Due to the materials currently used to make touch screens, size and design possibilities are limited because electrical signals must travel from the location of the touch display to the edge of the screen where the signals are collected. If the signal goes too far, it becomes very weak and the screen becomes less sensitive. In flexible sheets, on the other hand, nanocables can be spread over a larger and nearly empty surface and still be highly conductive. In addition to this, they can also be applied to plastic sheets, such as the plastic of water bottles, rather than just glass. Your wisdom.



Smart Phone Can Measure the Radiation  Bernardo An Angela Bernardo app turns your smartphone camera into a real radiation detector. The work of scientists at the Idaho National Laboratory has even attracted the interest of the U.S. Department of Defense. It sounds like science fiction, but technological progress is Chinese Europe Phone Number List unstoppable. A new scientific study by physicists brings us closer to a promising future in which mobile devices will be used for more things than making phone calls and sending messages.





This is a reality we have become accustomed to, with smartphones demonstrating their “smartness” every day. This time, it was confirmed that the cameras in these terminals can act as radiation detectors. The research, published in the journal Science, explores the ability of sensors to determine the levels of radiation we are exposed to. But not just any type of radiation, but specifically gamma rays, which are very powerful ionizing radiation that are commonly used to sterilize surgical materials and the like. Personal exposure to such rays can be harmful due to their penetrating ability.