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  • A mysterious comet is shooting through our solar system. Why are scientists so excited about 3I/Atlas? | Space

    A mysterious comet is shooting through our solar system. Why are scientists so excited about 3I/Atlas? | Space

    An object that came from outside our solar system is hurtling towards the sun at roughly 61km (38 miles) a second.

    First detected in July, this visitor from outer space – known as 3I/Atlas – is only the third known interstellar object to have been observed, after ‘Oumuamua in 2017 and 2I/Borisov in 2019.

    Excitement has been growing since the Hubble space telescope captured an image of the interstellar interloper, offering scientists a rare opportunity to analyse its size and chemical makeup.

    “We’ve never had an object like this to study before,” says Dr Rebecca Allen, co-director of Swinburne’s Space Technology and Industry Institute.


    What exactly is 3I/Atlas?

    “We don’t know exactly where it came from, but it definitely came from outside the solar system,” says Dr Laura Driessen, a radio astronomer at the University of Sydney.

    The name comes from “i” for interstellar, “3” as the third such object detected, and Atlas for the network of telescopes that identified it, called the Asteroid Terrestrial-impact Last Alert System.

    While some have speculated about an alien incursion, scientists say 3I/Atlas is probably a comet. You may remember the speculation over ’Oumuamua, which astronomers checked for radio signals in case it was an alien craft. It wasn’t.

    “There’s no evidence to point towards [3I/Atlas] being anything other than a really fun space rock that came from outside the solar system,” Driessen says. “Which, to be honest, is cool enough.”


    Why are scientists excited about the interstellar object?

    In the Hubble image, 3I/Atlas looks a bit like a “fuzzy snowball”, Allen says. Its hazy appearance is due to its “coma”, which is formed as the comet’s surface is heated by the sun, releasing dust and gas, and there are signs of a comet tail.

    Those chemical signatures – of elements and molecules from outside our solar system – will become more visible the closer it gets to the sun, Allen says. 

    “We can use a tool called spectroscopy, and we can use light to actually understand exactly what that material is. Does this comet represent a solar system that had very similar conditions to our own, or is it something completely different?”

    Researchers have already used the Hubble image to estimate the diameter of 3I/Atlas to be less than 5.6km, and potentially as small as 320 metres.


    Where is 3I/Atlas heading?

    The space object is travelling at more than 200,000km/h, Allen says.

    “It’s going to kind of cruise through the inner solar system – in between Mars and Earth’s orbit – and then it will fly past the sun.

    “This one is on what we call a hyperbolic orbit. So it’s not gravitationally bound to the sun. It’s travelling much too fast, and so it will just fly out the other side of the solar system.”

    Its interstellar origins make 3I/Atlas different from other comets that orbit within the solar system, such as Halley’s comet, says Con Stoitsis, the comet and meteor director at the Astronomical Society of Victoria.

    It is expected to make its closest approach to the sun between October and December – coming within about 210m kilometres – and then continue its journey into space.

    According to Nasa, the closest 3I/Atlas will come to Earth is about 270m kilometres.

    “We’re not really sure where it’s going to end up until it comes around from the other side of the sun, and starts heading out to the outer solar system again,” Stoitsis says.


    Can we see the comet?

    While faint at the moment, the comet is expected to brighten as it approaches the sun, eventually bringing it “within reach of most large amateur telescopes”, Stoitsis says. 

    Even then, 3I/Atlas will probably appear like a smudge, he says.

    “We get bright-ish comets, three or four times a year, which are visible with small telescopes and binoculars. This is definitely not one of those,” he says. “Unless you’ve got a decent-sized telescope, you won’t see it.”

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  • Boost Your Productivity for Less: Save $50 on Microsoft Office Home 2024 – PCMag

    1. Boost Your Productivity for Less: Save $50 on Microsoft Office Home 2024  PCMag
    2. Instead of paying for Microsoft 365 indefinitely, you can get a lifetime license on sale now  PCWorld
    3. Your PC deserves better—get Windows 11 Pro for less than lunch  SFGATE
    4. MS Office productivity for life, one $30 payment  Mashable
    5. You Can Get Microsoft Office 2024 Home & Business on Sale for A$245 Right Now  Lifehacker

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  • Oil Fluctuates as Focus Shifts to Zelenskiy Meeting With Trump in US

    Oil Fluctuates as Focus Shifts to Zelenskiy Meeting With Trump in US

    Oil rose as US President Donald Trump’s meeting with Ukrainian President Volodymyr Zelenskiy tempered expectations that a resolution to the conflict with Russia will be reached quickly.

    West Texas Intermediate advanced about 1% to settle above $63 a barrel after Zelenskiy said during a meeting at the White House that the countries need to find diplomatic ways to end the war. Brent crude rose more than 1% to settle below $67.

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  • Scientists Have Just Created The Most Synthetic Life Form Ever : ScienceAlert

    Scientists Have Just Created The Most Synthetic Life Form Ever : ScienceAlert

    Scientists have created a bacteria with a genetic code more streamlined – and more meddled with – than any other life on Earth.

    This bacteria, a synthetic Escherichia coli called Syn57, has been engineered to build its body using just 57 of the 64 ‘codons’ that have served all known organisms for billions of years.

    The recipe for life is written in a language that uses 64 different codons, each composed of a triplet of nucleotides. It’s the long sentences of ‘three-letter’ codons that make up our DNA and RNA.

    Related: Scientists Just Achieved a Major Milestone in Creating Synthetic Life

    They provide our cells with the essential instructions to translate ordinary matter into the building blocks of life, amino acids, which are threaded in sequence to form proteins.

    A codon is a DNA or RNA sequence of three nucleotides. (National Human Genome Research Institute)

    When a cell is building proteins, it ‘reads’ the codon sequence, written using those 64 nucleotide triplets, to know which amino acids to add next, and when to stop.

    But this system has some inexplicable duplicates. All natural living things can build the proteins they need with only 20 amino acids, which means many codons are synonymous double-ups.

    Syn57 does away with some of these seemingly redundant codons. Other teams have been working towards this goal, but a team from the Medical Research Council Laboratory of Molecular Biology in the UK is the first to get a lifeform down to the 57-codon mark, a record that supplants the previous achievement of a 61-codon genome.

    By engineering the entire genome from scratch, the researchers set out to eliminate four of the six codons associated with the amino acid serine, two of the four alanine codons, and one ‘stop’ codon. Where these redundant codons appeared in the bacteria’s genome, the researchers substituted them with synonymous codons that give the same instructions.

    This required more than 101,000 changes to the genetic code. These were planned out on the computer first, in 100-kilobyte fragments, and then came the arduous work of assembling the gene.

    To make sure they weren’t inserting fundamentally harmful changes into the microbes, the team tested small fragments of the synthetic genome in living bacteria bit by bit, eventually stitching it all together to form the final, entirely synthetic strain.

    “We definitely went through these periods where we were like, ‘Well, will this be a dead end, or can we see this through?’” synthetic biologist Wesley Robertson, one of the study’s lead authors, told New York Times journalist Carl Zimmer.

    It’s a massive undertaking that shows life can survive with a significantly compressed genetic blueprint. It also potentially frees up the remaining codons to be assigned different roles.

    Syn57 has more space to introduce further non-canonical amino acids, presenting greater opportunities to expand the genetic code even further,” the team says in a press release. “This will allow researchers to develop innovative synthetic polymers and macrocycles.”

    And because Syn57’s ‘non-canonical’ genetic code should be illegible to ‘natural’ microbes, like viruses, which operate by taking over cell protein production, this bacteria should be able to resist their infection. That could help reduce costs associated industrial ‘farming’ of bacterial proteins, where viral outbreak is a major setback.

    This illegible genome may also effectively sterilize the genetically modified bacteria, an appealing prospect to address concerns about modified genes spilling into the natural environment.

    “We can then prevent the escape of information from our synthetic organism,” Robertson told Zimmer.

    “This work exemplifies how genome synthesis can move the genome sequences of organisms into new regions of sequence space that may not have been accessed by natural life,” the team concludes.

    This research was published in Science.

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  • Korea’s ‘sea women’ spend more time underwater than beavers

    Korea’s ‘sea women’ spend more time underwater than beavers

    The Haeyno do not display classic mammalian responses to diving such as a slowed heart rate and reduced blood flow to muscles.

    There’s a group of women in Jeju, an island off the coast of South Korea, that freedive without oxygen for seafood. Haenyeo – literally translating to “sea women” – are cultural divers who have seemingly adapted to the water, being able to dive for longer periods than other people.

    A new research published today (18 August) by the University of St Andrews in Scotland assessed the Haenyeo – or Jawmnye in Jeju language, and found that they spend more time under water than some diving mammals such as beavers, while rivalling the likes of sea otters and sea lions.

    This culturally significant group is recognised by Unesco as an Intangible Cultural Heritage. However, more than 90pc of Haenyeo are over the age of 60, endangering the future of this group, their practices and their unique adaptations to the sea.

    To understand their skills better, researchers from the University tracked the natural diving behaviour and physiology of seven Haenyeo, aged 62 to 80, as they harvested sea urchins.

    The scientists used an instrument designed for measuring the behaviour and physiology of wild marine mammals to track the women’s diving and swimming behaviour, as well as their heart rate and blood oxygen.

    The study found that despite their age, these women spent 56pc of their time underwater across the two to 10 hours a day they spend diving. This is the greatest proportion of time spent underwater than any humans previously studied, note the researchers.

    However, while their diving performance overall rivalled marine mammals, their total time at sea diving per day was lower than their animal counterparts.

    The Haenyeo did not display the classic mammalian response to diving such as slowed heart rate and reduced blood flow to the muscles during dives, the study found.

    Instead, they showed elevated heart rates and only mild oxygen reductions in the brain and muscles, suggesting their unique style of short, shallow and frequent dives may trigger different adaptations.

    Haenyeo. Image: Hyunsung Lee

    “The Haenyeo are just incredible humans. Their diving abilities are known to be exceptional, but being able to measure both their behaviour and physiology while they go about their routine daily diving is really unique,” said Dr Chris McKnight, a senior research fellow at the Scottish Oceans Institute at the University of St Andrews and the lead author of the study published in Current Biology.

    “I think using animals we consider as aquatic animals to contextualise and give perspective on the Haenyeo divers really helps to demonstrate just how incredible they are.”

    As potentially the last generation of Haenyeo, this study offers a glimpse into this vanishing tradition, highlighting the power of human physiological resilience, the study notes.

    “We are so grateful that these incredible women were willing to participate in this project. They welcomed us into their gathering spaces, called ‘bulteok’, in the mornings before their dives, shared their pre-dive snacks and tea, and told us stories from a lifetime of diving,” said Dr Melissa Ilardo, an assistant professor in evolutionary genetics at the University of Utah, who co-authored the study.

    “They gave us lots of feedback that helped us think about how to interpret the results and design future studies. Their humour and spirit is so fun to be around, we feel incredibly lucky to be able to partner with them.”

    Don’t miss out on the knowledge you need to succeed. Sign up for the Daily Brief, Silicon Republic’s digest of need-to-know sci-tech news.

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  • When researchers strapped tiny cameras to 15 oceans birds in Japan, they made an unexpected discovery

    When researchers strapped tiny cameras to 15 oceans birds in Japan, they made an unexpected discovery

    A new study published in the journal Current Biology has revealed a peculiar bathroom habit of seabirds; they always poop while flying rather than floating on water, doing so every 4 to 10 minutes.

    The research, led by the scientists at the University of Tokyo, used small video cameras and attached them to the bellies of 15 streaked shearwaters (Calonectris leucomelas) breeding at Japan’s Funakoshi Ohshima Island.

    Reviewing the footage, the team analysed over 195 defecation events and found the birds overwhelmingly preferred flights to relieve themselves.

    “The footage captured far more frequent defecation events than I had expected. The fact that we were able to study this behaviour at all was a surprise in itself,” the lead author, Leo Uesaka, told Discover Wildlife.

    The analysis showed that almost all excretions happened while in the air, and half of those take-offs witnessed defecation within 30 seconds. Some birds took off, pooped, and returned to the water within a minute, suggesting these flights solely served discharging.

    Surprisingly, the excretion was also very frequent. Based on calculations using the defecation rate per hour and faecal mass, the team estimated that the streaked shearwaters typically excreted 5% of their body mass (typically 400-600g).

    Uesaka says that even the stored food in the stomach increases the energy needed for flight. Shedding weight by excretion could make a meaningful difference to flight efficiency. Considering the energy required to take off from water, this behaviour implies that the benefits of frequent pooping exceed the flight cost.

    Scientists offer some plausible explanations for this behaviour. Excreting in flight keeps feces away from feathers, reducing the chances of pathogenic infection. It may also lower the chances of attracting potential predators such as sharks and seals that may respond to faecal odour and plumes.

    The findings from the study are relevant to the wider ocean, too, say the authors, who explain that the droppings may contribute to transporting nutrients over vast distances, similar to the ‘whale pump’ – the ecological process where the feeding and excretion habits of whales help circulate nutrients in the ocean.

    Seabird faeces have high nitrogen and phosphorus contents, which may supply nutrients to plankton in the water below. While the faecal disposal of a single bird may seem minimal, an estimate of over 424 million individuals may have a significant cumulative impact.

    “Faeces are important,” Uesaka says. “But people don’t really think about it.”

    Top image: streaked shearwaters in Japan. Credit: Leo Uesaka

    More amazing wildlife stories from around the world

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  • SwRI develops advanced system to detect orbital debris

    SwRI develops advanced system to detect orbital debris

    Image: © dottedhippo | iStock

    Tackling space debris and safety: The Southwest Research Institute (SwRI) has developed an innovative system to detect and characterise orbital debris.

    This technology offers crucial information on the growing junk field around Earth

    In a significant step toward addressing the growing threat of space junk, the Southwest Research Institute (SwRI) has announced the development and successful testing of a novel micrometeoroid and orbital debris (MMOD) detection and characterisation system.

    This technology is designed to be integrated into satellites and other spacecraft, providing a critical new layer of defence and data collection in Earth’s increasingly crowded orbital environment.

    The MMOD system acts as a sophisticated “black box” for spacecraft, detecting impacts and gathering crucial post-impact data. It is composed of a structural panel embedded with sensors that work in conjunction with advanced software to analyse impact events. This allows for the immediate identification of a collision, even if the damage is too subtle to be noticed by operators on Earth. The data collected can provide a wealth of information, including the time and location of the impact, as well as the speed and composition of the debris involved.

    Southwest Research Institute (SwRI) has developed and tested a micrometeoroid and orbital debris (MMOD) detection and characterization system that detects when a satellite or spacecraft experiences an impact. The test article pictured was equipped with the MMOD detection and characterization system and struck with debris fired from SwRI’s light gas gun to simulate orbital impact scenarios. Credit© Southwest Research Institute
    Southwest Research Institute (SwRI) has developed and tested a micrometeoroid and orbital debris (MMOD) detection and characterization system that detects when a satellite or spacecraft experiences an impact. The test article pictured was equipped with the MMOD detection and characterization system and struck with debris fired from SwRI’s light gas gun to simulate orbital impact scenarios.
    Credit© Southwest Research Institute

    The rising threat of space debris

    The development comes at a time when space debris is an escalating concern for the global space industry. The problem, caused by defunct satellites, rocket stages, and fragmentation events, creates a “junk field” of particles orbiting at extreme velocities. These pieces of debris, even those as small as a fleck of paint, can cause catastrophic damage to operational spacecraft and satellites. Traditional ground-based tracking systems are often unable to detect these smaller, yet highly dangerous, particles.

    “Most spacecraft survive minor impacts without systems breaking or operators on Earth knowing,” said Dr. Sidney Chocron, a SwRI Institute Scientist who led the development of the MMOD system. “Our device is designed to send data back to Earth with important insights before any damage is apparent, which can also influence future design decisions.”

    Testing in a hypervelocity environment

    To prove the system’s effectiveness, SwRI used its specialised light gas gun facility to simulate the intense conditions of space. This powerful tool fired small projectiles at panels equipped with the MMOD detection system, replicating the hypervelocity impacts of real space debris. The results of these tests, detailed in a recent peer-reviewed study, demonstrate the system’s ability to accurately detect and characterise impacts under realistic conditions.

    According to Dr. Chocron, these tests are vital for not only validating the new technology but also for informing the design of future spacecraft. The data gathered from the system could help engineers build more resilient satellites capable of withstanding the rigors of the orbital environment.

    Toward a safer future in orbit

    While the system does not actively help a spacecraft avoid a collision, the data it provides could have a far-reaching impact. Information about a strike could be used to alert other satellites in the same orbital path, potentially allowing them to manoeuvre out of harm’s way.

    With the successful testing complete, SwRI is now seeking funding for a flight-ready version of the MMOD detection system. The ultimate goal is to create a network of these sensors to map and characterise the entire orbital debris field around Earth, providing an unprecedented level of insight into a critical environmental issue.

    This project marks a significant step toward better understanding and mitigating the risks that threaten both current and future space missions.

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  • Does the Keto Diet Actually Work?

    Does the Keto Diet Actually Work?

    For the average person looking to build metabolic flexibility, the cyclical approach leverages all the benefits of the ketogenic diet and makes the diet less restrictive, says Dr. Cole. It also helps them avoid the potential pitfalls of being in a constant state of ketosis, which includes microbiome diversity problems in the gut, Dr. Cole adds.

    Some of Dr. Cole’s patients will do the lower-carb approach for three to five days of the week, and then stick to clean carb cycling for the rest of the week. Others will eat seasonally, incorporating more fresh berries into their diet during the summer and kick-starting ketosis during the fall and winter months.

    “Being in ketosis is like natural Ozempic because it’s an appetite suppressant,” Kristina Hess, a licensed dietitian and nutritionist, says. “You’re not hungry. You’re no longer having those glucose spikes and so your blood sugar is nice and regulated. This metabolic state keeps you less hungry.”

    What can you eat on the keto diet?

    Dr. Cole, Hess, and Dr. Westman all agreed that the most effective way to implement the keto diet and reap its benefits long-term is to be flexible and intuitive with it. That starts with incorporating nutrient-dense whole foods into a diverse diet.

    “You can build metabolic flexibility and gain blood sugar stability and optimal metabolic health through the ketogenic diet,” says Dr. Cole. “So it’s a path to support a tool within the toolbox to support metabolic health.”

    The key to hitting the low-carb, high-fat ratio is to eat proteins that are rich in natural fats like salmon, eggs, or steak, Hess says. Proteins that aren’t as lean will help you hit the higher-fat, moderate-protein, and low-carb ratio more easily. Fruits have their place too but should be consumed in lower amounts. Fruits like berries that have lower fructose content are the way to go.

    Dr. Westman remains wary of products that advertise themselves as being keto-specific because they tend to be amongst the ultra-processed foods he tells patients to stay away from.

    “The strict type-A keto dieter will end up fearing carbs, but if they’re in whole food form, they really shouldn’t fear carbs, even if it lowers ketosis, because nutrient density and whole foods matter,” Dr. Cole says. “The long-term answer is some sort of low-carbohydrate, low-glycemic or Mediterranean [diet].”

    The long-term impacts of the keto diet are unclear, but its effectiveness as a supplementary source of treatment is something that research shows can help with metabolic health, inflammatory problems, and brain health, as long as people doing it focus on nutrition.

    “It’s just a little bit of a mindset shift,” Hess says.

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  • Lagging in Language Skills: Foreign Children Being Left Behind in Education

    Lagging in Language Skills: Foreign Children Being Left Behind in Education

    As the number of foreign children living and attending school in Japan grows, the pressure is on to give them the communication skills they need to get their education. But the systems in place for their Japanese language training are falling behind, leaving tens of thousands of kids in situations where they cannot understand their school lessons.

    Foreign Families On the Rise

    According to the Immigration Services Agency of Japan, the number of foreign nationals living in the country as of the end of 2024 was 3,769,000. This represents an increase of 358,000 from the end of 2023 and is 1.8 times higher than a decade ago.

    A particularly fast-growing category is foreigners with the “engineer/specialist in humanities/international services” visa, which includes a wide range of occupations such as technicians, interpreters, designers, language instructors, and more. Ministry of Health, Labor, and Welfare data shows that the number of foreign workers in this ESHIS category reached 411,000, a 3.9-fold increase in the 10 years leading up to 2024.

    ESHIS visa holders are permitted to bring their families to Japan, just like those with visas for work such as university teaching, legal services, and accounting. Naturally, this has led to a rise in the number of foreign children living in Japan. It’s within the context of these structural changes that the urgent need for Japanese language education for foreign children has arisen.

    The number of foreign children enrolled in public elementary and junior high schools reached some 129,000 in fiscal 2024, a 9.0% increase from the previous year, according to the Ministry of Education, Culture, Sports, Science, and Technology (MEXT).

    The problem is that many schools lack the staff needed to teach JFL, or Japanese as a foreign language, to these children. As a result, more and more children are growing up without sufficient Japanese language skills. Without a shared base in language, which is crucial for communication, their academic and career prospects will be adversely affected and they will tend to be isolated in their communities.

    70,000 Children in Need of Japanese Instruction

    In MEXT’s statistics for fiscal 2023, there were almost 70,000 students that require JFL instruction in public schools, double the number from a decade earlier.

    Public School Students Needing JFL Instruction

    In Matsudo, a city in Chiba Prefecture adjacent to Tokyo, 23,000 of its approximately 500,000 residents as of the end of 2024 were foreign nationals.

    To address their needs, the city’s Board of Education set a policy to establish JFL classrooms in elementary schools with at least 18 students requiring instruction in fiscal 2022. As of fiscal 2025, 15 out of the city’s 45 public schools had established these classrooms. From fiscal 2024, a school readiness program was established, where foreign children receive 20 days of intensive instruction before entering school, covering Japanese language essentials for school life such as greetings and reporting health issues. The Board of Education has assigned 33 staff members for this language education and has also secured 37 paid volunteers.

    Matsudo’s efforts are relatively comprehensive. In urban parts of Japan, such as the Tokyo metropolitan area and Aichi Prefecture, where there are many students requiring this instruction, it is easier for schools to provide adequate support.

    Growing Crisis at Regional Schools

    On the other hand, the situation is particularly serious in more rural areas, where foreign children are more thinly dispersed. In terms of the rate of increase of foreign children requiring JFL instruction from 2021 to 2023, Tottori Prefecture was the highest, seeing growth of 2.4 times, from 18 to 44 students. It was followed by Ōita (2.3 times, from 50 to 114), Kōchi (2.3 times, from 12 to 27), Kagoshima (1.9 times, from 28 to 53), and Saga (1.9 times, from 40 to 74). Because the number of foreign children in these areas is much smaller than in urban areas and securing teaching staff is more of a challenge, local governments tend not to have sufficient systems in place.

    Growth in Number of Students Needing JFL Instruction, 2021–23

    In fiscal 2023, roughly 30% of public elementary and middle schools across Japan (9,241 schools) had students who needed JFL instruction. According to Wakabayashi Hideki, a visiting associate professor at Utsunomiya University’s School of International Studies who has been involved with the education of foreign children, 70% of these schools had four or fewer foreign children, demonstrating the situation of foreign children being thinly dispersed.

    Looking at the breakdown of children requiring JFL instruction by their native tongue, the highest is Portuguese-speaking children, many of whom are of Japanese-Brazilian descent. The number of children native in Chinese, Filipino, and Vietnamese languages is also rising quickly, and some regions are seeing an increase in those with Nepali and Burmese backgrounds.

    “The problem is more likely to go unrecognized when only a few students need support, and municipalities often can’t secure budgets and staff,” says Wakabayashi. “Homeroom teachers and other staff are often left to handle the situation alone. And when students come from multiple linguistic backgrounds, that can make the challenge even greater.”

    Many children are unable to keep up with classes taught in Japanese through school instruction alone. That’s why, in urban areas, an increasing number of Japanese language classes are being offered outside of schools by public organizations, NPOs, and local governments to support their learning. By contrast, such programs are often lacking in certain regional areas.

    MEXT has issued a Guide for Accepting Foreign Children, and included Japanese instruction in the national curriculum guidelines starting in fiscal 2018. While the government sets staffing standards, it leaves decisions about actual staffing levels and local JFL programs to municipalities, offering mainly subsidies.

    The Limits of Keeping It Local

    There is also the more fundamental issue of children not attending school. In fiscal 2023, a record 970 foreign children of school age were not enrolled, a 24.6% increase from the previous year. Adding also children whose enrollment status could not be confirmed, MEXT puts the number of such children who may not be attending school at 8,601.

    The Constitution of Japan guarantees children the right to receive an education and stipulates that guardians must ensure their children are educated. Legally speaking, this applies only to children with Japanese citizenship, but based on the International Covenants on Human Rights and the Convention on the Rights of the Child, foreign children are guaranteed the opportunity, if desired, to receive the same education as Japanese children.

    Japan’s foreign population is expected to hit 9.39 million in 2070, making up 10% of the nation’s total, according to 2023 projections by the National Institute of Population and Social Security Research. However, the inflow of foreign nationals is already outpacing these projections, making it likely that the 10% mark will be reached as early as 2050.

    “In Japan, there is little awareness of the need to build social infrastructure with the settlement of foreign residents in mind,” says Menju Toshihiro, visiting professor at Kansai University of International Studies. “As a result, the education system for foreign children has largely been left to local governments and individual schools, leading to significant regional disparities. To ensure that foreign children, who will help support Japan’s future, can acquire the same academic abilities as Japanese children, the national government must establish a clear policy and restructure the education system.”

    (Originally published in Japanese. Banner photo © Pixta.)

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  • Think like Truls As WTT Europe Smash 2025 arrives in Sweden, get ready for Truls Möregårdh mania

    Think like Truls As WTT Europe Smash 2025 arrives in Sweden, get ready for Truls Möregårdh mania

    “Fun times” in table tennis

    Möregårdh is one of many faces now challenging the People’s Republic of China’s traditional grip on men’s singles table tennis.

    While the 23-year-old lost to Fan Zhendong in both his major finals at the 2021 World Championships and at Paris 2024, Fan has since stepped back from international competition.

    The two recently caught up with each other when Möregårdh visited Beijing, having dinner together exactly one year after their meeting in the Paris final.

    “For sure it’s nice to not have Fan Zhendong here for everyone,” Möregårdh joked when asked about it in Doha back in May.

    “He’s played so good in the Worlds and won the Olympics who I’ve lost to in big matches. He deserves a break, he’s such a good guy as well and I still feel that he’s a perfect ambassador for the sport in many ways.”

    Möregårdh and France’s Félix and Alexis Lebrun have growing fanbases inside China — something that hasn’t escaped the Swede’s attention.

    “Obviously China is the main thing for table tennis which I’m super grateful for, a perfect country for table tennis and the fans are just exceptional so I’m always very happy to be there,” Möregårdh said.

    “But I’m very happy that Europe is taking a big step in this sport. It’s fun that we can bring some action. Me and the Lebrun brothers are playing really good as well.

    “And Hugo (Calderano) won the World Cup,” he added of the Brazilian world number three who staged a stunning upset in April to become the first non-Asian or non-European winner of that tournament. “Hopefully, the fans enjoy that we are challenging them a bit.

    “It’s very fun in this sport right now. Fun times.”

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