The Chinese Take The Lead!
3-23-19 Italy joins China's New Silk Road project
Italy has become the first developed economy to sign up to China's global investment programme which has raised concerns among Italy's Western allies. A total of 29 deals amounting to €2.5bn ($2.8bn) were signed during Chinese President Xi Jinping's visit to Rome. The project is seen as a new Silk Road which, just like the ancient trade route, aims to link China to Europe. Italy's European Union allies and the United States have expressed concern at China's growing influence. The new Silk Road has another name - the Belt and Road Initiative (BRI) - and it involves a wave of Chinese funding for major infrastructure projects around the world, in a bid to speed Chinese goods to markets further afield. Critics see it as also representing a bold bid for geo-political and strategic influence. It has already funded trains, roads, and ports, with Chinese construction firms given lucrative contracts to connect ports and cities - funded by loans from Chinese banks. The levels of debt owed by African and South Asian nations to China have raised concerns in the West and among citizens - but roads and railways have been built that would not exist otherwise. On behalf of Italy, Deputy Prime Minister Luigi Di Maio, leader of the populist Five Star Movement, signed the umbrella deal (memorandum of intent) making Italy formally part of the Economic Silk Road and The Initiative for a Maritime Silk Road for the 21st Century. Ministers then signed deals over energy, finance, and agricultural produce, followed by the heads of big Italian gas and energy, and engineering firms - which will be offered entry into the Chinese market. China's Communications and Construction Company will be given access to the port of Trieste to enable links to central and eastern Europe. The Chinese will also be involved in developing the port of Genoa.
3-22-19 China is Number One in computing power
The U.S. is building a $500 million supercomputer that can reach “exascale” performance. That’s a quintrillion calculations per second, seven times faster than today’s fastest system. China has 227 machines on the top 500 list of the world’s most powerful computers, compared with 109 for the United States.
3-6-19 China plans world's first deep sea base, complete with robot subs
IMAGINE a structure thousands of metres under the ocean surface that is home to autonomous robots. One by one, the vehicles leave, mapping terrain and looking for unusual creatures. We know very little about life at these depths, but such robots could uncover a bit more with every trip. As their power runs low, they return to tell HQ what they have discovered and recharge their batteries. This is the vision for China’s ambitious plan to build the world’s first deep-sea base. Details are scarce, but there are clues to what it may be like in prototypes, documents from the Chinese Academy of Sciences, which is leading the project and which aims to have results within five years, and comments from China’s president Xi Jinping. The base itself will probably include a chamber to trap passing organisms, such as the weird eels, sharks or sea cucumbers that inhabit the deep ocean. If brought to the surface, these creatures often die. So being able to study them in the base will help our understanding of how they survive at these depths. Below about 200 metres, hardly any sunlight penetrates, so solar panels are useless. A base will need a power cord that can reach a surface ship or the shore. China has built several prototypes of robot submarine docking stations in recent years. Each looks like a giant megaphone and a torpedo-shaped submarine docks in the cone part to recharge and transmit data. Currently, the docking system has only been tested to a depth of 105 metres. The ocean floor is still largely unexplored. Less than 1 per cent is currently mapped in detail. So robot submarines will include sonar to reveal what is where with much greater resolution. One advantage of a permanent base is it allows you to see how things change over time, rather than just getting a snapshot by sending down a submarine for a single visit, says Jon Copley at the University of Southampton, UK. (Webmaster's comment: Chine is taking the lead in remote-control automonous operations, first on the moon, and now on the ocean floor.)
2-15-19 Meet the man who made CRISPR monkey clones to study depression
Hung-Chun Chang hopes his work will lead to new treatments for depression and schizophrenia. One year after the birth of the world’s first two cloned primates, a team in China has used CRISPR gene editing and cloning to create monkeys that show some symptoms of depression and schizophrenia. While some researchers have praised the work’s potential for helping us understand psychiatric disorders in humans, others have raised ethical concerns. Lead scientist Hung-Chun Chang, of the Institute of Neuroscience in Shanghai, told New Scientist about how he hopes the monkeys will help us better understand mental health and find new treatments. (Webmaster's comment: Note that the cutting-edge research is being done in CHINA!)
- How did you create these monkeys? We are working on the BMAL1 gene, which affects how our body responds to the day-night cycle.
- What symptoms do these monkeys have? The most direct result is that they are not getting enough sleep.
- How can you know that these aren’t just symptoms of sleep deprivation? It’s impossible to separate the effects of sleep deprivation on monkey’s mental state from their genetic mutation.
- What are you hoping to learn from this work? We will use these monkeys for drug testing
- Couldn’t this research be done in mice or people? Monkeys have an identical body clock to humans.
- Is it ethical to genetically engineer monkeys to be depressed? Gene editing in cynomolgus monkeys, the species we used here, is permitted worldwide.
- What else is your team is working on? We are trying to create an Alzheimer’s model.
1-15-19 First moon plants sprout in China’s Chang’e 4 biosphere experiment
A sprouting cotton seed on China’s Chang’e 4 lunar lander is the first plant ever to germinate on another world, heralding a new era for life in space. Seeds of cotton, oilseed rape, potato and arabidopsis were carried to the moon as part of a biosphere experiment, along with fruit fly eggs and some yeast. Pictures sent back by the probe show cotton, rape and potato seeds sprouting and growing well, the scientist leading the experiment, Liu Hanlong, told South China Morning Post. Chang’e 4 landed on the far side of the moon on 3 January and this image was dated 7 January. The organisms are kept in a sealed chamber, protected from the extreme temperatures and intense radiation on the moon’s surface. Understanding how to grow plants in space will help lay the foundation for establishing a human settlement on the moon, Liu said. The six organisms could make up a mini-ecosystem, with plants producing oxygen and food to sustain the fruit flies. Yeast could process the flies’ waste and dead plants to provide another food source. In a future human settlement, potatoes could provide food, rapeseed could be a source of oil and cotton could be used for clothing. Plants have been grown before in orbit in the International Space Station, including cucumbers. Astronauts got their first bites of space-grown romaine lettuce in 2015. Algae have even managed to survive 530 days on a panel on the outside of the space station. (Webmaster's comment: But the fact remains, China is taking the lead in space achievements.)
1-3-19 China’s Chang’e 4 makes historic first landing on the moon’s far side
For the first time, a spacecraft has landed on the side of the moon that is always facing away from Earth – an area that, until now, we had only seen from orbit. The China National Space Administration’s Chang’e 4 lander launched on 7 December and has spent the past month reaching the correct orbit to attempt the historic landing. The CNSA also launched a lunar satellite in May to facilitate communication with the lander, as there is never a direct line of sight between the moon’s far side and Earth. That lack of visibility meant that Chang’e 4 had to make its landing almost completely autonomously, with no input from mission control. At 10.26 am Beijing time on 3 January, the lander successfully touched down on the surface in an enormous depression called the South Pole-Aitken basin. This basin is particularly important because it is thought to be a crater from a huge impact during the moon’s early years. The impact may have punched through the crust and dug up rocks from deeper underground. If so, the spacecraft will be able to study these rocks to learn about the moon’s past as well as its present. The mission will also help prepare for the moon’s possible future. Researchers are keen to send radio telescopes to the far side of the moon, where radio wave pollution from Earth’s communications and power lines is blocked out. Chang’e 4 is also carrying a “biosphere” with potato seeds, cress and silkworm larvae to see if they can thrive in a sealed container on the moon. (Webmaster's comment: China is now the undisputed leader in space technology. United states now only leads in its number of military killing machines.)
11-26-18 World’s first gene-edited babies announced by a scientist in China
A woman in China has given birth to two genetically edited baby girls, according to the Associated Press news agency. The aim of the experiment was to create children who are immune to HIV, but it hasn’t yet been independently reviewed or verified. The experiment has been widely condemned as unethical, even by those who are in favour of using gene editing in eggs, sperm or embryos to prevent diseases in children if it can be done safely. “If true, this experiment exposes healthy normal children to risks of gene editing for no real necessary benefit,” says ethicist Julian Savulescu at the University of Oxford. “There are many effective ways to prevent HIV in healthy individuals.” “There is no pressing need for this – it’s totally inappropriate,” says Greg Neely at the University of Sydney, Australia. HIV enters and infects cells by binding to a protein on the surface called CCR5. The team in China, led by He Jiankui of Southern University of Science and Technology of China in Shenzhen, says it has used the CRISPR gene editing technique to try to disable the gene for CCR5. One aspect of the experiment that has come under criticism is that we don’t yet know if it is safe to delete both copies of the CCR5 gene – which is involved in immunity – in every cell of the body. “We don’t know what the full effects will be,” says Neely. Seven pairs of men and women reportedly took part in the experiment. All of the men were HIV-positive, and, according to the Associated Press, each couple was offered free IVF treatment in exchange for participating in what was described on ethical consent forms as an “AIDS vaccine development programme”. The team behind the work says the couples were fully informed about the experiment.
11-13-18 China may have developed a quantum radar that can spot stealth planes
A company claims to have created a quantum radar that can detect stealth aircraft and see through the radar jamming used to hide warplanes. Defence giant China Electronics Technology Group Corporation displayed the prototype at the Zhuhai air show last week. Stealth aircraft avoid detection by redirecting most of a radar system’s radio waves, which usually reflect off their surface and reveal their location. In theory, a quantum radar can overcome this by using two streams of entangled photons. These are pairs of photons that have a weird connection so a change to one affects the other, even if they are miles apart. The first photon stream is sent out, like a standard radar beam, and bounces off objects in the sky. The second stream remains inside the system. Because the photons are entangled, the returning photons can be matched with those in the stay-at-home stream, so all background noise can be filtered out. This includes deliberate interference, such as radar jamming or spoofing signals put out to confuse radar. What is left is a clear image of the target, with no extraneous signal. “Without being able to take the lid off what has been shown here, we can’t be sure if this is an elaborate hoax,” says Alan Woodward at the University of Surrey, UK. But China has form with quantum technology, having surprised the world with the speed at which it developed the first quantum satellite communications. If the quantum radar is real, it would be the first of its kind. This technology would significantly reduce the ability of stealth aircraft, such as some bombers, to remain undetected, says Justin Bronk at UK defence think tank the Royal United Services Institute. Although not necessarily grounding operations, it could make them more dangerous. (Webmaster's comment: So much for American military technological superiority!)
8-9-18 Organic solar cells set 'remarkable' energy record
Chinese researchers have taken what they say is a major step forward for the development of a new generation of solar cells. Manufacturers have long used silicon to make solar panels because the material was the most efficient at converting sunlight into electricity. But organic photovoltaics, made from carbon and plastic, promise a cheaper way of generating electricity. This new study shows that organics can now be just as efficient as silicon. The term organic relates to the fact that carbon-based materials are at the heart of these devices, rather than silicon. The square or rectangular solid solar panels that most of us are familiar with, require fixed installation points usually on roofs or in flat fields. Organic photovoltaics (OPV) can be made of compounds that are dissolved in ink so they can be printed on thin rolls of plastic, they can bend or curve around structures or even be incorporated into clothing. Commercial solar photovoltaics usually covert 15-22% of sunlight, with a world record for a silicon cell of 27.3% reached in this summer in the UK. Organics have long lingered at around half this rate, but this year has seen some major leaps forward. In April researchers were able to reach 15% in tests. Now this new study pushes that beyond 17% with the authors saying that up to 25% is possible. This is important because according to estimates, with a 15% efficiency and a 20 year lifetime, organic solar cells could produce electricity at a cost of less than 7 cents per kilowatt-hour. In 2017, the average cost of electricity in the US was 10.5 cents per kilowatt-hour, according to the US Energy Information Administration.
6-8-18 China to surpass the U.S.
China is on track to surpass the U.S. in spending on scientific research by the end of this year. The U.S. spends $500 billion annually on research, but China has been increasing its spending by an average of 18 percent a year, and is now luring foreign scientists and retaining Chinese who used to emigrate to the U.S.
5-21-18 China launched a satellite to help explore the moon’s far side
A satellite launched on 21 May will allow China's upcoming moon lander – the first to visit the far side – to receive commands and send data back to Earth. China is getting ready for a trip to the far side of the moon. On 21 May, the China National Space Administration launched a satellite that will relay information between Earth and a planned moon lander and rover, both set to launch in late 2018. The satellite – called Queqiao, which means Magpie Bridge – launched from southwest China’s Xichang Satellite Launch Center aboard a Long March 4C rocket. Chang’e 4, the moon lander, will be the first spacecraft ever to land on the far side of the moon, if all goes to plan. Because the far side always faces away from Earth, the lander will not be able to communicate directly with its operators – any commands sent to it, or data sent back, would be blocked by the moon itself. To solve that problem, a satellite that sits in the line of sight both of the lander and Earth’s surface is needed to relay information back and forth. There is a special spot in space that’s ideal for that, called L2, which is about 64,000 kilometres past the moon. At that spot, the combined gravity of the sun and Earth counteract the forces that could tug an object out of orbit. It’s a perfect spot to park a spacecraft, because it can sit there without constantly firing its thrusters. It’s also a place particularly well-suited for Queqiao. From L2, the satellite will have a view of the entire far side when the moon passes in front of Earth. Queqiao will be placed into a “halo” orbit that circles L2, so that it will still have a line of sight to Earth even when is the moon blocks out part of the planet.
5-20-18 China is set to launch a satellite to support a future lunar rover
The rover will be the first to visit the farside of the moon. The Chinese space program is set to launch a satellite aimed at supporting future communications from a planned mission to the farside of the moon. The Chang’e-4 mission, which will include a rover and a lander, would be the first to visit the moon’s farside. In the first of a two-launch plan to get all the pieces in place, the supporting relay satellite, named Queqiao, is scheduled to lift off from the Xichang Satellite Launch Center on May 21, Chinese media report. The three-day launch window opens at 5 a.m. Beijing time (5 p.m. EDT on May 20), according to the Chinese online news site GB Times. Queqiao will go to an orbit beyond the moon that will allow it to communicate simultaneously with points on both the moon and Earth. It will also carry a Dutch-built radio telescope, which will be switched on in 2019 to search for long-wavelength signals from the universe’s first stars. The Chang’e-4 rover and lander were originally built as backups for the Chang’e-3 mission, which landed two spacecraft on the moon in 2013. Another 2019 mission, Chang’e-5, aims to bring back the first rocks from the moon since Apollo 17 in 1972.
4-27-18 Toughest ever heat shields made of springy sponge-like stuff
Chinese scientists have developed a compressible aerogel that has shown in early heat shield tests to be 5 times more resilient than previous materials. The first highly compressible yet heat-resistant material for spacecraft heat shields has been developed – and in early tests, it is proving five times more resilient to vibration and shock damage than any previous material. Heat shield tiles like those used on NASA’s space shuttle, which prevented it from being incinerated on re-entry, were often found to be heavily damaged when the spacecraft landed. This made reuse of the shuttle a slow and expensive business. The damage was due to the fragile nature of the ultralight, ceramic aerogel that the tiles were made of. This material has such low density it is known as ‘frozen smoke’ – its filigree-like structure of silicon dioxide nanoparticles means it weighs only as much as three times the same volume of air. But they are utterly miraculous heat insulators: it’s possible to hold a piece in one hand while blow torching the other side of it, with no ill effects. Still, their fragility has always been their downfall. Until now, that is. A team of chemists led by Bin Ding and Yang Si at Donghua University in China, have engineered a compressible aerogel that can cope with severe vibration without shattering. A traditional ceramic aerogel, says Si, is comprised of silicon dioxide nanoparticles strung together like discrete beads on a necklace, which is inherently brittle. Their new aerogel, called a ceramic nanofibrous aerogel, is made from continuous, flexible ceramic nanofibres which are much less prone to snapping. (Webmaster's comment: Another cutting-edge invention by the Chinese.)
4-26-18 Robot port in China to unload shipping containers without humans
Driverless vehicles will make the global shipping network cheaper and more efficient – and cost jobs. On an overcast spring morning in the port of Caofeidian in northeastern China, a vast ship-to-shore crane whisks a fully-laden shipping container through the air and onto an idling truck. Though there’s a human sitting inside, a careful observer would spot that the truck is calling all the shots. That’s because the vehicle is one of a fleet of five autonomous trucks that a Chinese startup called TuSimple is using to ferry containers around the terminal. A few other ports use trucks that follow paths marked by magnets or sensors embedded in the ground but Caofeidaian is the first to use vehicles that can navigate a port by themselves. It’s like moving from trams to cars. The goal of the pilot project is to demonstrate the ability of autonomous vehicles to perform the role of a so-called “terminal tractor,” bearing containers from the shore to the cargo yard. “At this stage, we want to achieve high-level reliability and consistency of autonomous terminal tractors rather than moving lots of containers,” says TuSimple’s Bruce Ouyang. By the end of the year Ouyang wants to replace all the human-piloted terminal trucks deployed at Caofeidian with 20 self-driving models. The cranes loading the containers will be autonomous too, with a central system coordinating the movements of both the cranes and trucks. In total, they will have to process 300,000 standard-sized containers per year to match the current throughput of the port.
4-18-18 Will China beat the world to nuclear fusion and clean energy?
In a world with an ever-increasing demand for electricity and a deteriorating environment, Chinese scientists are leading the charge to develop what some see as the holy grail of energy. Imagine limitless energy with virtually no waste at all: this is the lofty promise of nuclear fusion. On Science Island in Eastern China's Anhui Province, there is a large gleaming metal doughnut encased in an enormous shiny, round box about as big as a two-storey apartment. This is the Experimental Advanced Superconducting Tokamak (or EAST). Inside, hydrogen atoms fuse and become helium which can generate heat at several times the temperature of the sun's core. Powerful magnets then control the reaction, which could one day produce vast amounts of electricity if maintained. Around the globe, they are trying to master nuclear fusion - in the United States, Japan, Korea, Brazil and European Union - but none can hold it steady for as long as the team in Anhui. Right now that's 100 seconds and it gets longer every year. Here they're already talking about goals which are 10 times as long, at temperatures of 100 million degrees Celsius. But there's a reason why fusion has eluded scientists and engineers since the early advances in the Soviet Union in the 1950s. It is really difficult. (Webmaster's comment: Notice it was the Soviet Union that led the way. My money is on the Chinese, the new leaders of high tech!)
2-2-18 Leaked photos suggest China may now have a hypersonic railgun
A ship-mounted electromagnetic railgun, firing projectiles at more than Mach 6 over great distances, could let China dominate the seas. Photos published online yesterday suggest that China may be testing a ship-mounted electromagnetic railgun. If confirmed it would make China the first nation to develop such a superweapon, with potential implications for the power-struggle between China and the US in Asia. A railgun uses electromagnetic force to fire projectiles along electrically charged rails at very high speeds. The US has been developing its own railgun technology over the last 10 years. In tests, prototype weapons shot projectiles at speeds around 7800 kilometres an hour – more than Mach 6 – with a range of around 150 kilometres. But after sinking $500 BILLION into the project, the US government pulled the plug last year. China appears to be ploughing ahead, however. Making a railgun that would be reliable in combat is hard because of the huge pressures exerted on the structure of the gun. Mounting it on a ship adds extra challenges. If China succeeds, it could change the balance of power at sea, says Justin Bronk at the Royal United Services Institute in the UK. “There isn’t really a known defence mechanism against a railgun shot at high Mach numbers,” he says. “It’s too fast and too small for current anti-ship missile and anti-aircraft defence systems.” “If they can get it integrated as a major component into their future fleet arsenal, it will give them a really significant edge over the US navy,” he says. (Webmaster's comment: Another first for China. They can make the technology work, the United States cannot. Their engineers are simply better than ours.)
8-23-17 First underwater entanglement could lead to unhackable comms
First underwater entanglement could lead to unhackable comms
A Chinese experiment suggests submarines could use quantum communication to send messages secured by the laws of physics. The weird world of quantum mechanics is going for a swim. A team of Chinese researchers has, for the first time, transmitted quantum entangled particles of light through water – the first step in using lasers to send underwater messages that are impossible to intercept. “People have talked about the idea of underwater quantum communication before, but I’m not aware of anyone who has done an experiment like this,” says Thomas Jennewein at the University of Waterloo in Canada. “An obvious application would be a submarine which wants to remain submerged but communicate in a secure fashion.” Entanglement starts with a beam of light shot into a crystal. This prism splits the light into pairs of photons with strangely linked behaviour. Manipulate one particle in a pair, and its partner will instantly react. Measure the first one’s polarisation, for example, and entanglement could ensure that its twin will have the opposite polarisation when measured. These entangled photons can theoretically be used to set up a secure communication line between two people, with privacy guaranteed by the laws of physics.
8-22-17 China’s quantum submarine detector could seal South China Sea
China’s quantum submarine detector could seal South China Sea
A major advance in SQUIDs, quantum devices that measure magnetic fields, could allow China to detect submarines at longer range than anyone else. On 21 June, the Chinese Academy of Sciences hailed a breakthrough – a major upgrade to a kind of quantum device that measures magnetic fields. The announcement vanished after a journalist pointed out the invention’s potential military implications: it could help China lock down the South China Sea. “I was surprised by the removal,” says Stephen Chen of the South China Morning Post, who raised the issue. “I have been covering Chinese science for many years, and it is rare.” Magnetometers have been used to detect submarines since the second world war. They are able to do this because they can measure an anomaly in Earth’s magnetic field – like one caused by a massive hunk of metal. But today’s devices can only detect a submarine at fairly short range, so tend to be used to home in on the location once the sub has already been spotted on sonar. You could widen their range if you had a magnetometer based on a superconducting quantum interference device, or SQUID. Superconducting magnetometers are exquisitely sensitive, but their promise has been limited to the lab. Out in the real world, they are quickly overwhelmed by background noise as minuscule as changes in Earth’s magnetic field caused by distant solar storms. Given that level of sensitivity, you can forget about mounting such a sensor on an airplane, for example. The US Navy gave up work on superconducting magnetometers to pursue less sensitive but more mature technologies. (Webmaster's comment: In other words the United States couldn't do it.)
8-10-17 Chinese satellite sends 'hack-proof' message
Chinese satellite sends 'hack-proof' message
China has successfully sent "hack-proof" messages from a satellite to Earth for the first time. The Micius satellite beamed messages to two mountain-top receiving stations 645 km (400 miles) and 1,200 km away. The message was protected by exploiting quantum physics, which says any attempt to eavesdrop on it would make detectable changes. Using satellites avoids some limitations that ground-based systems introduce into quantum communication. Complicated optics on the Chinese satellite protect messages with entangled photons - sub-atomic particles of light manipulated so that some of their key properties are dependent on each other. The curious laws of the quantum realm dictate that any attempt to measure these key properties irrevocably changes them. By encoding a key to encrypt data using entangled photons, it becomes possible to send messages confident that they have reached a recipient free of interference. Ground-based encryption systems that use entangled photons have been available for years. However, the maximum distance over which messages can be sent securely is about 200km. This is because the fibre-optic cables through which they travel gradually weaken the signals. Repeater stations can boost distances but that introduces weak points that attackers may target to scoop up messages. By contrast, laser signals sent through the atmosphere or via satellites in space can travel much further before being weakened. (Webmaster's comment: The Chinese increase their lead in this cutting-edge technology.)
7-25-17 China set to launch an 'unhackable' internet communication
China set to launch an 'unhackable' internet communication
As malicious hackers mount ever more sophisticated attacks, China is about to launch a new, "unhackable" communications network - at least in the sense that any attack on it would be quickly detected. The technology it has turned to is quantum cryptography, a radical break from the traditional encryption methods around. The Chinese project in the city of Jinan has been touted as a milestone by state media. The pioneering project is also part of a bigger story: China is taking the lead in a technology in which the West has long been hesitant to invest. In the Jinan network, some 200 users from the military, government, finance and electricity sectors will be able to send messages safe in the knowledge that only they are reading them. China's push in quantum communication means the country is taking huge strides developing applications that might make the increasingly vulnerable internet more secure. Applications that other countries soon might find themselves buying from China. So, what is this technology into which the country is pouring massive resources? (Webmaster's comment: Again China takes the lead. They are not cutting their investments in science, like Trump is cutting ours!)
7-7-17 China’s quantum satellite adds two new tricks to its repertoire
China’s quantum satellite adds two new tricks to its repertoire
Era of ultrasecure communication inches closer. China’s quantum satellite has met two more milestones, performing quantum teleportation and transmitting quantum encryption keys through space. Scientists teleported the properties of photons, or particles of light, from a ground station in Tibet to the satellite. A record-breaking quantum satellite has again blown away the competition, achieving two new milestones in long-distance quantum communications through space. In June, Chinese researchers demonstrated that the satellite Micius could send entangled quantum particles to far-flung locations on Earth, their properties remaining intertwined despite being separated by more than 1,200 kilometers (SN Online: 6/15/17). Now researchers have used the satellite to teleport particles’ properties and transmit quantum encryption keys. The result, reported in two papers published online July 3 and July 4 at arXiv.org, marks the first time the two techniques have been demonstrated in space. (Webmaster's comment: The Chinese have taken a clear lead in this cutting edge technology. In response Trump has cut our science budget.)
Latest News From Elsewhere
7-18-18 Move over, Hubble. This sharp pic of Neptune was taken from Earth
Cancelling out blur from Earth’s atmosphere lets astronomers focus like never before. A telescope on Earth has snapped pictures of Neptune at least as clear as those from the Hubble Space Telescope. The trick? Taking the twinkle out of stars. Released by the European Southern Observatory on July 18, the images come from a new observing system on the Very Large Telescope in Chile. The instrument uses four lasers to cancel out blurring caused by Earth’s atmosphere — the same effect that makes it look like stars are twinkling — at different altitudes. The system is an updated version of adaptive optics (SN: 6/14/03, p. 373), a technique astronomers have long used to focus telescopes. Lasers create artificial “stars” whose size and brightness are precisely known. That gives scientists a way to measure how the atmosphere is distorting their view of real, faraway stars at any given moment. Small motors then change the shape of the telescope’s mirror in real time to correct for that distortion and see the sky as it really is. The resulting images from the Chilean telescope are as sharp and clear as those taken from space. That’s good news, as Hubble won’t last forever, and planned future space telescopes won’t take images in the visible part of the light spectrum (SN: 3/17/18, p. 4). With adaptive optics, telescopes on the ground can pick up where Hubble leaves off. (Webmaster's comment: Neptune is 4 times the size of Earth and this is the best we can do.)
10-25-17 How science transformed the world in 100 years
How science transformed the world in 100 years
In an essay for the BBC, Nobel Prize-winner and Royal Society President Sir Venki Ramakrishnan contemplates the nature of scientific discovery - how it has transformed our worldview in a short space of time, and why we need to be just as watchful today about the uses of research as we've ever been. If we could miraculously transport even the smartest people from around 1900 to today's world, they would be simply astonished at how we now understand things that had puzzled humans for centuries. Just over a hundred years ago, people had no idea how we inherit and pass on traits or how a single cell could grow into an organism. They didn't know that atoms themselves had structure - the word itself means indivisible. They didn't know that matter has very strange properties that defy common sense. Or why there is gravity. And they had no idea how things began, whether it was life on earth or the universe itself. These days because of fundamental discoveries we can answer or at least begin to answer those mysteries. That has transformed the way we see the world and often our everyday lives. Much of what we take for granted today is a result of an interplay of fundamental science and technology, with each driving the other forward. Almost every modern invention has one or often many fundamental discoveries that make it possible. Sometimes, these fundamental discoveries were hundreds of years old. Neither jet engines nor rockets would be possible without a knowledge of Newton's laws of motion. There are big moments in science, like the discovery of the structure of DNA that shift our perspectives. But even that discovery was a milestone that built on work by Darwin and Mendel and presaged today's biotechnology where the entire DNA of a human being - the human genome - has been sequenced. That in turn has given us the ability to figure out how things go wrong in genetic diseases and potentially how to fix them. Scientists were recently able to modify the genes of a young girl to cure her cancer. We are no longer a complete black box, although our complexity is such that we are only just beginning to understand how our genes regulate the body and how they interact with our environment.
8-8-17 Americans already feeling effects of climate change, says report
Americans already feeling effects of climate change, says report
A leaked report says evidence that humans are responsible for climate change is strong – but it remains to be seen how the Trump White House will react. Americans are already feeling the effects of climate change, according to a leaked US report. Since 1980, the average temperature in the US has risen significantly, with the past few decades the warmest for 1500 years. The report, written by scientists from 13 federal agencies, is still awaiting approval from the Trump administration before it can be officially published, but a draft copy was obtained by The New York Times. “Evidence for a changing climate abounds, from the top of the atmosphere to the depths of the oceans,” say the authors in the draft report, with thousands of studies contributing to an irrefutable body of evidence. “Many lines of evidence demonstrate that human activities, especially emissions of greenhouse (heat-trapping) gases, are primarily responsible for recent observed climate change,” they say. The report points out that the ability to attribute some extreme weather events to climate change is improving. It says there is relatively strong evidence that humans contributed to the European heatwave in 2003 and the record temperatures in Australia in 2013. Globally, it is extremely likely that humans are responsible for over half the mean temperature increase since 1951, the authors say. The leak comes as it was reported by The Guardian yesterday that senior officials at the US Department of Agriculture are now instructing staff to speak about “weather extremes” instead of climate change. “It is disturbing that scientists had to leak a draft of a new government report warning of dire climate change impacts because they fear the Trump administration will try to suppress it,” says Michael Mann, professor of atmospheric science at Pennsylvania State University. “Orwell’s Ministry of Truth has arrived.” (Webmaster's comment: The fix is in!)
7-25-17 Spanish deal to tackle gender-based violence
Spanish deal to tackle gender-based violence
Spain's political parties are celebrating a "historic" €1bn (£895m; $1.2bn) five-year programme to tackle gender-based violence. The measures include providing victims of abuse with six months' unconditional unemployment benefit to give them a new start, and outlawing imprisoned abusers from being visited by their children. The agreement was reached after six months and 66 expert hearings. Reports say 870 women died from gender-based violence between 2003 and 2016. (Webmaster's comment: Over 15,000 American women have been murdered by their husbands of boyfriends between 2003 and 2016!) So far in 2017, at least 31 women have died along with six minors. (Webmaster's comment: So far over 600 American women have been murdered by husbands and boyfriends in 2017.) Sixteen minors have been orphaned. Spanish politicians have pursued successive programmes to address the issue since 1997, when 60-year-old Ana Orantes was beaten, thrown over a balcony and then burned to death by her ex-husband after repeatedly complaining to authorities about his violent behaviour. She had been forced to divide her home with her husband on the order of a divorce court. Among the 200 measures that received parliamentary endorsement late on Monday are:
- The status of victim will be extended to women who have not yet filed a criminal complaint, to allow them to access safeguards and assistance
- Mechanisms for identifying victims of gender-based violence will be established in hospital emergency rooms and primary care
- Children orphaned by gender-based violence will have priority access to state benefits including educational support. Their guardians (excluding the abuser) will receive tax benefits and priority access to housing
- Tougher sanctions for gender-based crimes committed on the internet
- School curriculums to include lessons to tackle sexism and raise awareness of the feminist movement
(Webmaster's comment: We need to do the same things in American! Over 17 times as many women die from gender-based violence in America as in Spain!)
5-14-17 There's no waking up from America's Trump nightmare
There's no waking up from America's Trump nightmare
The events of this week have confirmed beyond a shadow of a doubt that the Oval Office is occupied by an ignorant, impulse-driven lunatic. Just how much of a lunatic is President Donald J. Trump? So much so that he fired the director of the FBI in a fit of pique despite the fact that the FBI is conducting an investigation of whether and to what extent the president's own campaign colluded with Russian intelligence services to manipulate the election that landed Trump in the White House. If self-inflicted wounds can range from a paper cut to a bullet in the brain, this is something like the accidental amputation of a leg just above the knee: The victim can still get around, but he's undeniably and irreversibly hobbled, not to mention weakened by a near-fatal loss of blood. But not even that gruesome metaphor manages to capture the extent of our president's distinctive form of self-destructive madness. There isn't a single office holder, political operative, experienced staffer, or journalist in Washington who wouldn't have grasped in an instant that firing James Comey under such circumstances would be massively harmful to the president's efforts to defend himself against the Russian allegations and could well open himself up to a credible (or perhaps more than credible) charge of obstruction of justice. Even bomb-thrower extraordinaire Stephen Bannon understood it!
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