The researchers tested graphene’s ballistic missile defense by firing small projectiles at it. They found that the material was stiffer, more flexible and lighter than the Kevlar jackets used in the military today. And, a million layers of material would be only 1mm thick. The Massachusetts Institute of Technology’s (MIT) Soldier Nanotechnology Institute is working on an efficient manufacturing method for a graphene-based chainmail bulletproof armor, which could potentially give the military better protection than with today’s bulky coats. Chainmail (or mail or Maille) is armor made of metal rings joined together in a protective mesh pattern. Can be used for marines, especially those who have to work in harsh environments, bulletproof and protect against the risk of attack by wild animals when doing special missions. 2. Synthetic blood Synthetic blood is much more efficient than natural cells. The most promising technology being studied is a respirator – a theoretical red blood cell made of diamond that can hold gas at nearly 15,000 psi and exchange carbon dioxide and oxygen in the same way real blood cells. Supersoldiers whose breathing cells are mixed with their natural blood will essentially have trillions of miniature gas cylinders inside their bodies, which means they’ll never run out of breath and can stay under. water for hours without any other support equipment. 3. Jump 7 feet (2.13 meters) and run 25 mph (40.23km/h) Scientists at MIT and other research universities are looking to strengthen the human ankle and Achilles tendon with bio-boots that mimic the tendons of kangaroos. Humans equipped with such boots would be able to jump 7 feet (2.13 meters) or more, sprinting at incredible speeds. And run all day without muscle wear and tear. Bulletproof armor. 4. Vaccinations for pain relief DARPA’s Combat Persistence Initiative (short for Defense Advanced Projects Agency of the Pentagon, USA) aims to help soldiers recover almost immediately from injuries. The pain-relieving shot will work for 30 days and eliminate the painful inflammation that persists after the injury. So soldiers could feel the initial agony of being hit by a bullet, but the pain would disappear within seconds. Soldiers can self-medicate and continue fighting until medical evacuation. 5. Fight against sleep Not all animals sleep the same way. DARPA wanted to find a way to let humans sleep with only half of their brains at a time like whales and dolphins, or even skip sleep for long periods like ENU mice. 6. Telepathy Not all brain implants look very comfortable. US Patent Application Richard A. Normann. Part of DARPA’s “Brain Machine Interface” project is to develop better computer chips that can connect directly to the human brain via implants. In addition to allowing soldiers to control robots with just their thoughts, this will allow teams to communicate via telepathy. While the chips have improved, the project has some detractors. Part of the research is the ability to control mice remotely via implanted chips, and some defense scientists worry about the risk of the military having its mind hacked. For example, the movie “Men Who Stare Goats” is based on a book by Jon Ronson about a secret unit created by the US military in 1979. According to the book, the US military believes soldiers can become invisible, go through walls and kill goats by staring at them. Actor Ewan McGregor plays a reporter who stumbles across a member of that special unit as he prepares to go to Iraq, and the reporter and Lyn Cassady – Clooney’s character – continue the unfortunate journey : they were kidnapped, shot and hit by a roadside bomb… 7. Power-assisted underwear Meanwhile, Harvard researchers studied the “soft exoskeleton”. It’s a DARPA-funded robotic suit that’s essentially a series of fabric muscles worn under a garment to assist the wearer in every step or movement. This reduces fatigue and increases strength without requiring the enormous amount of strength that tough exoskeletons require. Gloves and climbing shoes like geckos. 8. Gloves and climbing shoes like geckos Geckos use the tiny hairs on their legs to cling to surfaces on a molecular level. Although the “Z-Man” project does not necessarily give humans the ability to crawl along the ceiling like a gecko, special climbing shoes and gloves will allow soldiers to easily climb the amazing rock face. against or onto skyscrapers without any other equipment, greatly reducing overhead attack. Researchers have made breakthroughs and can actually support a man weighing up to 90.71kg with current prototypes. Experts note that in the civilian field, work on nerve transplants for humans is happening very quickly. In 2017, Elon Musk unveiled a pig named Gertrude with a coin-sized computer chip in his brain, to demonstrate his ambitious plan to create an interface between the brain and the machine.

For many people right now, the future belongs to electric cars and virtual currency. According to Canadian light-electric vehicle manufacturer Daymak, the future is also bright, and its essence is centered on the model. Spiritus . electric tricycle . Daymak is one of those electric vehicle startups that makes extremely bold promises with its upcoming models. In addition to the new 3-wheel electric scooter Spiritus introduced in March this year, Daymak is also developing everything from electric bicycles, electric motorcycles to flying cars. They all belong to a product line collectively called Avvenire. Daymak Spiritus 3-wheel electric scooter introduction image From this week, customers can make bookings buy Spiritus with virtual currency . The Canadian company accepts various cryptocurrencies such as Doge, Ethereum, Cardano, and Bitcoin. Most importantly, Daymak says, “the Spiritus you order today will earn you money when it’s parked tomorrow.” Specifically the year 2023. Daymak said that the 3-wheel electric car will be the first car that can mine virtual currency, so it dares to loudly claim it will make you money when you are not using it. Spiritus will feature a technology called Daymak Nebula, a “patent-pending, comprehensive virtual currency infrastructure,” that includes the hardware needed to mine the cryptocurrency and a virtual wallet to store and use. use virtual currency. This will happen when , but Daymak did not specify whether mining virtual currency will affect the charging time or not (highly likely yes). Daymak Spiritus 3-wheel electric scooter introduction image Because Spiritus is a zero-emission vehicle, turning it into a virtual currency mining machine is also anti-pollution. That will solve the problem of mining facilities emitting large amounts of energy. Daymak also plans to share this revolutionary technology with other electric vehicle manufacturers through licensing. Aldo Baiocchi, CEO of Daymak and the man behind the entire Avvenire product line, says that cryptocurrencies are the future and this is how Daymak rose to win customers. “People will pay with virtual currency by 2023, and we are building these cars with that in mind,” Baiocchi said. “Daymak Spiritus is more than just a car.” Daymak Spiritus 3-wheel electric scooter introduction image The above words sound appealing, but anyway, at the moment, Spiritus is just a model that exists in computer images and 3D models only. Time will tell if Daymak’s vision turns into reality.

Specifically, Germany will provide $9.72 billion (€8 billion) for 62 projects it has selected to reduce emissions in the transportation, steel and chemical sectors. According to Economy Minister Peter Altmaier, Germany wants to be a global leader in hydrogen technology, noting that the just announced investment is a step towards making the German economy neutral. with carbon. Mr. Altmaier said that, through the use of hydrogen, Germany could annually cut several million tons of carbon dioxide (CO2) emissions from the steel and chemical industries. Germany has ambitions to lead the world in green hydrogen production. Photo: DW. Transport Minister Andreas Scheuer added: “We are making Germany a hydrogen country. A total of 95% of road traffic still depends on fossil fuels, so Germany needs transport based on renewable energy… We have to push and want to accelerate the transition to mobility. climate-friendly transition”. The German Energy Ministry will oversee 50 of these 62 projects, including plans for more than 2 gigawatts (GW) of electrolytic capacity to produce green hydrogen. This is 40% of the 5 GW target in Germany’s national hydrogen strategy by 2030. The Ministry of Transport will finance the remaining 12 projects in the transport sector. These activities will include the development and production of fuel cell systems and vehicles, including cars, trucks and buses… Hydrogen has gained a lot of momentum in recent years. It is appearing in almost every major oil company strategy and can be seen in many government plans for industrial decarbonisation. Governments, international organizations and oil and gas companies say that blue hydrogen (hydrogen plus carbon is collected and stored) and blue hydrogen (hydrogen produced by electrolysis of water using electricity from energy) solar or wind) could be the key to helping industries decarbonize waste in the energy transition.

Mr. David Parker – Director of ESA shared with the press: “We are entering a new phase – a stage where humans are likely to explore the “eighth continent”. The Moon is a repository of archives. With the Moonlight project our mission is to take an important step towards uncovering the wonders of the Solar System, which stores 4.5 billion years of history, yet we barely understand its secrets. mystery of the universe”. Moon with “satellite constellation” that Moonlight will build, in order to turn this place into “8th continent” – Photo: ESA. The space agency did not disclose the specific cost to carry out this mission, but according to information, a number of companies from the UK, EU and Canada have offered to work with ESA to develop the Moonlight project. They will provide telecommunications and navigation services for crews and robots. The ESA said: “The combination of many agencies and organizations will facilitate the exploration of more space on the Moon. This is one of the goals of the NASA Artemis mission to return humans to the Moon in 2024.” Upon learning of this project, dozens of international, institutional and commercial groups have offered to support ESA. Many of these initiatives come from major space organizations in China, India, Japan, and Russia, along with other astronaut nations and private companies. Outline the primitive base that ESA intends to build, which will start a large city in the future – Photo: ESA. These helpers saw benefits from being involved in the project as: Radio astronomers could set up observatories on the far side of the Moon, with the understanding that the signal would move relay information back to Earth easily and quickly. Commercial agencies could develop supporting new services and products, such as virtual reality games in which players control Moon robots. It is possible to name a number of agencies and organizations that propose to participate in the Moonlight project such as: British company Surrey Satellite Technology (SST) will participate in Moonlight and act as a service provider and producer. satellite output. “Our partnership with ESA will provide the world’s first lunar data relay service,” said SST CEO Phil Brownnett. Or London-based Inmarsat and MDA Space and Robotics Ltd (MDA UK), based at the Harwell Science and Innovation Facility in Oxfordshire, both leading the exploration of ideas. They will work on the development of the Lunar Navigation and Communication Service (LCNS) to support future scientific, exploration and commercial activities on the lunar surface. Yasrine Ibnyahya, Senior Director at Inmarsat said: “I am confident that the expertise and assets from Inmarsat can solve problems in the most efficient and cost-effective way. The Moonlight project is the first step to open up future opportunities, it can facilitate human exploration of space, develop technology and can be the basis for access to new resources. “.

Illustration. FT montage Facebook-led digital currency project Diem (originally called Libra) is moving operations to the US and will partner with a local bank to issue US dollar-backed stablecoins. The project, which is supported by 26 businesses and non-profit organizations, has also dropped its application with the Swiss Financial Market Supervisory Authority to operate as a payment service, and will instead post registered as a money services business with the U.S. Department of the Treasury. The initiative was formerly known as Libra but was renamed late last year due to pressure from global regulators, who were concerned that it could threaten monetary stability and become a moot point. hot for money laundering. Some of its founding members — including PayPal, Mastercard, Vodafone and eBay — have dropped out because of similar reputational fears and concerns. Initially, Diem sought to create a synthetic coin backed by a basket of currencies, before narrowing his vision to focusing on launching a single coin backed by a single coin. USD. On Wednesday, May 12, Diem said it planned to run a “blockchain-based payment system that facilitates the real-time transfer of Diem stablecoins between approved network participants browsing”, called the Diem Payments Network. It said it was moving its headquarters from Switzerland to the US. Silvergate, a San Francisco-based bank, will become the exclusive issuer of Diem’s ​​stablecoin token and will manage the reserve, it said. “Our plans bring the project fully into the scope of US regulation and no longer require a license from Finma,” said Stuart Levey, chief executive officer of Diem and former chief legal officer of HSBC. “. “We are committed to creating a secure payment system for consumers and businesses, paying faster and cheaper, and taking advantage of blockchain technology to the benefit of the financial system. to more people around the world,” he added.

Huawei’s pivot to software comes as its smartphone business has seen sales decline because of the aforementioned restrictions. On the other hand, behind Huawei’s push into software is also an attempt to isolate potential geopolitics and any other regulation from the US. Huawei hopes to expand the software sector in its future revenue structure Accordingly, Arcfox, a brand under the automaker BAIC Group, has launched a car with Huawei’s car technology. It is known that this new model owns a cockpit equipped with the HarmonyOS operating system launched by Huawei in 2019. Huawei has also advertised its HarmonyOS can work on various devices from smartphones to TV and car. As such, Huawei will not manufacture cars, but instead will focus on technology to power the cooperating car manufacturers. At the same time, on April 25, Huawei launched a number of new cloud computing products to challenge rival Alibaba in this segment. In a press release the same day, Huawei said it expects its focus on cloud computing to increase its share of its software and services business in the group’s total revenue. In pursuing sectors such as vehicles and cloud computing, Huawei will face challenges from some of China’s biggest tech companies. Such as Alibaba, Tencent are the leading companies in the cloud computing market in China. Baidu or Xiaomi are also “expanding” in the vehicle market. Therefore, Huawei’s decision to redirect takes a lot of time and resources. According to Neil Shah, research director at Counterpoint Research, “Huawei is doubling down on its transition to a software, cloud and services company. development just like Google “.

With headquarters in London, UK, the OneWeb company intends to deploy a total of more than 650 satellites in the lower orbit of the Earth, in order to provide users on the ground with high-speed Internet 24 hours a day. day through contact satellites. The company is also competing with billionaires Elon Musk and Jeff Bezos in the race to cover high-speed internet via satellite to anywhere in the world, especially in remote areas. This is the third time the Russian side has launched the OneWeb satellite beam into Earth orbit after the previous two missions took place in December 2020 and March respectively at Vostochny space airport with 36 satellites per launch. The first six satellites of OneWeb were launched from the Guiana launch site in France in February 2019, and last year, the company launched 68 more satellites from Baikonur launch site, Kazakhstan.

According to the developers, the tugboat weighs 80 kg, carrying 16 kg of liquid fuel. The tugboat is designed to pull a number of satellites into different orbits. That is seen as a competitive advantage over missiles without tugs. Russia is ambitious in future tugboat development projects. Russia is popularizing the use of the accelerator decks, in fact the tugboats put satellites in different orbits. On March 22, the Fregat stage used in the Soyuz rocket carried 38 foreign satellites to different orbits. By the end of 2020, Russian media reported that Roskosmos State Space Group would spend 4.2 billion rubles on the development of nuclear space tugs for flights to other planets of the solar system. Accordingly, the state corporation plans to develop a preliminary project on creating a space complex with an energy-transport module based on a nuclear electric motor. Expressing confidence in this program, Mr. Alexander Bloshenko – chief executive officer “Roskosmos” said the nuclear space tugboat will be launched to one of the satellites of Jupiter by 2030.

Many countries around the world are silently deploying plans to exploit Helium-3 from the Moon. Photo: Johnson Search Group Why does America want to return to the Moon after almost half a century? Why does China’s Hang Nga ship collect land on the Moon? Why Russia shook hands with China to build a Moon research station? And why has the Moon become the indispensable spot of great powers? Some say that it is to satisfy human curiosity, there are also opinions that it is to demonstrate the power of space science and technology of a nation. All is speculation, but the most important reason can be said that the Moon itself is an invaluable natural mine. As humanity is facing an energy crisis, governments around the world are looking for alternative sources of energy. High-tech companies have been exploiting non-fossil energy sources from the wind, the sun and the waves full of rivers. But that is not enough. Many countries have begun to look for new sources of energy outside the Earth. During resource exploration on the Moon, Chinese experts have discovered that there are more than 100 types of mineral resources on the Moon, not only have dozens of essential energy sources for the Earth, but also one The perfect energy source – Helium-3. Rare gas resources on the Moon. Photo: Sohu Scientists have found radioactive substances such as helium in soil on the Moon. After further analysis and determination, they found a large amount of Helium-3. Helium-3 is a valuable fuel source, because it can generate extremely high heat through fusion fusion without emitting almost no harmful radioactive neutrons. As such, fourth generation nuclear weapons using pure Helium-3 will generate little or no radioactive dust. Why does the Moon have so much Helium-3? During internal nuclear fusion, the Sun will generate a large amount of Helium-3, and Helium-3 will fall on surrounding planets after being blown by the solar wind. Because the Earth’s surface is covered by a thick atmosphere, the solar wind cannot reach the Earth’s surface, so the natural reserve of Helium-3 on Earth is very low. The Moon has almost no atmosphere, so the solar wind can directly reach the surface of the Moon, and a large amount of Helium-3 will be deposited on the surface of the Moon. The amount of Helium-3 on Earth is very small and Chinese scientists estimate that the reserve on Earth is only about 500 kg, difficult to meet the needs of mankind. The soil on the lunar surface contains at least 1 million tons of Helium-3, 2 million times more than the Earth. Experts calculated that 100 tons of Helium-3 could meet the world’s electricity generation needs in one year, and 1 million tons would be enough for 10,000 years! If Helium-3 in lunar soil could be developed and used, the construction of a nuclear power plant on the Moon could be done on the spot. But it’s not easy to separate Helium-3 from the Moon. First, it is necessary to heat the lunar soil to more than 700 degrees C to separate Helium-3. However, there is no oxygen on the Moon and is very difficult to burn. Moreover, to extract Helium-3, it must be based on the Moon, so far no country can do it. Since Helium-3 has significant energy and reserves advantages, the future Moon is more likely to become the “Persian Gulf” energy that major powers compete in the new century. In December 2020, the Chinese ship Hang Nga 5 returned safely after a mission to explore the Moon, bringing about 2kg of rock and soil from this planet to Earth. Under former President Trump, the 2020 NASA budget allocation plan shows that Washington wants to send people to the moon again before 2028. Former US Vice President Mike Pence also declared the United States to be the first power. first put a man on the moon in the 21st century. From unmanned exploration to manned landing on the Moon, and setting up lunar bases, China and the Western nations have consumed countless manpower and materials to not only satisfy scientific achievement. Behind that is endless resource ambition.

Aviation and shipping are likely to be included in the new UK target. (Image: Getty Images) In the near future, Prime Minister Boris Johnson will announce a commitment to reduce emissions by 78% by 2035. The new UK target will be announced before the summit on climate. Here, President Joe Biden will outline a new national carbon reduction goal of the US. The UK’s new goal is seen as a step up from the previous goal of reducing emissions by 68% by 2030, which is already one of the most ambitious plans among the developed economies. To achieve this goal, the UK will have to make changes to most industrial activities, including: carbon-free electrical systems, reducing meat and dairy consumption across the country, introducing low carbon heating in the home and more forest. The UK is one of the first major countries to make a commitment to zero emissions by 2050. The United States is expected to adopt a similar goal under the Biden administration. Emissions from international aviation and shipping are likely to be included in the new UK target. As the COP26 host in Glasgow in November, the UK tried to persuade other countries to adopt more ambitious climate targets ahead of the meeting. However, the pandemic hindered the efforts of the economic CO P26 which was delayed for a year because of Covid-19. He is coming up with contingency plans that include a virtual summit, delaying the event, or a mixed model with only a small number of attendees. Summit Chairman Alok Sharma said: “We are actively working, of course taking into account any unusual cases related to Covid-19. I have no desire for procrastination any more. Prime Minister Johnson gave priority to green policies, enacted a ban from 2030 on the sale of new gasoline cars and major new targets for offshore wind production.

Emission from a factory in Scunthorpe, UK. Photo: AFP / VNA This week, the UK is expected to commit to a stronger cut in carbon emissions on its role as COP26 President country later this year. British Prime Minister Boris Johnson will announce a new commitment to reducing emissions by 78% by 2035 compared to 1990 levels. The new UK target will be announced ahead of the US Climate Summit on This Thursday (April 22), the event that US President Joe Biden will also outline a new US national goal for carbon reduction. The UK’s new goal is a more ambitious step up from the previous goal of reducing emissions by 68% by 2030, already one of the most ambitious among the developed economies. To achieve this goal, Britain will have to make changes to most industrial activities, such as switching to electrical systems, according to a report by the Climate Change Commission, an independent advisory group of the UK Government. works without creating carbon emissions, reducing meat and dairy consumption, replacing low-carbon heating in the home, and growing more trees. The UK is one of the first major economies to commit to zero net emissions by 2050. The United States is expected to adopt a similar goal under the Biden administration. The UK is the host country of the COP26 Conference scheduled to be held in Glasgow in November this year. The UK is also trying to lobby other countries to adopt more ambitious climate goals ahead of the conference.

A coal-fired power station from German giant RWE, in Weisweiler, West Germany, January 26, 2021. Photo: INA FASSBENDER | AFP | Getty Images Policymakers are under increasing pressure to fulfill the commitments of the Paris Agreement ahead of COP26 in Glasgow, Scotland, November 2021. Politicians and businessmen acknowledge the need to transition to a low-carbon society, but slowing global warming and meeting global goals of reducing emissions is increasingly so difficult. According to the director of the International Center for Environmental Law Carroll Muffett, the energy transition is going too slowly from a climate change perspective, but most importantly the acknowledgment of the problem is mainly willpower. political and economic options. World leaders and business sectors repeatedly reiterate their commitment to “transform the energy”. Nearly 200 countries have ratified the Paris Agreement on Climate Change, unanimously pursuing efforts to limit global warming to 1.5 degrees Celsius. This continues to be the main focus of COP26, albeit one Some climate change scientists say that now this goal has been “unattainable”. The Intergovernmental Panel on Climate Change (IPCC) thinks that between 2030 and 2052, the global temperature will get 1.5 degrees C hotter; To reduce global warming, it is necessary to reduce carbon emissions by 45% by 2030 from 2010 levels, before reaching net zero emissions by 2050. The problem is not that there is no technology or the ability to transform, or economic choice, but the structure of power and support for an industry that will decline. The emissions balancing strategies of some Governments and companies still depend on the increasing use of fossil fuels in the “coming decades”. According to Carroll Muffett, this reality can be seen in US policy, particularly in the plan to invest heavily in carbon capture and capture. The road is bumpy ahead . According to the US National Oceanic and Atmospheric Administration, the Earth’s carbon level is higher than at any time in the past 3.6 million years; If the worst effects of climate change are to be mitigated, it is important to focus on reducing fossil fuel emissions and studying how to prevent greenhouse gases entering the atmosphere. Burning fossil fuels such as oil, gas and coal releases large amounts of carbon into the air. Fossil fuel emissions and industry accounted for 89% of global emissions in 2018, the IPCC says. The US Energy Information Administration projects that global carbon emissions from fuel sources will continue to increase over the coming decades. According to energy finance analyst Clark William Derry, the current “energy transition” process is like the “transition of energy systems from the 19th century to the 21st century”; transition is taking place but it is not clear whether it is fast enough to prevent the worst consequences of climate change, fast enough to improve air quality in cities in developing countries such as in India, China, Bangladesh, Vietnam as well as some other countries; The road ahead is very bumpy. Is the current essential issue . The IPCC Intergovernmental Group notes that the transition from fossil fuels is underway and will require “rapid, far-reaching and unprecedented” changes in all aspects of the commune. festival. However, the February 2021 United Nations report showed that countries’ commitment to reducing greenhouse gas emissions was “far from” compared to the far-reaching measures needed to avoid the dire consequences of Climate Change. Currently only 75/195 countries have signed the Paris Agreement on climate change, submitting the National Contribution Plan (NDC) on emissions reductions to 2030. USA, China and India, are emissions countries. The world’s largest has yet to release its own NDC. United Nations Executive Secretary on Climate Change Patricia Espinosa urged policymakers to “accelerate” ambitious plans to cut emissions by 2021, emphasizing it as “crucial. ” The current./.

For the first time the world has a guideline for the global health sector to reach zero emissions by 2050. This is an industry with no small climate impact, equal to 4.4% of global net emissions. Without climate action inside and outside the industry, emissions by the health sector would more than triple, to more than six gigatons per year by 2050, equivalent to annual emissions from 770 homes. coal thermal power plant.

If countries can meet the commitments in their Paris Agreement, this could cut the health sector’s projected increase in emissions by 70%, still a long way from its zero-emission target. This Roadmap Guideline identifies seven high-impact activities that could help the health sector cut emissions by 44 gigattons more over 36 years, the equivalent of keeping more than 2.7 billion barrels of oil underground each. year.

Medical waste (Artwork: chatthaiyte.vn)

The roadmap also outlines for the health sector in different countries separate carbon reduction orbits. Countries with large greenhouse gas emissions in the health sector need to reduce their emissions fastest and most. Meanwhile, low-income and middle-income countries with less responsibility can implement climate-smart solutions to develop their health infrastructure, following a less “slope” trajectory. “For zero emissions. The guidelines also have a proposal for Vietnam’s health sector, ranking 20th out of 68 countries in the net emissions report and responsible for 2.4% of total national emissions.

The new Global Roadmap Guidelines show that 84% of the sector’s climate emissions come from fossil fuels used in health-care operations, supply chains and the broader economy. . These include coal, oil and gas used to power hospitals, medical travel, manufacturing and transporting health care products.

“We are experiencing a climate emergency at the same time,” said Josh Karliner, International Strategy and Program for Harm-Free Health and co-author of the Roadmap. health, including increased respiratory illnesses caused by fossil fuel pollution and illnesses caused by severe climatic effects such as wildfires. Not only does the health sector bear the brunt of these two crises, but ironically also contributes to them through its own emissions. Health leaders are forced to take the lead as an example and act now to reach zero emissions by 2050. This roadmap helps to chart the path in that direction, ”

The Roadmap Guidelines provide detailed data on health sector emissions from 68 countries and specific recommendations for governments, international agencies, and the private sector to achieve their carbon reduction goals and creating a better and fairer health care system. Recommendations for governments include incorporating carbon reduction in the health sector into their own National Contribution (NDC) commitments under the Paris Agreement and developing robust interagency climate policies to ensure protects public health from the impacts of climate change, and supports carbon reduction and resilience in the healthcare sector.

There are already good examples of health systems in countries adopting zero emissions schemes. Britain’s National Health System has announced a 2040 zero net emissions goal. Most recently, Argentina included reductions in healthcare carbon emissions in its climate plans. Healthcare professionals are a key voice in asking governments to be more aggressive in climate action. In May last year, 40 million people working in the health sector signed a statement asking G20 leaders to focus on public health and green recovery when planning a post-pandemic economic recovery. Most recently, Lancet research has published that ambitious climate goals can save millions of lives each year ../.

The International Space Station (ISS). Photo: Wiki

Russian President Vladimir Putin has signed a plan to start building manned orbital satellites to replace the International Space Station (ISS), which appears to be nearing its end of life.

In recent years, the ISS has started to degrade, astronauts are now regularly detecting cracks, according to RT. Last week, it was revealed that Russian astronauts are still working to seal the leak that was first discovered in 2019. The ongoing problems with the International Space Station have prompted Russia began creating an alternative device.

Called ROSS, the Russian orbital satellite will consist of three to seven modules and can carry up to four people. Although only approved by President Putin on April 12, on the 60th anniversary of the landmark first flight into space by Soviet cosmonaut Yuri Gagarin, the project has been underway for some time.

Last November, the first deputy design general of space contractor RSC Energia expressed confidence that Russia needs to start building a new station, saying that the ISS has collapsed.

“Until 2025, Russia has an obligation to participate in the ISS program” – Mr. Vladimir Solovyov told the Russian Academy of Sciences. “There were some parts that were severely damaged and no longer working. Many parts are irreplaceable. After 2025, we predict a series of failures on the ISS ”.

Russia has a long history of building its own satellites, with Sputnik 1 being the first satellite launched into low earth orbit in 1957. In 1986, the Soviet Union launched a manufactured space station. in the country called Mir – was the largest artificial satellite in orbit at the time.

Last May, the Russian Space Agency Roscomos revealed, ROSS could be ready for deployment after 2024.

Despite Russia’s willingness to do it alone, Roscosmos has reaffirmed its commitment to international cooperation in recent months. Earlier this month, Russia signed a plan to continue cooperation with the US in space and the two countries would use each other’s rockets to enter space.

Roscosmos also signed a moon exploration agreement with China in March, and agreed to share a moon station with Beijing.

While space is often a place for international competition, both Washington and Moscow often help each other when needed. For example, earlier this year, American astronauts donated food to their Russian partners when supplies from the earth were delayed.

The International Space Station is the only laboratory in the world that allows researchers to perform long-term experiments in microgravity. The ISS has been in the presence of humans continuously since November 2000. The ISS is 109 meters long, 75 meters wide – the equivalent of a football field – and weighs 420 tons. The ISS flies at an altitude of about 400km above earth. The ISS moves at a speed of about 8km / sec, or around the earth about 90 minutes / round. The travel from the launch site in Baikonur, Kazakhstan to ISS by Russian Soyuz can take anywhere from 6 to 48 hours, depending on the launch procedure and the station’s position in orbit.

This is the first time in many years that Hoang Anh Gia Lai has hosted Hanoi FC as the top team of the V-League.

If Hoang Anh Gia Lai does not win the V-League 2021, they do not know when they will be able to add a third star to the chest as coach Kiatisuk’s dream when receiving the vote of Germany to return to his second homeland. . The Thai strategist is in the hands of self-determination and never felt that the German football team was just as good and lucky as the present, the converging factors to bring them to the top of glory this season.

What happened in Pleiku in the last 9 round reinforces the opinion of experts about the ups and downs of football. From seeming to have to accept a draw as a loss, Hoang Anh Gia Lai was able to decide the victory at the moment of dramatic to suffocating. This makes the Hoang Anh Gia Lai brand more attractive and the fans pay more attention.

The team of “Zico Thai” was ice on top of the V-League, but they had to beat the defending National Cup champion to come closer to the 2021 V-League championship. V-League champion Viettel in round 5 and now, they need to confirm their strength by 3 points against Hanoi FC. Bau Hien has never seen his team decline as it is after decades of domination at the top. And it also took 7 years, under the strategic talent of Kiatisuk, Hoang Anh Gia Lai to see his golden childhood every day.

Hanoi FC only beat Hoang Anh Gia Lai, hoping to get closer to the top 6, thereby continuing to dream of racing in the remaining 8 matches of the season.

The capital team has just regained a little morale after winning Than Quang Ninh, but for observers, it is not enough when the opponent has seriously weakened before the ball rolled because of internal problems. Hoang Anh Gia Lai is really a heavy measure for the revival of coach Hoang Van Phuc. And vice versa, Hanoi FC may be Hoang Anh Gia Lai’s biggest challenge on the way to win the first leg and possibly the entire 2021 season.

Hanoi FC is being supported by history when it is unbeaten in Pleiku in the last 3 years. V-League 2019, the two teams drew both rounds from the V-League to the National Cup, but Hanoi FC still eliminated Hoang Anh Gia Lai when playing the cup to win the championship. In 2018 and 2020, Hanoi FC beat Hoang Anh Gia Lai all 4 times with a total score of 17-3.

But the peak cycle of Hanoi FC is actually showing signs of decline from 2020 to this year. And the departure of coach Chu Dinh Nghiem is a strong shock to Hien’s ambition to return to the top of the V-League.

The intense schedule in the context of epidemics and the urgent need for the national team to focus Hanoi FC struggled right from the starting line. The process of recruiting foreign soldiers of Hanoi FC was problematic and when the fortunes were not supported, it can be seen that the injury, the decline of the pillars made everything drift too far out of the reach of elected Hien.

Hoang Anh Gia Lai is showing effective football and defying every defense. Although actively defending, the opponent was also pierced by Hoang Anh Gia Lai by the shine of the stars or luck nearby. With the number of goals lost (6) less than 3 times the number of goals, Hoang Anh Gia Lai is leading the V-League. When Hanoi FC did not have time to “patch” foreign soldiers and recover, Hoang Anh Gia Lai had the advantage of promoting the maturity and uniform performance of the whole squad.

If he wins Hanoi FC at this time, Hoang Anh Gia Lai can “hit 2 targets with 1 arrow” when approaching the championship, again causing his heavy competition with him out of the top 6 right after the first leg.

Experts predict that Hoang Anh Gia Lai with the current relegation officially relegated, they need to win 5 more home games, the throne will come to Pleiku again after 17 years of waiting. There are many motivations for coach Kiatisuk’s teachers and teachers and if Hoang Anh Gia Lai does not beat Hanoi FC at this time, there will be a long wait.