future researches

Does string theory excite you? Mathematically, it holds. Aspects about it suggest not one, but several different dimensions, which we are not generally aware of, although we may be interacting with some of them all the time, completely unconscious. If it were true, how would these dimensions look and how could they affect us? And what is a dimension anyway? Two dimensions is only one point. We can remember the coordinate plane of the math class with the x and y axes. Then there is the third dimension, the depth (the z-axis). Another way to look at it is the latitude, longitude and altitude, which can locate any object on Earth. These are followed by the fourth dimension, space-time. Everything has to happen somewhere and at a certain time. After that, things get weird. Supercord theory, one of the main theories today to explain the nature of our universe, holds that there are 10 dimensions. That's nine space and one time. Throughout the twentieth century, physicists

The Human Genome Project (HGP) was the most ambitious and far-reaching scientific analysis of our DNA. Just a reminder, a genome is a complete set of instructions or DNA, the blueprints for building a complete organism. The project brought innumerable findings, which are just beginning to shape medicine and society. However, something else has become very clear. Being able to "read" our DNA does not mean that you know everything about it. To develop understanding, a new program seeks to write whole genomes from scratch, including plants, microbes, animals and even human DNA. But the latter is creating a storm of controversy over whether we should do it at all. Today, we have the entire human genome presented to us, about three billion base pairs in total. These are adenine (A), cytosine (C), guanine (G) and thymine (T). When they come together, they form the iconic double helix with which we are familiar. The genome is so complex, there are many things that we simp

A new "Bionic Skin" printed in 3D developed at the University of Minnesota, is an elastic fabric, which would allow robots to gain tactile sensitivity. The results of this study were published in the journal Advanced Materials. Scientists have been dreaming of artificial skin since the 1970s. Thanks to funding from a division of the National Institutes of Health, we are much closer to making it happen. Michael McAlpine was the principal investigator in this study. He is an associate professor of mechanical engineering at the university. In 2013, while at Princeton, McApline gained international attention for 3D printing nano-materials to form a "bionic ear". For this project, Professor McAlpine enlisted graduate students Shuang-Zhuang Guo, Kaiyan Qiu, Fanben Meng and Sung Hyun Park. Dr. McAlpine and his team created a unique 3D printer like none in the world. The device has four nozzles, each with several different functions. To print on the skin , the

While there are those who want to discuss the causes of climate change and how much humanity has contributed to it, others are looking to address greenhouse gas emissions through technology. A first-class commercial plant began to operate recently in Switzerland, which sucks CO2 from the air to sell to buyers. The Climeworks AG plant near Zurich is the first to capture CO2 on an industrial scale, selling about 900 tonnes of gas per year to help grow vegetables. That's how much carbon dioxide 200 cars would loose. Climeworks sees this as a first step, with the company's goal is to capture 1% of global CO2 emissions by using this type of negative emissions technology. Its long-term goal can be achieved with 250,000 additional plants like this. The company emphasizes the scalability of its plants as a favorable factor to achieve its objectives. "Highly scalable negative emission technologies are crucial if we are to stay below the two-degree goal of the interna

As perhaps we drew exciting and frighteningly closer to discovering life in other parts of the universe, the chorus of people who warn us to be careful what we want is getting stronger. The most famous, renowned physicist Stephen Hawking has argued for hitting the brakes, reiterating until 2016 his concern to seek alien contact in his comments on possibly life in Gliese 832c: "One day, we could receive a signal from a planet like But we must be careful not to answer, because knowing an advanced civilization could be as if the Native Americans found Columbus. "That did not turn out so well." For example, European germs were deadly to the natives and some feared that they might happen to us. Astrobiologist Lewis Dartnell, however, does not agree with all of this. From their perspective, things are considerably less frightening than many people think. In an article recently published in the Literary Hub, it offers a number of solid comforting arguments for wh

Everyone lies - to friends, families, and their significant other. But it seems to be brutally honest with our Google searches. It seems that we are writing our deepest and darkest fears in the omnipresent search box. Unlike the cured and somewhat ambitious characters portrayed in social networks, our Google searches offer a window into the human psyche. "I think there's something cathartic about telling things to Google that you do not tell anyone else," says Seth Stephens-Davidowitz. Stephens-Davidowitz is the author of the bestseller Everybody Lies: Big Data, New Data, and what the Internet can tell us about who we really are, and a former data scientist on Google. He is also a Harvard-trained economist who received his Bachelor of Philosophy from Stanford; A data scientist attracted by the most important questions of life. To the data scientist, our relationship with Google is acting as a true digital serum. What we say to others, and maybe even what we