The term “changing the world†has been overused, but is there any other suitable term for inventions such as transistors, the World Wide Web, and mobile phones that describe their influence on world history? There are indeed some innovations that have changed the direction of history. Can the carbon breathing battery, surgical robot, quantum satellite and seven other innovations described in this article produce similar results? It is still too early to draw conclusions. Most innovations ultimately fail, and the greatest ideas are often accompanied by the highest risks. But an idea can often take a long time from being ridiculous to becoming a general trend. 　 Carbon breathing battery Electrochemical cells are capable of absorbing carbon from the atmosphere and converting it into electrical energy. Cutting greenhouse gas emissions alone is not enough to stop global warming. Now, we must remove some of the carbon dioxide that already exists in the atmosphere. The good news is that there are many ways to do this; the bad news is that these methods basically consume a lot of energy. The ideal carbon sequestration technology can generate electricity instead of consuming energy. In a paper published in Science Progress in July 2016, researchers at Cornell University in the United States, Wadi Al Sadat and Linden Archer, describe an electrochemical process that captures carbon dioxide. Battery design. The cathode material of the battery is made of aluminum, which is low in cost, large in storage, and easy to process. The anode consists of porous carbon into which the researchers inject a mixture of oxygen and carbon dioxide. Aluminum, oxygen and carbon dioxide react inside the battery to produce electricity and produce aluminum oxalate. Sadat and Archer said that during the life of a 1.4-volt battery, the battery absorbs 2.5 times more carbon than the carbon that was produced when the battery was built. Archer said that he and his colleagues still have a long way to go to turn this design into practical technology. First, they need to prove that the technology is cost-effective enough and scalable. Archer predicts that if they can successfully achieve such a conversion, the battery will be equipped in the power station and car exhaust pipe in the future. 2. Brand new antibiotics Methods for designing novel compounds can be used to combat resistant bacteria. It's hard to imagine a world without antibiotics, but because of the massive abuse of antibiotics, we are approaching this world. The National Centers for Disease Control and Prevention says that in the United States alone, more than 23,000 people die each year from germs that cannot be treated with antibiotics. A study funded by the UK government estimates that by 2050, 10 million people worldwide will die from drug-resistant bacteria each year. Scientists are struggling to find new drugs that kill superbugs, such as macrolide antibiotics. Myers and his team found a way to synthesize macrolides. To synthesize this compound, the researchers broke down the structure of the macrolide into eight basic modules, then combined them in new forms, using different combinations to adjust their chemistry. In a paper published in Nature in May 2016, the Myers team stated that they have synthesized more than 300 new compounds. The researchers used 14 pathogenic bacteria to conduct experiments and found that most compounds inhibit bacteria, and many can kill resistant strains. Chemical products include the following, as well as the most common food and feed additives. For example, feed additives in life, Food Additives are Belongs to this category. In fact, there are some inorganic Chemical Raw Materials, such as inorganic salts, other metal salts and industrial gases or oxides And so on. In addition, there are some chemical fertilizers, such as nitrogen fertilizer, phosphorus fertilizer, potassium fertilizer, compound fertilizer, bacterial fertilizer and so on, which are very common in daily life And so on. In addition, there are some information chemicals, such as the familiar X - ray film, in addition to the film photography chemicals Megestrol Acetate,Melengestrol Acetate,Hydroxyprogesterone Caproate Powder,Norethisterone Enanthate Xi'an Henrikang Biotech Co.,Ltd , https://www.henrikangbio.com![[Inventory] Top Ten Innovations in 2016: Surgical Microsurgery Robots Are Optimistic](http://i.bosscdn.com/blog/20/16/11/28025238167.jpg)
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