What is nanotechnology? Who is the father of nanotechnology?

 today is the time of nanotechnology. Every day everything is changing. New technologies are coming. Today we will talk about nanotechnology. Use Chemistry Biology Physics Engineering will be used everywhere and that is why you need to have an idea about nanotechnology. What is nanotechnology? Nanotechnology is the knowledge, technology, and engineering that operates on the nanoscale, which is about 1 to 100 nanometers. "."  Another feature of this technology is that technology is  smaller, lighter in weight and the price will be comparatively less

Who is the father of nanotechnology?

 Dr. Heinrich Rohre is known as the father of nanotechnology in a world she was born in  1933 and died in 2013

nanotechnology

 If I tell you that the exterior walls of the house that the people of the future will build will be painted, the colors will act as solar panels and the bricks used in those houses will act as a battery, will you believe it? The future is not far off and all this is going to happen for nanotechnology. Please read the article at the end to find out what nanotechnology really is and how this technology can change our world. Let's talk about science and technology. The world is the same as before. But we have a world that is slowly getting smaller and deeper and there is a new world that is invisible to the naked eye. The microscopic world has the potential to surprise us but today we will go deeper than the microscopic world. We will try to know Nancy's world. We work with all objects. This world is billions of times smaller than that and that is what nanotechnology means. Developed on a nanoscale and what we can use in real life means to know many small objects and to engineer them tiny means a lot much tiny. I don't understand how many small things I'm talking about, the nib of a pen is a few million nanometers wide, so we couldn't even get close to a piece of paper about 75,000 nanometers thick. Human hair is 50000 thick. Then there is nothing to compare. The coronavirus will grow as big as a human, a loaf will be like New Zealand, and a chicken will be the size of our earth. I'm talking about knowing that the car is not in the real car, but I understand, but the question is how can nanotechnology affect our lives if it works on such a small scale. In fact, we can live here, we can work in places that are not even normal, even nanotechnology can completely change the environment around us. Imagine for a second you were transposed into the karmic-driven world of Earl. Imagine for a second you were transposed into the karmic-driven world of Earl. That is, the way it is arranged determines what the object will do. Using nanotechnology, we can calculate the molecular layout and we can use the same kind of things of our choice like bricks, sand, and cement. It can be done but in fact, it is so unfair because when an object changes it is called contact. Someone decides that if an object is made too small, it means that its attitude can be reduced to a very small extent, so using it we can understand how a substance can work on a nanoscale. Scientists can adjust and tune a candidate when they go and they can thus change the melting point of a substance such as fluorescence and even electrical conductivity. Maybe you use something like this every day

Guitars are made as easy as nanotechnology to mount on clearance or Muslim glass or any other service so that they can reflect water-resistant scratch-resistant. Our computer's memory and processor are getting smaller and smaller but the performance is much faster than before. We are making our smartphones smarter. We will make our own hands. Buy it so we can chat using the phone. It can help us reach those areas of our body where we need treatment which makes the treatment more effective than before because it takes less than a month of medication and side effects. No wonder you can take it and leave it to us, it's a very simple and common thing, but until a few decades ago it was an unrealistic task. It is possible to carry a computer in a bag and this is only possible by minimizing the microprocessor