Russia defence & technology updates

gadeshi

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Russian students to launch crowdfounded (through boomstarter.com) micro satellite:
A virtuose piano player has conducted 24-Hrs charity maraphone in St. Pete:
Russian Orthodox Church Patriarch has conducted the first surdo-translated pray in Russia:
 

gadeshi

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Putin has granted a GrandCup of Big Sail Ships Race to a captain of Mir frigate in Sebastopol:
and has awarded Russian scientists, sports men and artists for their contributions and achievements:
and meets KAMAZ Master Paris-Dakar racing team:
and reviews fundamental science status:
 

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Russian disabled people get ready for CybAthlon bionic olympiade for people with bionic protheses:
 

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A funnyy news:
Russian students have opened Russian Canteen in Tokyo:
Vladimir Putin releases Przhevalsiy horses into wild nature env:
 
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gadeshi

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Russian Army ESM/ECM units to aquire Shipovnik-AERO ESM/ECM suites that are capable of knock-down or take control over NATO UAVs/UCAVs:
 

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Matsestinsky Chai has started tea export to Britain:
Russian furniture company starts to produce children's bed in form of Buk-M2 self-propeled fire unit:
 

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A third of Russia’s most successful female CEOs work for foreign companies
October 24, 2016 EKATERINA GORLITSYNA, RBTH
A recent ranking by RBK magazine highlights the top female talent in Russian industry.
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WOMEN, RBTH DAILY,RANKING

Tatiana Lukovetskaya, CEO of the Rolf group of companies, becomes the 2nd in the RBK rating. Source: Kommersant

On Oct. 20, the RBK business magazine published a ranking of the top female CEOs in Russian business in 2015. Eight CEOs in the list work for Russian subsidiaries of foreign companies, including BMW Russland Trading, Sanofi Russia and Abbott Russia. More than half of the women on the list worked in commerce, pharmaceuticals and the automotive industry.

The rankings were based on the profit of the managed company, the number of employees and the increase in revenue by 2015 compared with the average results in the industry.




The weaker sex? First female biker in predominantly Muslim region



The top position in the ranking went to Ksenia Sosnina of ILIM group, one of the leading companies in the pulp and paper industry. Before moving to ILIM, Sosina was president of the Russian branch of the U.S. firm International Paper.

More women head leading companies in Russia than in other countries, according to the authors of the ranking. For example, only 21 CEOs in this year’s Fortune magazine ranking of the 500 largest companies in the United States were women, compared with 25 in a similar ranking in Russia. The decision to make a separate rating of female CEOs grew out of that recognition, the report’s authors say.

"In the basic ranking of the best CEOs in Russia, which is called the RBK-500, female CEOs make up a little more than 5 percent, and by world standards this is a very good result and well-deserved reason to feature them separately,” wrote RBK Daily.
 

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Legislators to streamline Internet of Things in Russia

24 Oct '16
Russia has unveiled plans to provide a solid legislative foundation for domestic Internet of Things (IoT) and industrial Internet projects. Regulatory documents are expected to emerge by the middle of next year, as described in a draft roadmap for the industry called “Internet+City” the Russian news agency Interfax has obtained.

According to the document, by June 2017 the current fundamental Law on Information, IT and Information Protection has to be amended to incorporate the new reality.

The amendments must clearly define such notions as “technological data” and “technological data infrastructure”; the latter must be further defined to describe what software and hardware components, as well as back up services, are expected to form the infrastructure. The amendments must also outline requirements technological data infrastructure operators will have to meet, making it as clear as possible what kind of data, obtained from an array of sensors, should be considered “technological,” and who will be allowed to legitimately collect, process and store the data.

The draft roadmap, as of today, is reported to stipulate a set of requirements for technological data collection, processing and storage in the Russian territory only.

Another clause outlined in the draft roadmap calls for thorough analysis of a range of contiguous regulations not only in communications but also in education, energy, real estate development, transport and others for possible discrepancies that might hinder the introduction of IoT and industrial Internet technologies in any of these sectors.
 

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Russian Researchers Working on Glass 'Stronger Than Steel' © Photo: Moscow Institute of Steel and Alloys Press service

TECH 15:55 24.10.2016(updated 16:05 24.10.2016) Get short URL 41159201 Researchers from the National University of Science and Technology MISIS (NUST MISIS) are developing high strength amorphous and nanocrystalline soft magnetic materials for medical implants, aircraft engines and sports equipment. © WIKIPEDIA/ MISIS Russian Researchers Work on a Unique Decay Volume Vessel for CERN MOSCOW, October 17 (RIA Novosti) – The National University of Science and Technology MISIS (NUST MISIS) has launched a project to create iron-based amorphous and nanocrystalline soft magnetic materials that will have high energy efficiency and improved functional characteristics. These novel materials could be used in many modern industries, from space technology to sports equipment. © PHOTO: MOSCOW INSTITUTE OF STEEL AND ALLOYS PRESS SERVICE Japanese professor Akihisa Inoue Professor Akihisa Inoue (Japan), a leading global expert on bulk glassy alloys, and nonequilibrium metallic materials, has been invited to head a new MISIS branch, the Advanced Green Materials Laboratory. He will oversee young researchers’ efforts to create iron-based amorphous and nanocrystalline materials with high soft magnetic properties, ultra high strength bulk metallic glass that will be much stronger and more elastic than existing steels, as well as wear- and corrosion-resistant anti-irradiation coatings. These materials could be used to make parts for micromotors and electrical transformers, and protective coatings for equipment parts that operate in aggressive media. © PHOTO: MOSCOW INSTITUTE OF STEEL AND ALLOYS PRESS SERVICE Advanced Green Materials Laboratory One of the priorities at the laboratory is the creation of new soft magnetic materials, the magnetization of which can be reversed without major energy inputs. The use of these materials could greatly increase energy efficiency. It is a fact that the loss of energy in the magnetic cores of electric equipment such as engines/motors and transformers amounts to 3.5 percent of global energy consumption. The magnetic steels that are used in 95 percent of cases have approached the limit of their soft magnetic properties. Considering the growing demand for electricity and the depletion of natural resources, researchers are working to create new soft magnetic materials with amorphous and nanocrystalline structures. The alloys they are creating are based on cheap metals such as iron (Fe), boron (B) and silicon (Si), which explains the high interest in their industrial application. Moreover, these alloys will be much stronger, harder and wear-resistant than their crystalline analogues. © PHOTO: MOSCOW INSTITUTE OF STEEL AND ALLOYS PRESS SERVICE Advanced Green Materials Laboratory Professor Akihisa Inoue told RIA Novosti that he had been working on metallic glass, including bulk glassy alloys, since 1974. During that period, science has moved a great distance from the first results of fundamental research to the commercialization of novel technologies. The professor said that he would be working with young NUST MISIS researchers to create metallic glass with improved characteristics, such as high soft magnetic properties, high saturation magnetic flux density, high strength and plasticity. The first commercial batch of bulk metallic glass will be produced in 2021.

Read more: https://sputniknews.com/science/201610241046664880-russian-researchers-glass-stronger-than-steel/
 

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Russian Researchers Work on a Unique Decay Volume Vessel for CERN © Wikipedia/ MISiS

TECH 17:24 20.10.2016(updated 17:31 20.10.2016) Get short URL 0 51310 The experimental installation, which scientists from 16 countries are creating, will help find answers to questions about dark matter and antimatter. MOSCOW (Sputnik) – A group of engineers from the National University of Science and Technology MISIS (NUST MISIS) have started designing a decay volume vessel, the largest part of the SHiP experiment at the European Organization for Nuclear Research (CERN) in Geneva. The goal is to find explanations for phenomena that standard particle physics cannot explain: the existence of Dark Matter and the matter-antimatter asymmetry in the Universe. CERN CERN's Large Hadron Collider Keeps Churning Out Pentaquarks CERN is preparing for a new experiment called the Search for Hidden Particles, or SHiP, which aims to find three right-handed neutrinos, particles also known as sterile or Majorana neutrinos or Heavy Neutral Leptons (HNLs). Their addition to the particle content of the Standard Model will help describe the existence of Dark Matter and the matter-antimatter asymmetry in the Universe. NUST MISIS engineers will work on the optimal design of a decay volume vessel and several options that will have different designs, materials and tensions in the inner shell. NUST MISIS Rector Alevtina Chernikova said that an international group of researchers from 41 institutions in 16 countries are working on the vessel. © FLICKR/ SCOTT KELLY / NASA Russian Scientists Reveal Earth's Magnetic Field is More Mysterious Than Ever NUST MISIS joined the SHiP experiment “as an expert on superconducting magnets and various alloys and steels that are used in the SHiP experiment, as well as one of the main contributors to the project’s engineering design and implementation phase.” A decay volume vessel is a conical tube that has outer and inner shells. The structure consists of several hundred cells, each with six inner surfaces. NUST MISIS engineers, through a series of calculations, have designed several mathematical models of the structure and its operating conditions while searching for the most suitable type of steel and aluminum alloy and the optimal size and geometry of the vessel’s parts. “The main part of the experiment that will take place in a decay volume vessel deals with the potential appearance of new particles. The vessel is a large structure, 45 meters long and 10 meters in diameter at the rear ellipse axis (maximum cross section). The specific features of the SHiP experiment imply a number of limitations and special criteria. The biggest problem is that, apart from strength, mechanical rigidity (stability) and vibration resistance, the vessel must be as light as possible to decrease perturbations during the registration of new particles. The engineers also have to take the cost of materials into account,” said Sergei Albul, head of the NUST MISIS working group. NUST MISIS engineers are currently working on several vessel models and will subsequently conduct vibration tests and consider arrangement options for auxiliary equipment. The technical proposal for the SHiP experiment at CERN was presented for defense in January 2016. The ongoing design stage will last until 2019. The vessel should become operational, making possible the collection of statistical data, by 2022.

Read more: https://sputniknews.com/science/201610201046550606-russia-cern-unique-decay-volume-vessel/
 

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Russian Scientists Reveal Earth's Magnetism is More Mysterious Than Ever © Flickr/ Scott Kelly / NASA

ENVIRONMENT 13:23 10.05.2016(updated 15:13 10.05.2016) Get short URL 73974263 An international team of scientists led by Russian Professor Igor Abrikosov have disproved a popular theory about the formation of the Earth's magnetic field. © NASA. ESA/ARIZONA STATE UNIVERSITY Feel the Burn: Recently Exploded Supernova Bombards Earth With Cosmic Rays A group of scientists from Linköping University (Sweden), Jožef Stefan Institute (Slovenia), Russia's National University of Science and Technology MISiS and France's École Polytechnique have helped to disprove a widely-held theory about the Earth's magnetic field, RIA Novosti reported on Tuesday. Along with the Earth's atmosphere, the magnetic field provides a defense for the Earth from the charged particles in cosmic rays. By deflecting the particles away from Earth, many are preventing from even hitting the atmosphere directly, ensuring that the planet's life-forms are protected. In January 2015 scientists from the Carnegie Institution for Science and Rutgers University (US) published a paper in the journal Nature which appeared to complete a traditional theory about the source of our planet's magnetic field. According to the traditional theory, the Earth's solid inner core spins and powers thermal convection of molten iron alloy in the Earth's outer core. This generates electric currents, which in turn produce magnetic fields. © SPUTNIK/ ALEXANDER LISKIN A model of the earth's internal structure at the Moscow Planetarium. However, in 2012 geophysicists in the UK published a supercomputer model which demonstrated that iron in the planet's core is more efficient at conducting heat than previously thought. "Put simply, the paradox is that in this model, so much heat escaped from the core via conduction that there wasn't enough energy left over to fuel convection (when heat creates motion) in the liquid outer core. The implication: Earth's magnetic field shouldn't exist," LiveScience explained. The 2015 paper appeared to overcome this conundrum, because it apparently proved the traditional model. "There was a big problem in how you generate a magnetic field, and now, because of our results, that problem has basically gone away," study co-author Ron Cohen told LiveScience. However, Cohen and co-authors Peng Zhang and K. Haule have now printed a retraction of their paper, based on experiments by an international team of scientists led by Professor in Theoretical Physics Igor Abrikosov. "L. Pourovskii, J. Mravlje, S. Simak and I. Abrikosov could not reproduce our findings, which led us to re-examine our computations. We found an error of a factor of two that is due to our neglect of spin degeneracy (two electrons per band), which would halve the electron–electron resistivity," and increase the flow of electric current, they explained in their retraction. © PHOTO: JEONGMIN HONG, JEFFREY BOKOR Move Over, Moore's Law: New Magnetic Chips Offer Computer Processing With One Million Times Less Energy As a result, the presence of the Earth's magnetic field remains as much a mystery as ever, representatives from Russia's National University of Science and Technology told RIA Novosti on Tuesday. "The researchers from the US agreed with Abrikosov's group, and in April 2016 they retracted their article from the Nature journal. The classical theory has been disproved again," MISiS explained. "Now scientists have to return to the calculations made in 2012, which show that heat convection cannot generate the Earth's magnetic field. The thermal history of the planet remains an open discussion."

Read more: https://sputniknews.com/environment/201605101039356573-scientists-earth-magnetic-field-mystery/
 

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Russian Researchers Create Technology to 'Replace' Severed Spinal Cord © Flickr/ Sarah Laval

TECH 14:44 12.02.2016(updated 14:59 12.02.2016) Get short URL 11445161 Researchers in Russia have found a way to allow lab animals with severed spinal cords to walk again using a system that alternates their nerve stimulation based on feedback. Russian and overseas researchers have created a system for stimulating severed spinal cords, with experiments in rats showing results that are more accurate than existing methods. The new method could be steps away from being applied to humans. Unlike existing methods, it administers electric and chemical impulses: only motion is needed. The new development is based on the idea that commands for body movements can come from the spinal cord, rather than the brain. "We have developed a method of electrically stimulating the cerebral cortex during paralysis, which is based on controlling muscle group contractions in real time," Dr. Pavel Musienko, a member of the project, told Gazeta.Ru. © SPUTNIK/ PAVEL LISITSYN Russia's Innovation Center 3D-Prints Thyroid for Mouse, Human Organs Could Be Next The research found that while walking, different muscle points activate to replace each other. Using computer models to analyze feedback allowed researchers to create models for when to stimulate the spinal cord. "We created new implant technologies, electrode matrices and neural network stimulation algorithms with fine adjustment based on feedback from limb movements," Musienko added. Unlike older projects, which simply stimulated the spinal cord at all times, the new research showed that rats moved much more naturally, when compared in an experiment.

Read more: https://sputniknews.com/science/201602121034638720-russia-science-spine-replacement/
 

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Russian Nanotech for Cancer Diagnosis to Begin Trials in 2018 © Sputnik/ Aleksandr Kondratuk

SOCIETY 13:14 16.03.2016(updated 13:20 16.03.2016) Get short URL 0 33460 A Russian research team is developing the country’s first nanodrug for early stage cancer detection. MOSCOW (Sputnik) — Led by Alexander Mazhuga, head of the biomedical nanomaterials laboratory at Russia’s National University of Science and Technology, the team intends to launch its clinical trials in 2018, the university press service told RIA Novosti. © AFP 2016/ TOBIAS SCHWARZ Danger! At Least 14 German Beer Brands Contain Cancer-Linked Weedkiller The initial testing stage envisages using the magnetite-based preparation for brain tumor MRIs; the researchers later plan to apply the method to other types of cancer. The team, which began to develop the diagnostic tool in 2014, unites experts from NUST MISiS, Lomonosov Moscow State University and Pirogov Russian National Research Medical University. Their breakthrough preparation consists of using biopolymer-coated magnetite particles with an average size of 40 nanometers, easily detectable on MRI scans. It allows for early stage detection, costs much less than other imaging contrast agents, and unlike other methods is not toxic. "We are working with magnetite nanoparticles whose biopolymer coating contains an anticancer drug. Our technique, unprecedented in the world, targets it to cancer cells," Dr Mazhuga said. The technique will be used to carry the drug to tumor cells as the coating is sensitive to their surface receptors. Magnetite penetrates only these cells and does not poison the entire body.

Read more: https://sputniknews.com/society/201603161036377515-russia-cancer-nanodrug/
 

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Russia's Skolkovo 3D-Prints Thyroid for Mouse, Human Organs Could Be Next © Sputnik/ Pavel Lisitsyn

TECH 20:30 09.02.2016(updated 11:44 10.02.2016) Get short URL 31685182 A company in the Skolkovo Innovation Center made an artificial thyroid gland using a 3D printer, which was then successfully implanted into a live mouse, Skolkovo’s Vice President Kirill Kaem said. This is the first time an actual organ has been made using a 3D printer developed in Russia. "Our resident [the researcher company], is one of five companies in the world that developed a working 3D bio-printer and the first company to print a functioning organ [a thyroid gland] which was successfully transplanted to a mouse," Kaem told journalists. © SPUTNIK/ ALEXEY FILIPPOV Russia's Skolkovo Innovation Center Unaffected by Sanctions, Geopolitical Tensions The company is planning to start printing other organs in the future, including kidneys and livers, and is currently working on selling bio-printers to companies interested in biological 3D-printing, Kaem said. Although the printing and implanting of a thyroid gland into a mouse was successful, there's still some time before companies could start printing human organs. "In terms of printing human organs… It will take a long time before it can happen in a pure form, "from scratch," it might occur no earlier than in 15 years," the Skolkovo Vice President added.

Read more: https://sputniknews.com/science/201602091034473258-russia-skolkovo-3d-printer-organ/
 

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Russian MOD reconstructs Arctic airfields like Nagursoye for strategic aviation usage:
 

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What you need to enter Ramzan Kadyrov's team (in Russian, but you can see how Grozniy and the other Ichkeriya is rebuilt):
 

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More about world's first floating nuclear power plant Lomonosov in Pevek:
Nuclear disaster suppression trainings on Seveny Fleet:
 
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Ratnik-3 next gen Future Soldier suite to be accepted in 2025 - a short promo:
Russian para-olimpic athlets on CybAthlon-2016 proteses games in Zurich:
 
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Russian food and light industry products have a great success in China:
Russian marines have first time landed on Zemlia Aleksandry (Alexandra's Land) island in Arctica:
 

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