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That Alien World that Rains Iron Just Got Even Weirder Researchers have discovered a huge exoplanet with an extreme climate.. Using ESO’s telescope, an international team of astrophysicists found an exotic planet called WASP-76b, 640 light-years from Earth in the constellation Pisces. A giant the size of Jupiter revolves around a star and is in a tidal position (it takes the same amount of time to revolve around its axis as it does around a star), so it is always turned towards it with only one side. Due to its proximity to the luminary, the planet receives thousands of times more radiation than the Earth from the Sun. This warms up the atmosphere on the day side above 2400 °C, which is sufficient to vaporize metals. Time never receives light on the night side, then the temperature there drops to about 1500 °C. Due to the large temperature difference, the…

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‘Flying taxi’ tested on the Seine river in Paris Swedish company Seabubbles started testing in Paris a new version of the water taxi in the form of a capsule. Test drives on white electric boats with oval-shaped hydrofoils that look like tiny spaceships.. The advantages of using it are that it works silently, does not pollute the environment and the environment.., and does not cause the formation of waves when moving. The tested Seabubble can accommodate four passengers. The use by local authorities will approve their use then the water taxi will be available through regular local applications calling a taxi, renting a bike or renting other transport. In addition to the French capital, the company will launch commercial water taxi options and other cities from next year… Paris actively implements into infrastructure innovative solutions, which make the life of citizens more comfortable. For example, in suburb Villeneuve-le-Roy is testing a radar system that can accurately detect loud vehicles…

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Engineers have developed triboelectric nanogenerators that store static electricity from friction, which can be used to power small electronic devices. Each of us remembers the school experiment with an ebony stick or how children’s hair is attracted to a balloon during the game. This phenomenon is called the triboelectric effect and has been known about it since ancient times. However, solutions for its use in real technologies have appeared recently, thanks to the development of nanotechnology… A team of researchers from the State University of New York at Buffalo studied the effect and worked to create these durable power systems for electronic devices. Using computer simulations and physics experiments, they developed triboelectric nanogenerators that can store and control static electricity… According to scientists, the energy source can serve friction between fingers and smartphone screen, wrist and smartwatch, or even between shoes and road surface. Adding that in the long term it can…

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Importance of Stem Cells in Diabetes Research Using stem cells from mice, researchers have grown separate functional segments of the pancreas that produce insulin to find a complete cure for diabetes… Using sequencing technologies, a team of scientists from the Shanghai Institute of Biochemistry and Cell Biology has identified a new group of Procr + cells in adult mice. Further studies have shown that they are stem cells and are able to transform into any type of islet cells of Langerhans. Then the team developed a system for cultivating them in the laboratory to produce tiny functioning organelles very similar to the original ones. After their transplantation into diabetic mice, the subjects’ blood sugar levels returned to normal, all symptoms of the disease disappeared.. Transplantation of individual insulin-producing pancreatic segments is considered promising long-term treatment for diabetes, but it is severely limited due to the lack of donor material. The team has yet to…

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Instagram Filters for Robots & Optical Neural Networks | Julie Chang | TEDxBeaconStreet Scientists have developed a quantum algorithm to accurately measure physical quantities with help simple optical instruments. The sensitivity of measuring instruments is of decisive importance in various fields of science and technology. Previously, no instrument has been able to provide accuracy above the shot noise limit due to natural system fluctuations. However, recent experiments have shown that by combining sophisticated optical noise schemes and the principles of quantum mechanics, the Heisenberg limit of sensitivity can be reached.. Now researchers from the Moscow Institute of Physics and Technology, together with a colleague from the Argonne National Laboratory, have developed and constructed an optical circuit that triggers phase estimation methods based on the Fourier transform.. For this team, I arranged a large number of optical elements (beam splitters, phase shifters and mirrors) in a special way, and then, obtaining information about…

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A team of physicists presented experimental evidence of a new state of matter – topological superconductivity. The discovery will help increase quantum memory and computing. Scientists at the University of Buffalo and Wayne State University studied the ability of Majorana particles, which are their own antiparticles, to store quantum data in a computer environment protected from environmental noise. To transport the natural host material, the team decided to design new matter for further experimentation. In the course of their research, they analyzed the transition of a two-dimensional platform from an ordinary quantum state to a new topological, energy barrier between them. Scientists also measured the signature characteristics and parameters of this transition, which controls the new phase… According to physicists, the discovery of the state of topological superconductivity makes it possible to create scalable topological qubits not only for storing quantum information, but also for manipulating their quantum states, without…

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Mutant Bacterial Enzyme Discovered That Can Degrade Plastics In Hours! Researchers have found a bacterial enzyme in a pile of compost leaves that breaks down recyclable constituent chemicals in plastic bottles in a few steps. One of the options for solving the problem of pollution of the planet with plastic waste is their recycling. However, new processing technologies make it possible to obtain products that are suitable only for creating items of clothing and carpeting. Therefore, experts from the University of Toulouse started looking for more effective solutions.. In the course of the study, they multiorganized 100,000 microorganisms, which found the candidate in the compost from the leaves. After isolating and studying the properties of the secreted enzyme, to increase the efficiency of breaking down the plastic from which the beverage bottles are made. They also made it stable at 72 °FROM – optimal decomposition temperature. Researchers used an optimized enzyme…

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Researchers have developed a new way to treat the early pathway of tissue repair at the site of injury using a micro-robot.. Endoscopy of Gastric Ulcer Damage to the stomach walls is a common problem, usually requiring medication or surgery. However, a team of scientists from Tsinghua University have proposed an internal healing technique through bioprinting.. The team has developed a micro-robot that enters the body through an endoscope and covers with a layer of live cultured cells, previously grown in the laboratory, restoring damaged tissues of the stomach wall.. Tests have shown that after bioprinting, cells retain vital signs and continue to divide steadily.., here on high biological functionality of the printed fabric. The results of the study confirmed the possibility of using the method of treating various injuries of internal wounds without surgical intervention… However, scientists say the new technology still needs to be refined bio-ink and a bioprinting platform……

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Humanity has long benefited enormously from space technologies, especially in the field of communications, navigation, atmospheric and subsoil observation. However, their further development can bring us much more benefit.. Positive impact today Over the past 60 years, more than 8100 have been launched into Earth’s orbit, 135 spacecraft have been sent to the Moon and the ISS has been built. Each of these projects is worth millions of dollars. The use of space technology, important tasks in our daily life, affecting government, industry and personal decisions.. Accurate weather forecasting using orbital systems saves thousands of lives every year by alerting people to natural disasters. Land monitoring provides us with useful information for efficient farming, fisheries and forestry management, and monitoring harmful activities and pollution… 5 Space Technologies that Will Amaze You Space communication capabilities Positive for all aspects of civilization. Satellite technology has already revolutionized banking, finance, telecommunications, making international…

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Scientists have made a breakthrough in cryogenic rocket engine technology that can increase operating time from a few hours to 30 days. Most rockets can be in orbit for only a few minutes or hours. Although cryogenic engines are designed to works at extremely low temperatures, but in the process of their fuel quickly evaporates, and due to weak gravity begins to mix with exhaust gases. Scientists at the PRC Rocket Technology Research Institute have developed two insulation materials that minimize these losses. We Reached The Next Mind Blowing Era of Ion Engine Propulsion One of them consists mainly of polyurethane foam, which increases its insulating capacity by more than 50% compared to traditional foams. Another uses multi-layer insulation with varying density, making it 18% more efficient than those used.. Tests show that the combination of these two materials reduces daily cryogenic fuel losses by up to 0.5%. This will ensure its long-term…

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Thanks to revolutionary technologies, experts from Canada have managed to create a new type of telescope — Canadian Hydrogen Intensity Mapping Experiment (CHIME). An experiment on mapping the chemical compound of hydrogen became for the possibility of fixing a new type of signal from space. Scientists have explored space in British Columbia, where FRB was detected below 700 MHz on 25 July. It was named FRB 180725A. According to scientists, FRB — these are millisecond bursts of radio emission that originate from an unknown source in the universe. They — one of the new cosmic secrets. Possible explanations include bursts from magnetars, explosions of black holes, and, of course, enthusiasts could not ignore the topic of highly advanced alien civilizations.. The main purpose of the CHIME station — collection of data on FRB and observation of other space phenomena, the answers to which are not able to give any of the…

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A new type of very thin and strong adhesive tape has been created, which is made of films covered with carbon fibers, therefore it remains adhesive at extreme temperatures and practically does not even leave marks.. In hot or cold conditions, ordinary scotch tape loses its properties and leaves characteristic marks on the surface..  People who live in northern latitudes or near the equator inevitably face this. This team of scientists from the American Chemical Society uses a new type of adhesive tape that works over a wide range of temperatures… To do this, they formed an inner surface of parallel multilayer carbon nanotubes. The resulting double-sided tape can adhere to surfaces by means of der Waals forces, which provide weak electrical forces between closely spaced atoms or molecules. Like a gecko on glass. Backgrinding and Wafer Processing with Novel Temporary Bonding Solutions Webinar Ultra-thin, ultra-lightweight and flexible tape outperforms…

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Researchers from Harvard University plan to spray particles that reduce sunlight into the stratosphere to temporarily reduce the heating of the planet and use this technology to combat global warming.. The team of scientists intends to use controlled air probes to spray calcium carbonate at an altitude of 20 km above ground level. In the first move over the territory of the United States in the experiment, several small cylinders of the substance will be released. Tests are scheduled for the first half of 2019 and will cost $ 3 million. After spraying the calcium carbonate, the probes will deploy to observe the dispersion of the particles.. This experiment will be the first geoengineering experiment conducted outside the laboratory. It does not significantly affect the earth’s atmosphere… Global warming can be combated by reducing the amount of light entering on the surface of the earth, reducing carbon dioxide emissions or absorption from…

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Intel Corporation has introduced a new interconnect technology for 3D chips, which will allow you to create microcircuits from compact module modules, by analogy with the Lego constructor.. Most modern ones have a monolithic design, in which all transistors and auxiliary components are placed on a single silicon matrix. This approach has worked well for decades, but due to the difficulty of further increasing processing speed, manufacturers are creating new the way development of the industry to meet consumer expectations. Intel plans to address this issue with Omni-Directional Interconnect (ODI) technology, which eliminates the need for only one die, allowing processors to be assembled from various modules called chiplets. Flexibility is one of the benefits of this approach. ODI will allow the company to mix and match chips of different designs, usually sold separately, in powerful, custom-tuned processors optimized for specific applications.. The new technology will help reduce manufacturing costs. If one of the…

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Researchers have presented a model of a space engine that uses radiation from a nearby star to disperse nanoparticles and create low-level thrust.. The essence of his work is to use neutral nanoparticles of an insulating material or other material, which become polarized. In this case, all elements with a positive charge are displaced in the direction of the field, and negative in the opposite direction. As a result, an electric field is created.. The study found that a technique based on the principles of plasmonics can work, and also suggested parameters for its successful application in practice. Scientists have focused on solving the issue of the strength of nanoparticles in an accelerator, studying how the corners of the plates in an injector affect the forces acting on these particles.. One of the main factors behind them was the lack of a power source in space, according to a team from…

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Researchers have developed 3D printing techniques, in which, instead of sequentially applying one layer of material, models of light are formed in two different ways on a liquid resin. This allows you to make more durable products and speed up their production by 100 times.. Three-dimensional printing allows you to automate the production process of various elements of complexity, but using the classical method of devices, they gradually apply layer by layer, it takes a lot of time to complete the work. However, researchers at the University of Michigan have invented a new, faster 3D printing technology.. Their method uses a liquid resin and two different wavelengths of light to control it. One triggers the hardening reaction and the other prevents it. Together they determine which areas will be tough and which will remain liquid. The manufacturing process is «stretching» products from a container with resin and resembles casting rather…

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A group of scientists from the Universities of Sussex and Swansea have created a way to manipulate liquid metal, with which you can move it and shape, forming complex three-dimensional objects. In the future, it can be used in robotics and digital devices.. The T-1000 (TERMINATOR Explained) The team presented an experiment that could be the first step towards creating a prototype of a self-healing robot from the movie «Terminator 2». The bottom line is that with the help of electric charges scientists have learned the shape and movement of liquid metal. Researchers believe that in the future, a new kind of material can be programmed to change shape.. The opportunity allows not only to control the metal as a conductor, but also its properties, phases, surface tension, and also to use it as a conductor. In this case, manipulations can be carried out at room temperature… According to scientists,…

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Nobel Prize-Winning Economist Shares His Thoughts On Smart Contracts Law developer — working group «Skolkovo Legal». About this in his telegram channel «CryptoLine» said the head of the working group on cryptocurrencies in the State Duma Elina Sidorenko. IN published document changes were made to the first three parts of the Civil Code of the Russian Federation and the Family Code. The bill provides that a confirmed electronic transaction can be equated to a transaction made in writing. A notarial transaction is recognized as complied with if the notary has used a strengthened qualified electronic signature to certify it. A mechanism for fulfilling obligations based on digital algorithms is approved. The draft law says that the obligation can be performed without the direct participation of the parties on the basis of an agreed algorithm. Also, contracts signed with the help of an electronic signature or other identification methods acquire legal force.…

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International Research Team Successfully Tests Key Technology to Create Next-Generation High-Energy Particle Accelerator. Particle accelerators are used to identify materials in colliders, chemical structures, cancer treatments, and the fabrication of silicon microchips. Until now, they have been accelerated by protons, electrons and ions.., which will make it possible to obtain the energy of colliding particles ten times greater than in the Large Hadron Collider. To do this, first shoot a beam of protons at the target., from which they break into fragments, among which there are muons. Further their separated from other particles and passed through a series of magnetic lenses. However, the collected muons form a scattered cloud, so they will collide with each other when accelerating and cause interesting physical phenomena, remain low. For reduce cloud diffusion a process called beam cooling is used, which involves the approach of muons and movement in the same direction. The problem is that, until now, magnetic lenses…

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Researchers have developed a fast, cost-effective way to convert discarded car tires into ultra-light aerogels with a wide range of applications. About 1 billion rubber tires are produced annually in the world, which are very durable and practically non-biodegradable. At the same time, 49% of them are burned to generate energy, about 11% end up in landfills and only 40% are recycled with minimal profit. In the process of their incineration and burial, toxic substances are released that pollute the environment.. Scientists from the National University of Singapore recently proposed an environmentally friendly way of recycling waste rubber into expensive aerogels. To do this, first, the used car tires were crushed into thinner fibers, which were soaked for a short time.. in water with the addition of a small amount of chemical solvents. The mixture was dispersed using a stirrer for 20 minutes, and then a homogeneous suspension gel by freezing…

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Improve Operator Efficiency – Manufacturing Researchers have developed a new way to improve the efficiency of ultra-thin sheets of catalysts used to produce chemicals and electricity in fuel cells.. Materials are susceptible to surface deformation and destruction due to symmetry breaking in their crystal structure. Scientists at Johns Hopkins University have developed technology to make these crystals ultra-thin.. Team manipulated the deformation of the elements, silicone grids are incredibly thin, as a result of which they become more pliable. This can be compared to how one sheet is folded much easier than a whole stack. By adjusting the thickness of the material, the scientists were able to create tension that alters its properties, including how the molecules stick together. This helps to speed up the flow of desired surface effects.. According to chemists, they are the method increases activity 10-20 times, while requiring 90% less precious metals than catalysts. One example of…

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U.S. Congressman Bill Foster for the Federal Reserve’s Electric Central Bank.. We Need a Digital Dollar to Counter China, Says Rep. McHenry At the hearing on monetary policy.. The Fed chairman dodged a direct answer, saying that having a single means of payment is important for the economy as a whole, but the impact of the digital market on strengthening its position remains an open question. Adding that currently, each central bank is closely monitoring the development of this direction. The congressman further inquired about the US’s ability to respond to a competitive threat from the digital yuan, which China can scale with its current mobile payment system… Fed Chair Jerome Powell spoke to the IMF about digital currencies Jerome Powell responded that the US and China have different views on CBDC.. During the hearing, Bill Foster expressed his concern that the government is not responding to plans by other…

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The world’s first fully electric hypercar Pininfarina Battista is presented at the Geneva Motor Show, which is capable of speeds in excess of 350 km / h, making it one of the fastest cars on the planet.. The project was developed by the Italian design company Pininfarina headquartered in Germany. The manufacturer claims that the electric car accelerates from 0 to 300 km / h in less than 12 seconds and is able to travel 450 km without recharging.. The designers claim that the silent operation of the engine allows drivers to hear all ambient sounds, no delays in systems will provide an opportunity to fully assess the management process. At the same time, high-performance electrification with zero emissions. 1900HP Hyper-EV BEAST!!! – Pininfarina Battista The electric car will enter the market next year and will cost €2 million. The company is positioning the Battista as the hypercar of the future,…

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Recompose will open the world’s first funeral home in Seattle, in which, instead of cremation or burial, the dead will be turned into soil in a special chamber in a month. Washington approved project.. Pre-poured flooring made from chopped wood, alfalfa grass and hay. In this form, they are placed in hexagonal capsules, in which the temperature of the corpse is regulated… The created conditions for the tissues of the body’s natural decomposition by bacteria in 4-7 weeks. After that, the deceased is returned to relatives in the form of compost.. You Can Now Compost Human Bodies in This U.S. State | NowThis According to funeral director Katrina Spade, this method of burial in the atmosphere has less carbon dioxide compared to cremation and traditional burial rituals. Composting also does not use embalming substances that can get into the soil and pollute groundwater.. The company plans to start operations in…

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Researchers have developed a technology for the production of diamonds from nanosized carbon particles under normal pressure and ambient temperature.. Make Your Own Diamonds! | Earth Lab In nature, such crystals are formed in the bowels of the earth under the influence of high pressure and temperature… Recently, a group of researchers from the University of North Carolina used an alternative technique. It involves the action of a laser beam on carbon nanofibers, which in just 100 nanoseconds heats up to 3727 °C and instantly melt. Such an amount of energy enough to evaporate the material, to prevent this, used a plastic, glass or sapphire substrate to limit heat and stop the phase change. Next, the molten metal is rapidly cooled to crystallize into diamond.. The image on the left shows a carbon nanorod before laser irradiation, and on the right has already been turned into a diamond fiber.. Using this technology,…

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The European Organization for Nuclear Research (CERN) announced the discovery of the first exotic particle, consisting of four heavy quarks of the same type. Quarks are the building blocks of hadrons, including protons and neutrons. They usually come together in groups of two and three. Although in recent years, researchers have confirmed the existence of several exotic hadrons, consisting of four or five, but several types. Studying the data of experiments at the Large Hadron Collider, scientists have recorded the formation of a new class of particles, which physicists have never met before. They represent the first tetraquark, which consists of two heavy charmed quarks and two similar antiquarks… The discovery will help physicists better understand the basic building blocks of matter and test current fundamental theories. Scientists cannot yet determine for sure whether the new part is an integral or weakly structure of two pairs of quarks, like a…

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Researchers discover that spider webs have unusual properties of strong squeezing and twisting when high working, which makes it possible to use it to create artificial muscles, various robotic drives and mechanisms. Cobweb is known to be one of the most durable materials. other unusual properties. The discovery was made by accident when the team studied the effect of moisture on the secret of the spider’s glands.. After exposure to a working environment of 70% in a chamber with a controlled environment, the load suspended on the threads began to rotate, and the web was strongly compressed. Through laboratory experiments and molecular model researchers, the researchers determined the effect is due to the presence of an amino acid called proline in the web. It was found that this occurs when interacting with a hydrogen fiber, which occurs in one direction… Despite the discovery, scientists have not established the exact biological significance of this spider…

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Young inventors from Russia have developed smart sneakers that can tell you where to turn, as well as count steps and calories burned.. In the world, navigation in an unfamiliar place is one of the most pressing problems, especially for urban residents.. For this reason many people use mobile navigators, but when working with them sometimes takes a lot of time to get oriented and understand where to go. In addition, applications require regular viewing of the screen to observe the route, which distracts attention from what is happening around and increases the level of risk.. However, the students of the University Lyceum No. 1523 of the NRNU MEPhI pre-university came up with an original solution to this problem, creating smart sneakers that show path to destination. The principle of their operation is very simple: when you approach a turn to the right, the right shoe vibrates, and when you need to turn to…

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8 work from home jobs anyone can start now | UK, US Worldwide The robotic station at VDNKh will continue to introduce all comers with the world of robots at online events «Robot Environment». During the broadcasts, they will tell about the latest news in this area, the latest achievements and world experience in application.. Despite the closure of the pavilion, from November 18, every Wednesday on the official website of the Robostation and YouTube channel «PRO Robots» there will be online meetings with robotics experts. In parallel, viewers will see demonstrations of the most modern robots. The first broadcast was dedicated to the competition of robots and preparation for them. On November 25, speakers will discuss how robots are taking over the United States, experts will talk about virtual reality technologies and their applications in various fields, from education to industry.. On December 2, representatives of leading Asian robotics associations…

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Engineers have developed an autonomous octocopter that can attach shingles to the roof with a nail gun and move to the next point without a remote control or human assistance.. In addition to helping with supervision, robotic systems are gradually relieving people of repetitive, messy and dangerous work. A team from the University of Michigan now includes roofing work in the list of risky tasks performed by drones.. Engineers were an aircraft that uses cameras and sensors to navigate control. The same system helps him pinpoint where to drive nails.. In order for the drone to operate autonomously, the engineers broke the process down into smaller operations, and then the software that allows the octocopter to perform them successfully.. Drone Inspection for Wind Damage to Roof In the model presented, the trigger of the standard nailer has been replaced by a virtual switch that is activated once the unit is…

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