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  • iPad mini 8 to feature OLED & A19 Pro

    iPad mini 8 to feature OLED & A19 Pro

    Apple’s future iPad mini is expected to release in 2026 at the earliest, and it may have an A19 Pro and OLED display.

    There has been some demand, at least among Apple power users, for an iPad mini that sports pro-level specs. While ProMotion isn’t on the way, a chip bump and new display may be.

    According to a code leak discovered by MacRumors, Apple is planning to use the A19 Pro that will debut in iPhone 17 Pro in the iPad mini 8, codenamed J510/J511. While the updated tablet isn’t expected for a while, internal preparations for the device have no doubt begun.

    There haven’t been many in the way of rumors for niche iPad mini, but a reliable source did share one tidbit. According to display supply chain analyst and leaker Ross Young, the next iPad mini will get OLED.

    Those that own both an iPad mini and one of the latest iPad Pros will note the significant difference in display quality between the two. OLED would be a significant leap for the tiny tablet.

    Couple that with a jump from the A17 Pro to A19 Pro and the iPad mini 8 could be a must-have upgrade for fans of the tablet. However, it may have some competition from inside Apple if the iPhone Fold launches in 2026 as well.

    The leaked code also suggests that Apple is working on the next entry-level iPad, codenamed J581/J582. It’ll get the A18 processor, which will allow it to finally access Apple Intelligence.

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  • U.S. CISA adds Microsoft Internet Explorer, Microsoft Office Excel, and WinRAR flaws to its Known Exploited Vulnerabilities catalog

    U.S. CISA adds Microsoft Internet Explorer, Microsoft Office Excel, and WinRAR flaws to its Known Exploited Vulnerabilities catalog

    U.S. CISA adds Microsoft Internet Explorer, Microsoft Office Excel, and WinRAR flaws to its Known Exploited Vulnerabilities catalog

    Pierluigi Paganini
    August 14, 2025

    U.S. Cybersecurity and Infrastructure Security Agency (CISA) adds Microsoft Internet Explorer, Microsoft Office Excel, and WinRAR flaws to its Known Exploited Vulnerabilities catalog.

    The U.S. Cybersecurity and Infrastructure Security Agency (CISA) added Microsoft Internet Explorer, Microsoft Office Excel, and WinRAR flaws to its Known Exploited Vulnerabilities (KEV) catalog.

    Below are the descriptions for these flaws:

    • CVE-2013-3893 Microsoft Internet Explorer Resource Management Errors Vulnerability
    • CVE-2007-0671 Microsoft Office Excel Remote Code Execution Vulnerability
    • CVE-2025-8088 RARLAB WinRAR Path Traversal Vulnerability
    • CVE-2013-3893 – The flaw is a use-after-free issue in mshtml.dll’s SetMouseCapture in IE 6–11 that lets remote attackers run arbitrary code via crafted JavaScript, such as an ms-help: URL loading hxds.dll.. In September 2013, security experts at FireEye uncovered the Operation DeputyDog against Japanese entities that exploited the zero-day CVE-2013-3893.
    • CVE-2007-0671 – The flaw is an unspecified issue in Microsoft Excel 2000, XP, 2003, and 2004 for Mac that could let remote, user-assisted attackers execute code, as seen in zero-day attacks.
    • CVE-2025-8088 – The WinRAR flaw CVE-2025-8088 is a directory traversal bug fixed in version 7.13 that was exploited as a zero-day in phishing attacks to deliver RomCom malware, Bleeping Computer first reported. The flaw is a path traversal vulnerability affecting the Windows version of WinRAR. Attackers can exploit the vulnerability to execute arbitrary code by crafting malicious archive files. Researchers Anton Cherepanov, Peter Košinár, and Peter Strýček from ESET disclosed the flaw. Attackers can craft archives that place executables in Windows Startup folders, causing them to run at login and enabling remote code execution. ESET researchers told Bleeping Computer that threat actors actively exploited the vulnerability in spear-phishing attacks to deliver RomCom backdoors.

    According to Binding Operational Directive (BOD) 22-01: Reducing the Significant Risk of Known Exploited Vulnerabilities, FCEB agencies have to address the identified vulnerabilities by the due date to protect their networks against attacks exploiting the flaws in the catalog.

    Experts also recommend that private organizations review the Catalog and address the vulnerabilities in their infrastructure.

    CISA orders federal agencies to fix the vulnerabilities by September 2, 2025.

    Follow me on Twitter: @securityaffairs and Facebook and Mastodon

    Pierluigi Paganini

    (SecurityAffairs – hacking, cisa)




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  • Fully electric-powered harbor tugboats set sail in Tianjin

    Fully electric-powered harbor tugboats set sail in Tianjin

    Fully electric-powered harbor tugboats set sail in Tianjin

    Updated: August 14, 2025 08:08
    Xinhua
    An aerial drone photo taken on Aug. 13, 2025 shows a fully electric-powered harbor tugboat sailing on the waters in north China’s Tianjin Municipality. A “green fleet” consisting of four fully electric-powered harbor tugboats set sail from a port in Tianjin on Wednesday. These four tugboats form the largest fleet of their kind in northern China, which will primarily assist various vessels with port entry, exit, docking, and undocking within Tianjin Port waters. Unlike conventional tugboats, the electric ones operate with zero exhaust emissions and low noise. Each of them boasts 5,400-horsepower, advanced electric motors as well as intelligent control systems, which enable higher operational efficiency at much reduced costs. [Photo/Xinhua]
    A drone photo taken on Aug. 13, 2025 shows fully electric-powered harbor tugboats sailing on the waters in north China’s Tianjin Municipality. [Photo/Xinhua]
    Crew members fix cable aboard a fully electric-powered harbor tugboat in north China’s Tianjin Municipality, Aug. 13, 2025. [Photo/Xinhua]
    A drone photo taken on Aug. 13, 2025 shows fully electric-powered harbor tugboats docked in north China’s Tianjin Municipality. [Photo/Xinhua]
    An aerial drone photo taken on Aug. 13, 2025 shows fully electric-powered harbor tugboats sailing on the waters in north China’s Tianjin Municipality. [Photo/Xinhua]
    A drone photo taken on Aug. 13, 2025 shows a fully electric-powered harbor tugboat sailing on the waters in north China’s Tianjin Municipality. [Photo/Xinhua]

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  • Online artists take on AI to prevent theft of their work

    Online artists take on AI to prevent theft of their work

    Jose Iturriaga taps into his imagination to create moody images of dark skies and landscapes of magical horror. His style has allowed him to work as an illustrator and movie set designer. But something is trying to copy his distinct artwork. The copycat is artificial intelligence.

    “What the AI training models do is scrape all of the internet, basically everything up and down, and basically steal all this art and then put it into a blender and something else comes out,” Iturriago said.

    He adds what comes out of the generative AI blender can be the very same images or ones that replicate the artist’s style. He said you can tell when an artist’s style has been copied.

    Media companies making ads or animation are always looking for a cheaper way to produce, and using AI is cheaper than hiring artists. The software that combs the internet for data are called AI crawlers. And those programs can undermine an artist’s present earnings and their long-term career.

    “As the crawlers steal from them in the present, the data that they take is used to replace them and devalue them in the future,” said Deana Igelsrud, with the Concept Art Association.

    There are ways of preventing it. One way is a program called Glaze. It makes digital changes to the images that are barely perceptible to the human eye. But it prevents AI from recognizing the image and absconding with it. Iturriaga uses it for his art online.

    Researchers in cyber security at UC San Diego surveyed independent artists in a new study. They found nearly all of them wanted AI to stay away from their images. But most had little knowledge of technical ways to do it. They didn’t know how to use them or didn’t know they existed. Like robot exclusion protocols built into a website’s source files.

    “This is something that tells an AI crawler to stay away from a particular webpage. And I think over 60% of the artists we interviewed actually didn’t even know about this alternate mechanism,” said Elisa Luo, a PhD student who co-wrote the UCSD study.

    Luo said some companies’ web crawlers respected the instructions of such protocols but some did not. She said the software company Cloudflare has a free program that can block web crawlers from an artist’s website. But it could be just another step in an Internet arms race.

    “It will, of course, always be a cat-and-mouse game. Like if Cloudflare comes out with this new feature that is even more comprehensive and sophisticated, then the more malicious AI crawlers will try to adapt to this and try to circumvent it,” Luo said.

    Lawsuits are a part of the picture.

    Disney has sued Midjourney and its AI-powered image generator for copyright infringement, alleging they copied Disney characters without permission.

    San Diego artist Patrick Ballesteros is an artist whose whimsical, childlike images have made him well-known to visitors at ComicCon. He said he’s seen colleagues’ removed from projects, and wonders if theft of their artistic style was the root of it.

    He said ethical AI companies can definitely play a role in the industry. For instance, helping an animation artist with the tedious work of doing “in-between” poses.

    “There’s someone who does, like, key poses. My arms are up. My arms are down, and there’s someone else that has to animate every little pose in-between,” he said. “So they use the AI to create those in-betweens. Does that take someone’s job? Yes it does. However, the main artists going into this are aware of what they’re using it for and it’s with their permission.”

    Igelsrud said the Concept Art Association is lobbying for a bill in the California Legislature, AB 412, which she calls the AI Copyright Transparency Act. It would require that artists be told if their work has been put into a generative AI data set.

    Speaking of an artist she knows, she said AI is not something that helps artists.

    “His livelihood (was) basically stolen by an algorithm that facilitates forgery and theft,” she said.

    She hopes that between laws, lawsuits and the right technology, AI can become a legitimate part of the business of commercial art.

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  • Infinix Hot 60i 5G’s launch date and main specs are official

    Infinix Hot 60i 5G’s launch date and main specs are official

    Infinix launched the Hot 60i 4G back in July, and now it’s almost ready to unleash its 5G version upon us. The brand has announced that the Hot 60i 5G will be made official on August 16.

    Thanks to a Flipkart microsite dedicated to the upcoming phone, we also know its main specs. The Hot 60i 5G is powered by the MediaTek Dimensity 6400 SoC, paired with 4GB of RAM and 128GB of storage. It has a 6.75-inch HD+ LCD panel with 120 Hz refresh rate, a bunch of AI features built-in, and will run Android 15 with XOS 15 on top.

    Infinix Hot 60i 5G's launch date and main specs are official

    On the rear there’s a 50 MP camera, and keeping the lights on is a 6,000 mAh battery. The phone is IP64 certified for dust and water resistance.

    Via

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  • Scott Farquhar thinks Australia should let AI train for free on creative content. He overlooks one key point | Artificial intelligence (AI)

    Scott Farquhar thinks Australia should let AI train for free on creative content. He overlooks one key point | Artificial intelligence (AI)

    Australia should adopt US-style copyright law to allow artificial intelligence to suck up all creative content or risk harming investment in the industry in Australia, according to Atlassian founder, Scott Farquhar.

    Farquhar, the Tech Council of Australia CEO, told ABC’s 7.30 program on Tuesday: “all AI usage of mining or searching or going across data is probably illegal under Australian law and I think that hurts a lot of investment of these companies in Australia”.

    This is because, he said, Australia doesn’t have fair use exemptions coded into copyright law like the US does.

    Farquhar’s claim overlooks that this is not a settled issue in the US, and could have devastating effects on creative industries.

    Companies developing AI such as Atlassian, Google and Meta, want a text and data mining exemption put into copyright law to make AI able to train on all human works in perpetuity without paying for it.

    Sign up: AU Breaking News email

    Farquhar’s argument is that it is not theft of people’s work unless the AI is used to “copy an artist directly” such as creating a song in their style.

    “I do think people would say that, hey, if people are going to sit down with a digital companion, an AI song creator and they collaboratively work with an AI to create something new to the world, that’s probably fair use.”

    Farquhar said the benefits of large language models outweigh the issues raised by AI training its data on other people’s work for free.

    His argument hinges on whether that AI then goes on to create something “new and novel” which is referred to in copyright as being transformative – creating something new.

    He said he would have no issue with someone taking what he had created and using it as long as it was “transformative”.

    “If someone had used my intellectual property to compete with me, then I think that is an issue, directly with me. If they’d used all the intellectual property of all the software on the world to help people write software better in the future, I think that is a fair use.”

    US law is not settled on AI training being fair use. The US Copyright Office noted in its May pre-print report on generative AI training that there are dozens of lawsuits challenging AI companies using fair use as an excuse for training large-language models on copyrighted works without paying.

    In the US, there are also factors to consider whether something is fair use include:

    • Whether the use is commercial or not

    • The nature of the copyrighted work

    • The amount used of the copyrighted work

    • The effect of the use on the market for or value of the copyrighted work.

    In US case law, the transformative nature of what is made of what was taken is the first important factor in fair use, Australian law firm Gilbert + Tobin noted in a May publication but it is not the only factor to consider, with the impact on the market of the copyrighted work being key. The US supreme court has twice described this as “undoubtedly the single most important element of fair use”, according to the US Copyright Office report.

    “The copying involved in AI training threatens significant potential harm to the market for or value of copyrighted works,” the report stated.

    “Where a model can produce substantially similar outputs that directly substitute for works in the training data, it can lead to lost sales.

    Even where a model’s outputs are not substantially similar to any specific copyrighted work, they can dilute the market for works similar to those found in its training data, including by generating material stylistically similar to those works.”

    The Copyright Office stopped short of recommending legislative intervention in the US, noting that voluntary licensing were already under way with some AI companies, and allowing licensing would allow AI innovation to continue to “advance without undermining intellectual property rights.”

    Farquhar’s argument that how generative AI uses copyrighted works would stack up if there were proper guarantees that all usage would be transformative and would not affect the markets from which they’re drawing from.

    In many of the industries, AI could have devastating effects. In news, for example, AI summaries in Google search already mean people click through to stories less frequently for information, and referrals from AI chatbots compared to the amount of times that AI crawls a page are even worse.

    To argue that fair use for AI based on the US law is something Australia should aspire to overlooks that it’s hardly settled law, and is being hard fought in the courts. Rushing to give the tech companies what they want in the name of innovation for one new industry could come at the expense of many other industries.

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  • Beijing doors ajar for trade package delivery

    Beijing doors ajar for trade package delivery

    New Delhi | Mumbai: India and China may commence discussions shortly on a trade package covering supplies of critical rare earth magnets, fertilisers and pharmaceuticals, said people with knowledge of the matter. This would signal a thaw in relations with the neighbour amid heightening tensions with the US and the clamour from Indian industry to expedite imports of essential inputs from China.

    Consultations between representatives of the two countries are likely to take place later this month, around the time of Prime Minister Narendra Modi’s visit for the Shanghai Cooperation Organisation (SCO) summit, scheduled to be held in Tianjin from August 31 to September 1, the people said. “The top three items on the agenda for discussion are rare earth magnets, fertilisers and pharmaceuticals,” a senior official told ET.


    While outreach has begun, supplies of rare earth magnets and all fertilisers are yet to resume from China.
    India mandates government approval for investment by countries that have a border with it, a measure specifically aimed at its northern neighbour. That’s against the backdrop of an escalation in tensions over the past five years, including border skirmishes and China’s support for Pakistan.

    China announced export controls on medium and heavy rare earth-related items on April 4, with a view to “safeguarding national security” in response to US President Donald Trump’s tariffs, citing end-use norms. Possible talks with Beijing assume significance in light of the 50% tariff that Trump has imposed on Indian exports.

    Screenshot 2025-08-14 012923

    The US has deferred tariffs on China by 90 days. Rare earth magnets are essential for a wide range of products, but especially for electric vehicles. While China has resumed shipments of rare earth magnets to companies in the US, Europe and Southeast Asia, export licences are yet to be issued to vendors supplying to India. “Individual clearances for importing these items have not come so far,” said one of the persons. “Negotiations will now start between the two countries for a trade package.” Beijing had also halted shipments of urea and some other fertilisers to India in the last three months. It has begun the process of easing restrictions on supplies of just urea to the country. “Tenders for import of urea from China have been floated,” said a top executive of a fertiliser company. This indicates China is agreeable to sending some amount of the fertiliser to India.

    State trading enterprises, which import urea from China on behalf of the Indian government, have started floating tenders for the import of a limited quantity of the crop nutrient. While there is no talk about specialty fertilisers, discussions are likely going ahead, people aware of developments said.

    China had also stopped shipments of specialty fertilisers such as calcium nitrate and mono ammonium phosphate. India imports about 80% of these chemicals from China.

    A global supplier of agricultural inputs, Beijing has, however, been exporting them to other countries.

    LOOKING AHEAD
    Meanwhile, both India and China are concerned about the looming trade imbalance in pharmaceuticals.

    Trump’s proposed tariff on finished drugs — 250% over the next one and a half years — stands to disrupt the industry in both countries.

    The commerce ministry has called for a meeting ahead of the SCO summit with top representatives from the pharmaceutical industry to discuss, among other issues, ways to collaborate and strengthen ties with China as part of broader cooperation.

    Industry watchers told ET the contours of the discussions have not been disclosed yet, but these may include mitigation plans against the backdrop of US tariffs.

    “While pharmaceutical exports from India have been thus far exempt from the 50% US tariffs, future risks cannot be ruled out,” an industry expert told ET.

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  • Leaked code suggests Apple Vision Pro to get M5 after all

    Leaked code suggests Apple Vision Pro to get M5 after all

    The expected spec bump for Apple Vision Pro has been seemingly confirmed by leaked Apple code, suggesting it will be the M5, not M4, launching soon.

    There has been a lot of speculation around Apple Vision Pro and its impending hardware update. While what’s coming in late 2025 or early 2026 likely isn’t a full-fledged second-generation model, it will have a new chipset.

    A code leak discovered by MacRumors contributor Aaron Perris shows the Apple Vision Pro will use the M5 processor. There was some debate between leakers Ming-Chi Kuo and Mark Gurman over whether it would be M4 or M5, but the code leak settles it.

    Kuo’s M5 rumor suggests the Apple Vision Pro could get an update at any point in late 2025 or early 2026. The M5 needs to be revealed first, obviously, which is expected in October.

    The Apple Vision Pro currently runs the M2 processor with the R1 chip used for spatial analysis. It’s a good-enough combination for the software supported in visionOS, but Apple Silicon has come a long way in a short time.

    A chip bump could breathe some life into Apple’s spatial platform in the short term while customers wait for a cheaper model. There’s little word on when future Apple Vision Pro models will arrive, but one rumor suggests 2028.

    Apple’s work to make gaming better in Apple Vision Pro via Sony’s PSVR2 Sense controllers could indicate a desire to bring more AAA titles to the platform. There’s not much overhead available with the M2, so M5 could be the step up needed to make Apple Vision Pro a true VR gaming platform.

    Expect to hear about the next iteration of Apple Vision Pro by early 2026. At that point, it will have been two years since the original model launched.

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  • Pandemic left measurable changes in teen brains, hormones, and immunity

    Pandemic left measurable changes in teen brains, hormones, and immunity

    New research reveals how the COVID-19 pandemic reshaped teens’ stress biology, altering hormones, inflammation, and brain activity in ways that could shape their health for years to come.

    Study: The effects of the COVID-19 pandemic on neurobiological functioning in adolescents. Image Credit: Prostock-studio / Shutterstock

    In a recent article published in the journal Translational Psychiatry, researchers in the United States compared stress-related data collected from adolescents before and after the coronavirus disease 2019 (COVID-19) pandemic lockdowns to investigate how these unprecedented changes affected stress-sensitive biological systems.

    They found that post-lockdown, adolescents showed significantly lower levels of daily cortisol production, higher levels of systemic inflammation, and reduced activation in the prefrontal cortex (PFC) during affective processing (on average assessed approximately one year after lockdown onset, range 0.43–2.06 years).

    Background

    Chronic stress affects physical and mental health by disrupting the HPA axis, immune response, and brain function. The HPA axis produces cortisol, which regulates inflammation, metabolism, and blood pressure. Chronic stress disrupts this system, increasing inflammation and altering brain function in areas like the amygdala, PFC, and hippocampus.

    Adolescence is a sensitive period with hormonal changes, immune shifts, and rapid brain maturation, especially in the PFC, creating heightened vulnerability to stress and increasing mental health risk. The COVID-19 pandemic introduced unprecedented stress, with rates of depression and anxiety doubling among adolescents.

    While research has documented pandemic-related altered stress hormone levels and structural brain changes, little is known about the combined effects of these changes on neural, endocrine, and immune systems in youth.

    No prior study has examined these systems simultaneously in a single adolescent sample. In this study, researchers addressed that gap by comparing pre- and post-lockdown adolescents on systemic inflammation, cortisol secretion patterns, and PFC activation during emotional processing.

    About the Study

    Participants were 154 adolescents between the ages of 13.9 and 19.4 years from a longitudinal study on early life stress in the San Francisco Bay Area. Two matched groups were assessed either before the COVID-19 pandemic (n=76) or after lockdown restrictions ended (n=78), matched on early life stress exposure, socioeconomic status, pubertal stage, age, sex, and race.

    The only significant demographic difference was that post-COVID adolescents had a higher body mass index (BMI; p=0.025), which was statistically controlled for in analyses.

    Only one participant in the post-COVID group reported prior COVID-19 infection, and sensitivity analyses excluding this individual yielded the same pattern of results. Exclusion criteria included major medical, neurological, or psychiatric illness. Data collection included biological samples, neuroimaging, and psychosocial measures.

    Endocrine function was measured via saliva samples collected at four times across two weekdays to calculate cortisol awakening response (CAR) and total daily cortisol output. Immune function was assessed from dried blood spot samples measuring C-reactive protein levels.

    Neural function was examined during two tasks: a Monetary Incentive Delay (MID) task assessing medial PFC and nucleus accumbens activation during reward processing, and an affect labeling task measuring ventrolateral PFC activation during implicit emotion regulation. Statistical analyses used nonparametric methods due to non-normal data distributions.

    Group differences in neurobiological measures were tested while controlling for body mass index (BMI), assay batch, waking time, and early life stress. An overall multivariate analysis (pseudo-F(1,3250)=7.43, p=0.006) confirmed significant group effects across systems.

    Key Findings

    The pre- and post-COVID adolescent groups were similar in all demographic characteristics except BMI, which was higher in the post-COVID group. Multivariate analysis revealed a significant overall effect of pandemic group on endocrine, immune, and neural measures.

    For HPA-axis function, post-COVID adolescents had lower total daily cortisol output compared to their pre-COVID peers, while the cortisol awakening response did not differ. The authors interpret this as evidence of a dysregulated HPA-axis response with differential effects on components of the cortisol profile.

    Regarding immune function, the post-COVID group displayed higher levels of C-reactive protein, indicating increased systemic inflammation. In terms of neural activity, post-COVID adolescents showed reduced medial PFC activation when receiving monetary rewards and reduced ventrolateral PFC activation during implicit regulation of negative emotions. No group differences were found in nucleus accumbens activation during reward anticipation.

    Collectively, these results indicate widespread differences in stress-related biological systems following the pandemic, with lower basal cortisol output, heightened inflammation, and diminished prefrontal engagement during key affective processes.

    Conclusions

    This study provides evidence that the COVID-19 pandemic and associated lockdowns coincided with measurable changes across multiple stress-sensitive systems in adolescents. Reduced cortisol production, elevated inflammation, and decreased prefrontal activation suggest heightened allostatic load, a marker of cumulative physiological “wear and tear.” Such changes resemble those seen after prolonged early-life stress, which in prior research has been linked to higher risks for cancer, diabetes, stroke, depression, and poorer socioeconomic outcomes.

    Strengths include the use of matched pre- and post-pandemic samples from a longitudinal study and the simultaneous assessment of endocrine, immune, and neural function. However, limitations include reliance on multiple imputation for missing data, a predominantly White and higher-income sample that may not generalize to minority or lower-SES populations disproportionately affected by the pandemic, and a modest sample size for neuroimaging analyses that the authors caution should be replicated in larger cohorts.

    These findings imply that pandemic-related stress may have altered normative developmental trajectories, increasing adolescents’ risk for physical and mental health problems. Understanding and addressing these biological disruptions is essential for supporting youth resilience in the post-pandemic era.

    Journal reference:

    • The effects of the COVID-19 pandemic on neurobiological functioning in adolescents. Yuan, J.P., Borchers, L.R., Lee, Y., Buthmann, J.L., Coury, S.M., Joachimsthaler, J., Jaeger, E.L., Ho, T.C., Gotlib, I.H. Translational Psychiatry (2025). DOI: 10.1038/s41398-025-03485-2, https://www.nature.com/articles/s41398-025-03485-2

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  • Kids pick up emotions in music long before they can read

    Kids pick up emotions in music long before they can read

    (Web Desk) – A new study finds that even kids as young as three can tell whether a short, wordless music tune sounds happy, sad, calm, or scary – and they get better at it as they grow.

    The researchers also looked at how certain personality traits, like low empathy or limited emotional expression, might affect this skill.

    The findings reveal that, while most preschoolers have a natural ear for musical emotions, some patterns make certain feelings harder to recognize.

    Kids match music to moods

    Rebecca Waller and colleagues at the University of Pennsylvania’s School of Arts and Sciences tested 144 preschoolers using five-second instrumental clips and a forced-choice task that asked them to match each clip to one of four emotion faces.

    The design let the team separate two basic emotion dimensions, valence and arousal. Valence ranges from positive to negative, while arousal reflects low to high energy in the music.

    Performance was better than chance: overall accuracy was 36 percent compared with a 25 percent chance level on the four-option task, and the age trend favored older preschoolers.

    High-energy emotions were easier to recognize. Recognition was higher for clips conveying high-arousal states, such as happiness and fear, than for low-arousal states, such as calmness and sadness.

    Kids with emotion-reading difficulties

    Children rated higher on callous-unemotional traits showed poorer recognition overall, with the clearest drop in positive, low-arousal music. Fear recognition, by contrast, did not differ in these children.

    This pattern aligns with previous work which links callous traits to broader emotion-reading difficulties. These include problems recognizing distress in faces, as well as a higher risk for aggression and rule-breaking in youth.

    In Western tonal music, mode and harmony often carry affective color. A major key is usually judged as brighter or happier, while minor often lands as darker, though cultural context shapes these mappings.

    In the new data, children were more accurate when clips were in a major key, while tempo showed no main effect on accuracy in this sample, consistent with the broader finding that high-arousal cues drive performance at these ages.

    Musical emotion is important

    By the early school years, kids typically get better at mapping music to emotion categories – a trend documented across ages five, eight, and eleven in earlier lab studies using unfamiliar excerpts.

    Because callous-unemotional traits carry elevated risk for externalizing problems, any channel that strengthens emotion knowledge could be useful in prevention or early support.

    Family and culture shape listening

    Early exposure to varied musical styles could help strengthen a kid’s ability to recognize emotions in music. Familiarity with a range of tempos, keys, and cultural traditions may broaden the cues they can pick up on, potentially improving accuracy beyond what age alone predicts.

    Environmental factors such as family listening habits, preschool music programs, or even background music in public spaces might contribute to these abilities.

    This opens the possibility that targeted musical activities in early childhood settings could have lasting effects on social-emotional learning.

    Even very short, lyric-free clips can communicate basic feelings to preschoolers, which suggests simple listening tasks may be informative in classrooms and clinics.

    Other recent work finds that five-year-olds can sort musical feelings along valence and intensity, hinting at a fast-maturing sense for emotional contours in sound.

    Empathy and musical connections

    Music does not only communicate emotion, it can elicit it. In one study of five- to six-year-olds, above-chance recognition coexisted with stronger felt responses among kids whose parents reported higher empathy, especially for sad music.

    Beyond individuals, coordinated musical activity has been tied to social bonding through interpersonal synchrony and endorphin release in group contexts such as singing or dancing.

    “We show that children are good at matching emotion faces to the ‘correct’ emotion music, even at age three,” said Waller. 


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