We develop those materials that work in a layer that emits light. In the future, we hope to produce full-flg organic semiconductors. And sell emitters with a luminescence spectrum close to all the main true colors. Blue, green and r. In addition, of materials for thin solar panels. Which can, for example, be glu to the wall with double-sid tape and generate energy. Non-invasive micine Organic luminescent compounds are important for micine. For example, bioimaging – visualization of tumor cells and observation of them in dynamics. Evgeny Mostovich. Imagine a sensor implant in a blood vessel that automatically measures the level of. For example, glucose and transmits the data to a smartphone.
The development of implants bas on organic
Or imagine implants bas on organic semiconductors that help Norway Phone Number List people who have lost some kind of motor function. Such developments are quite real, and there are already companies that are entering the market with similar proposals.” Bioelectronics and ideal prostheses Novosibirsk researchers strive to solve the problems of bioelectronics insemiconductors that are closest to biological tissues. This means that it is necessary to develop a device that can translate the information transmitt by the machine in the language of electrons into the language of ions and molecules, which is characteristic of our body.
AI replace a scientist and how can young
The clearer the translation of signals is, the better BT Lists the connection between the digital neural network and the person will be. And this, in the long term, can open the door to transhumanism – a situation where we learn how to improve the human body with the help of devices. February 8 is the Day of Russian Science. How is it changing, can scientists find support for their ideas About the expert: Sergey Salkutsan, director of the Foundation for Support of Innovations and Youth Initiatives of St. Petersburg, head of the Blue Sky Research competition for breakthrough scientific projects.