6 things you use every day made smaller than a human hair - lithium ion polymer battery

In today's age of technology, everything has to be smaller, which is actually dogma.
Not long ago, you needed a backpack to carry your phone with you, and now a backpack can almost be placed in your ears.
But the next frontier is something that makes "nano" sizes. -
The equipment is very small and they are not visible to the naked eye.
We tell you that these things will make the future very strange.
We already have it. . .
The 6A hard drive is usually made of 12 atoms, and the researchers narrow things down by taking the smallest thing we already have and seeing if they can narrow it down a bit.
But jump to the end and start with a damn atom and figure out the smallest possible thing they can work on.
Eventually, they built a little bit of computer memory storage with 12 atoms: put it in context and your iPod can hold about 10,000 songs, give or accept.
This thing is about a million times more dense than an iPod hard drive.
So if you equip the iPod with a bunch of such things, you can store about 10 billion songs, assuming that zooming it in to this size does not produce a supernova (we don't know)
At least we know very little about the dangers of nanotechnology).
We can say that the researchers were able to stick eight of them together to produce one of the memories, so there was this.
Otherwise, the only problem (
Despite the fact that the hands of children without a Chinese sweatshop are small enough to be assembled)
Now this thing needs something called a scanning tunnel microscope to operate, a device that most people don't have easily on hand.
The atom must also remain very cold, otherwise it will open a crack in space --
Time continuum and the like
Either way, experiments show that data can be stored in smaller sizes than science thinks possible, so maybe we're not far from such a small smartphone, you may lose it forever because you sneeze.
Don't panic, but researchers at North Carolina State University have succeeded in creating tiny volcanoes.
They want to put them in your body.
See the scale there showing what the 500 nm looks like compared to the volcano?
The average flea is 2 million nm long.
So what we're going to say is that a normal flea penis will crush something like Godzilla.
So what's the point of a tiny Nano volcano?
Fortunately, these people are not crazy scientists, and they are not going to threaten the world with the threat of causing natural disasters in your gut.
Nano volcano is here to help.
Specifically, enter your system instead of the dreaded, dreaded magma.
The particles inside can hold the medicine: no one likes to remember to take the medicine, so why not let a small volcanic eruption do all the work for you?
By adjusting the size of the cavity and the opening of the tip, scientists think they can customize a volcano to release specific, regulated drugs into your body, hopefully without the risk of it going to all of your vesuwei volcanoes inside you.
According to science, volcanoes are generated by the synthesis of polymer-made crystal balls that glow on nanoparticles placed on film.
We must believe their words.
The only thing we're going to take away is the tiny virus screaming images that run as their virus-
The town is like an ancient city of Pompeii.
4 pieces of Lego made of dna, as if scientists were not accused of playing God often, the Mad Men at the Harvard University's Institute of Westminster have gone ahead and created the cornerstone that may be life.
We mean building blocks. -
What they basically do is.
The Wyss team took advantage of the vast amount of science we barely qualified to understand to design certain types of DNA in some way, and they have succeeded in creating a bunch of 25-
To connect to each other to build a Nano cube with a larger DNA structure.
If you can't imagine 25nm, take a hair off your head.
That hair is 4,000 times thicker than these building blocks.
As for what they can be used for, the scientists are clearly vague at this point, and we might think they are doing it just to see if they can.
But they speculate that the technology has been widely used in medicine. -
In theory, this may lead to design drugs being driven directly to where the body needs them.
In addition to this future robotic bacteria, the shape of the gene nano-structure is not just easy to transport.
For example, enzymes work by integrating and decomposing proteins of a certain shape.
These building blocks allow scientists to restructure the shape of proteins and make them easier to digest.
Of course, it's not as interesting as building a 1:33 scale model of X-
But Harvard nerds are much more stupid than standard nerds.
3A full-featured radio, a member of thick, we joked about the concept of Nano.
Used the iPod earlier, but obviously the concept of molecules
For a research team at the University of California, the size music player is not a joke, he is made of a carbon nanotubes.
For unprovoked people, technically, the Naimi tube is a carbon molecule that is organized into the shape of a tiny tube, smaller than you think.
This is like the hairy mul of bacteria in their 80 s.
For a wizard like this, create something like this and call it a day ---
They have figured out how to convert them into consumer electronics that look like this. . . . . .
Then, physicist Alex zetat began to make such a radio that could not have been very small to receive commercial radio stations.
Although a Radio small enough to make the virus seem useless to us, scientists think they may find a practical use in future hearing aids, or at least Bluetooth devices that can be implanted directly into the ear.
Because it's not confusing enough to see people on the street talking to almost invisible headwear. 2Nano-
If the Nano tree falls in the nano forest and no one around it hears it, will it make a Nano sound?
Scientists at the University of California have finally figured out how to make a forest of tiny nano-trees to answer this timeless philosophical question.
Well, literally, they're not trees, they're tiny "nano-wire" replicas made of silicon and zinc oxide.
Each one is about a thousand feet wide (
In contrast, a piece of paper is).
By the way--
They are trying to create better solar cells, and nature does better than we do.
The researchers found that, despite common intuition, the tall vertical structure of the trees gathered light better than the wide and flat surface of the solar panel.
This is because all leaves have more binding surface area.
But while nature offers innovation, it lacks precision engineering, which is why scientists have reduced the general concept of nature's invention to a more practical level of portability.
Now give us a bunch of small pockets.
Dinosaur size, damn it! 13D-
Printed nanobots are one of the biggest challenges in scientific exploration to create potentially evil nanobots, traditionally the question of how to power them.
After all, the ability to build molecules-
If we have to connect with bulky cell phone batteries, then the thick radio is meaningless and for them it will be the size of a skyscraper.
But they also cracked the puzzle due to the ultimate term for 2010 s 3D printing.
A team at the Wyss Institute created a 3D printer to make the world's smallest lithium-ion battery.
This is the same battery as your phone and laptop, except this one is a sand-sized battery.
It's not an exaggeration. it's actually the closest thing: the appearance of nano-robots ---
Printed by the nozzle--
What makes the invention of all the other tiny things possible, presumably by-
Style spaceship flying in your veins.
Scientists have invented a very small set of micro-devices in various fields from medicine to communication, which have until now been dormant on laboratory benches due to lack of electricity, but now they may have found the last piece to complete the puzzle.
We just hope that we can get useful applications for a few years before the evil nanoparticles become self-aware.