A Quote by George M. Whitesides
Nanoengineering is learning how to make devices as small as 10 to 100 atoms in width. Much of the work is going on in the electronics industry, where there is great demand to pack more components onto computer chips.
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Great work, professional relationships, and learning experiences compound over time, much the way money does - investing $100 today creates much more value than investing $100 a decade from now.
I think right now the jury is out on where and how much profit is available in the consumer electronics industry, because if you look at the current consumer electronics players, the biggest ones on the planet struggle to make profit consistently.
Although computer chips now are thinner, they're more powerful, they're not as reliable. You'd harvest computer chips from the 1980s from all around the world because they're reliable.
At one time, I hated the iPhone - but that was only before I used one for the first time. Now, it would be difficult for me to make the switch to any other platform. I've spent a fair amount of money on apps that continue to ride with me as I upgrade my iS devices. The iPhone certainly has its share of flaws and shortcomings, but having spent a great deal of time with other devices that claim to be "killer" continue to fall short. The industry needs competition, but I just need my mobile communications computer to work with a healthy array of software.
If you only have 10 examples of something, it's going to be hard to make deep learning work. If you have 100,000 things you care about, records or whatever, that's the kind of scale where you should really start thinking about these kinds of techniques.
I really didn't foresee the Internet. But then, neither did the computer industry. Not that that tells us very much of course--the computer industry didn't even foresee that the century was going to end.
The beauty of a living thing is not the atoms that go into it, but the way those atoms are put together. Information distilled over 4 billion years of biological evolution. Incidentally, all the organisms on the Earth are made essentially of that stuff. An eyedropper full of that liquid could be used to make a caterpillar or a petunia if only we knew how to put the components together.
Shiv Nadar University has five schools with 16 departments offering 14 undergraduate, 10 master's and 13 doctoral programmes. The demand for engineering courses - computer science, engineering, electronics, communication engineering, mechanical engineering - is slightly on the higher side compared to other engineering courses.
If you want to survive in the film industry, it's not about fighting for your visions because that's a given. It's thinking about how much is your vision going to cost, and then, what are the consequences, because you may have $100 million, but the reality is that $100 million needs to make $500 million to be a success.
I used to be a computer engineer, and I can make really good code, and we can make systems that work really well, and we can make the application a great experience, but when you have to translate bits to atoms, you need folks who are used to working with city governments, with state governments, and so I like to say we're in a political campaign.
Our first-party devices will light up digital work and life. Surface Pro 3 is a great example -- it is the world's best productivity tablet. In addition, we will build first-party hardware to stimulate more demand for the entire Windows ecosystem. That means at times we'll develop new categories like we did with Surface. It also means we will responsibly make the market for Windows Phone, which is our goal with the Nokia devices and services acquisition.
Pack lightly. If I'm anywhere a week or less, I carry on. I can fit everything I need in one small bag! And I pack small, mini liquids so TSA doesn't make me throw anything out.
Having great components is not enough, and yet we've been obsessed in medicine with components. We want the best drugs, the best technologies, the best specialists, but we don't think too much about how it all comes together.
In most ecological systems you have a composite, biotic components as well as abiotic components acting together to form a whole, whereas in a human built environment most of the components are abiotic or they are inorganic. One of the first things we need to do is to complement the inorganic components with more organic components, and to make them interact to form a whole.
Learning how to live is much more important than learning how to make a living.
In general, I pack really simply. Every shirt that I pack is going to work with every pant that I pack and every sweater that I pack. So, I can mix and match easily.
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