Go back to the typical household in 1950, and you would see much that you would recognize: washing machines, vacuum cleaners, cars, TVs. But go back 50 years earlier, to 1900, and most of us would find a world that was utterly foreign, and exhausting. Daily chores like cooking and washing took hours of backbreaking labor.
The purpose of the call was to interest Doudna in studying an emerging phenomenon that was recently discovered in microbiology, a strange sequence of DNA found in bacteria. Intrigued, Doudna began to research the sequences, called Crispr, in her own lab and, in 2012, discovered that they could be used as a powerful new tool for editing genes. Today, Crispr is creating a revolution in genomics, completely redefining what was considered to be possible in just a few short years.
Today, we’re on the cusp of two architectures that can fill the gap. The first is quantum computing, which uses subatomic effects to create almost unimaginably large computing spaces. The second, called neuromorphic computing, mimics the design of the human brain. Materials Science Think of just about any major challenge we face and materials are at the center of it. To build a new clean energy future, we need more-efficient solar panels, wind turbines, and batteries. Manufacturers need new materials to create more advanced products. We also need to replace materials subject to supply disruptions, such as rare earth elements.
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Source: CNBC - 🏆 12. / 72 Read more »