this year for the first time will be awarded the prize “Innovators of Moscow” — investors and potential customers know about the capital’s developers and inventors, startups, and representatives of innovative business. The authors of the projects will receive an expert evaluation and will be eligible for a cash reward. The total size of the prize Fund — more than 17 million rubles.
In the final contest of 30 projects selected among nearly 500 applications received. The authors will present their ideas to the experts July 31.
Winners will be selected in the category “Project future”, “Changing the reality” and “innovation Leaders”. Each of them has identified five areas: “Artificial intelligence and information technologies”, “City environment”, “Medicine and pharmaceutics”, “Transport” and “Energy”.
In the final of the competition came only unique projects, the likes they have in Russia. For example, for a rank of the winner fights the portable device craniocerebral therapeutic hypothermia of ATG-02ПК. This medical device allows cooling the brain of the patient in the treatment of strokes, sports injuries, diseases of the Central nervous system, depression and Alzheimer’s disease. The procedure reduces the risk of negative impact on the human brain. The device can be used for therapy and prophylaxis in the acute period of brain lesions, and chronic cerebrovascular diseases.
Now medicine fully cooled the patient’s body, and this can lead to complications. When using the apparatus it is not. The device is aimed removes heat and lowers the temperature of the cortex two to three degrees. With this temperature reduction the neurons of the cerebral cortex begins to produce specific proteins, which for a long time protect cells from damage.
“Hypothermia, in our understanding, this is not the ice that is applied to the bruise or the wound to reduce the pain. It really is a serious interference in cell metabolism. Organs and tissues are rebuilt to a level of regulation that allows you to withstand the heavy load,” — says Oleg Shevelev.
the Device consists of several items. This is a basic machine that generates the heat, with control system and sensors, as well as the helmet, which circulates the coolant. The whole apparatus weighs about 12 kilograms.
the Device, according to the authors of the project, easy to use and safe for the patient (has no side effects and complications). However, to assign such treatment and monitor the patient needs the doctor. Now the basic prototype of the machine APG-01 is used in 25 hospitals of Russia, Kazakhstan and Uzbekistan, among them the Moscow Federal scientific and clinical centre of rehabilitation and resuscitation, city clinical hospital ��menny A. K. Eramishantsev, municipal clinical hospital named after M. P. Konchalovsky, clinical hospital № 1 of Department for presidential Affairs of the Russian Federation.
to make the technology more specialists, to draw the attention of investors and the Moscow city Government, the developers decided to take part in the contest “Innovators of Moscow”. But the authors had the support of the city, the company “Createhome” — the resident of the innovative center “SKOLKOVO”.
Another project another resident of “SKOLKOVO” in the final prize Is a non —contact gadget that emits electromagnetic pulses from one to 40 Gertsev and helps you easily and fall asleep quickly. The device operates in a certain rhythm, which is necessary for the person to sleep. The cube fits in the palm of your hand, and it can be controlled using gestures, touch and mobile applications. The development will help people with insomnia and this disease, according to the authors of the project, affects one in three urban dwellers.
Another one of the finalists thought about the impact of artificial light on the human body and isoberlinia lighting. According to doctors, a large proportion of blue light in the emission spectrum of led lamps can disturb the biological rhythms of the person as a whole and harm the health. In many led lamps blue and violet light has a high intensity (up to 30 percent) compared to conventional incandescent lamps. The finalists have developed spectromorphology composite plate and created efficient phosphors, allowing more safe for humans led lights. These synthesized phosphors can be used for street lighting and for the room.
How to charge any gadget from the dim office light? This question is answered by developing saranina Daniel and Tatiana Komaricheva, engineers, laboratory of advanced solar energy in National research technological University “MISIS”. The team is in the finals for charging portable devices with diffused light.
Perovskite is a unique material, the semiconductor layers can be printed on different printers. This makes the manufacturing process cheaper and easier. Now on the market are the technology, which is effective at ambient light, said Daniel Saranin.
“We’ve learned that solar panels are only used on the roofs of buildings, and the power of wireless devices is limited to calculators and wireless keyboards. With InPower, perovskite battery for ambient light, we can constantly keep on charging the phone. Simply stick flexible solar battery phone case as a sticker,” he says.
the authors of the project have already developed a m��good number of solar panels of different sizes. They intend to undertake the pilot project is to provide a self-powered ecosystem of devices, the Internet of things.
participation in the competition has allowed developers to feel not only scientists, but also beginners in business. A few weeks with the authors of the project the team worked on the prize “Innovators of Moscow”.
“We came out of the zone, where you are surrounded by science and scientific grants, and changed my thinking. Practiced to talk not only with scientists hard language terminology, but also with potential investors, venture capital funds about a product that may be of interest to people business,” says Daniel Saranin.
Another development from the walls of the nust “MISIS” was the final prize. Students Anna Karabanov and Alexander chuta developed, which will make it long-lasting and durable.
the Developers have already received the first samples of material, study of its biological and mechanical properties as well as negotiate with partners who are interested in the project.
“It’s not only manufacturers of endoprostheses, which are the target audience. Also manufacturers of materials and designers. With the competition there and meet new people, learned of other developers,” says Anna Karabanov.
in addition, finalists communicated business coaches and leading experts. They taught developers the principles of selling, the rules of work with the team and the audience. Now, as Anna says Karabanov, they just know how to look for investors and partners for project development.
For the title of winner and claim the project. The authors have developed a technology that allows you to fight the drawdown and the fracture of rails at the joints. It is for this reason most often there are emergency situations on railway tracks in an urban setting. For the bearing interface, the developers propose to lay under the Foundation of concrete sleepers elastic cushioning strip. Such international experience is already considered successful, the authors of the project are in search of potential customers in the Russian market.
In the finals were. The authors propose to establish a compact modular stations that have collected data about the state of the air — the presence of 15 kinds of gases, suspended particles, temperature, humidity, force and wind direction. The information goes into a single program is processed, if necessary, visualized and can be used by experts or by the population. A continuous process, monitoring is conducted 24 hours a day.
Young scientists received the prize of the Government Mosquitia cells, quantum computing, and the engine for the drone: the laureates of the Moscow Government about their ��the roject
All projects have reached the finals, were legal, scientific and economic expertise. The experts checked the authenticity of the documents, took into account the originality of the solutions and the results of the research, assessed the relevance of the project and the timeline for its implementation.
