, this is 960,947 grams of DNA. This is the same as 10.6 American males.

That … is not fun. Even if it does not have almost a material block, the Internet is still Feel Heavy, for these billions of us weighing every day. White, who previously tried similar philosophical estimates, explained that in reality, the web is so complicated that it is “unknown mainly”, but why don’t you try? In recent years, scientists have offered the idea of ​​storing data within nature building blocks: DNA. What if we were weighed by the Internet with these conditions? Current estimates Say that 1 gram of DNA can encrypted 215 beta – or 215 x 10¹⁵ Byte – from information. If the Internet is 175 x 1024⁷ Byte, this is 960,947 grams of DNA. This is the same as 10.6 American males. Or a third of Cybertruck. Or 64,000 strawberries.

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