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  • New study links marijuana to heart failure, echoing Christian medical professionals’ long-standing warnings against recreational use

    New study links marijuana to heart failure, echoing Christian medical professionals’ long-standing warnings against recreational use

     Sean Gallup/Getty Images

    A major new study has added to a growing body of research highlighting the health risks associated with marijuana use—particularly its impact on heart function—reinforcing concerns long voiced by Christian medical professionals. As global support for recreational legalization expands and acceptance increases among Christians, some Christian leaders are urging caution, citing both emerging health data and biblical principles that call believers to sobriety and self-control, especially in protecting young people from non-medical use.

    The June 2025 study published in Heart, a peer-reviewed journal of the British Medical Association, found that daily marijuana users are 34% more likely to develop heart failure than non-users. Drawing on data from over 150,000 U.S. adults tracked over several years, the study also linked marijuana use with an increased risk of heart attack and stroke.

    Reporting on the study, The New York Times noted that marijuana is now the most widely used federally illegal drug in the U.S., with daily use particularly prevalent among men ages 18 to 44. Experts cited in the article expressed concern about the drug’s cardiovascular impact. 

    Dr. Matthew Springer, a heart disease biologist at the University of California, San Francisco (UCSF), commented to the Times that marijuana inhalation delivers “thousands of chemicals deep into the lungs,” potentially increasing cardiovascular risk. His lab recently found that both edible and inhaled forms of marijuana were associated with comparable levels of blood vessel dysfunction.

    Complementing these findings, a March 2025 publication by the American College of Cardiology revealed that marijuana users under 50 are six times more likely to suffer a heart attack and three times more likely to die from cardiovascular causes compared to non-users.

    Despite mounting clinical evidence of health risks, marijuana continues to gain legal and public acceptance in the U.S. and worldwide. Although it remains illegal at the federal level, marijuana has been legalized for recreational use in nearly half of U.S. states, contributing to its growing normalization and widespread use.

    A 2024 PRRI survey found that 66% of Americans support legalizing marijuana in most or all cases, with support somewhat lower among White evangelical Protestants (56%) and less than half of Hispanic Protestants (39%). A 2021 Pew Research study, however, highlighted that support for legalization of marijuana was significantly lower among White evangelical Protestants who attend church weekly or more (29%) versus those who attend less than weekly (64%). 

    In 2019, the Christian Medical & Dental Associations (CMDA)—a U.S.-based nonprofit representing thousands of Christian healthcare professionals—issued a position statement cautioning against recreational marijuana use.

    “[T]here is a need for limiting access to marijuana,” the CMDA said. It warned of addiction, cognitive impairment, psychosis, and long-term health effects, especially among youth. “The adolescent brain is still developing and more vulnerable to the adverse effects of marijuana,” the statement emphasized.

    From a biblical perspective, Kevin J. Vanhoozer, research professor of systematic theology and contributor to The Gospel Coalition, comments that Christian discipleship calls for sobriety and alertness of both body and spirit. In his article titled Should followers of Christ use recreational marijuana?, he argues that while Scripture does not specifically mention marijuana, it consistently warns against intoxication and spiritual dullness. “[M]arijuana clouds our ability to perceive the world clearly and dulls our sense of urgency about what disciples should be doing,” Vanhoozer writes. 

    Marijuana use extends well beyond North America, with changing laws and shifting social attitudes increasing access across Europe, Africa, Latin America, and Asia. According to the 2024 UN World Drug Report, an estimated 228 million people worldwide used cannabis in 2022, making it the most commonly used drug among the 292 million total drug users globally—a figure that has risen by 20% over the past decade.

    Though the Heart study primarily analyzed U.S. data, it draws on international research to provide global context. This includes cohort studies from Europe examining cardiovascular outcomes linked to cannabis use; early recreational legalization experiences in Canada; rising use across Latin America; and limited but growing data from Africa and Asia. The study suggests that the biological effects of cannabis on heart health—such as elevated heart rate and blood pressure—are likely consistent across populations.

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  • Thailand Plunges Deeper Into Crisis as Court Suspends Leader

    Thailand Plunges Deeper Into Crisis as Court Suspends Leader

    Thailand’s Constitutional Court suspended Prime Minister Paetongtarn Shinawatra from office until it rules on a petition seeking her permanent removal over alleged ethical misconduct, deepening a crisis that threatens to end her family’s over two-decade dominance of the country’s politics.

    Paetongtarn is barred from exercising prime ministerial powers while the nine-member court considers the petition by a group of senators, it said in a statement. The ruling to suspend her was backed by seven out of nine judges, the court said.

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  • Photonics100 nominations extended – one final chance to nominate!

    Photonics100 nominations extended – one final chance to nominate!

    We’re giving you more time to celebrate the brightest minds in photonics.

    Due to high demand and a flurry of last-minute interest, we’re extending the nomination window for The Photonics100 until Monday 14 July at 17:00 (BST).

    That means you now have a few extra days to put forward the innovators, disruptors and rising stars shaping the future of our industry. Whether it’s a colleague making waves in the lab, a founder transforming research into real-world impact, or a leader championing change—this is your chance to give them the recognition they deserve.

    Now in its fourth year, The Photonics100 is the go-to list for identifying and celebrating the most influential people in photonics today. From startups to research institutions, established companies to fresh talent—we want to hear about them all.

    Already started a nomination but didn’t hit submit? Now’s the time. Know someone who should be on the list but hasn’t yet been nominated? Don’t let this moment pass.

    The final deadline is Monday 14 July at 17:00. No further extensions will be granted.

    Submit your nomination now and help us shine a light on the people driving photonics forward.

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  • Clays on Mars as tantalizing oases for microbial life

    Clays on Mars as tantalizing oases for microbial life

    View larger. | This image shows a clay-rich mesa in Hellas basin on Mars. A new study led by researchers at The University of Texas at Austin shows that such clay deposits, widespread on Mars, formed alongside stable standing bodies of liquid water on ancient Mars. The clays on Mars could preserve traces of ancient microbial life, if it ever existed. Image via NASA/ JPL-Caltech/ UArizona/ University of Texas at Austin.
    • Clays are ideal for preserving traces of ancient life on Earth. Could the same be true on Mars?
    • Layers of clay, up to hundreds of feet thick, are common on Mars. A new study from a team of researchers in the U.S. shows they formed alongside standing bodies of liquid water on ancient Mars.
    • This environment was likely stable enough for microbes to live in, if they ever existed.

    Clays on Mars

    Clays are some of the best kinds of terrain to preserve traces of ancient life, at least on Earth. They are rich in minerals and require water to form. So what about on Mars? A team of researchers, led by the University of Texas at Austin, conducted a new study of thick clay layers on Mars. The researchers said on June 16, 2025, that most of the clay layers formed alongside standing bodies of surface liquid water, such as lakes. This environment could have been calm and stable enough to provide an ideal habitat for microbes.

    These clay layers can be up to hundreds of feet deep. And they can be found in many locations on Mars. So, how did they form?

    The researchers published their peer-reviewed findings in Nature Astronomy on June 16, 2025.

    Thick clay layers on Mars

    Clays are common on Mars. In fact, there are widespread layers of clay all over the planet. These layers are also thick, up to hundreds of feet deep. They are similar to thick layers of clay in tropical regions on Earth. The Martian clays formed billions of years ago, when the planet was much wetter than it is today.

    And on Earth, clays can preserve traces of ancient life. Is that also the case for Mars?

    They Might Be ClaysThis observation targets a region of layered materials exposed along the northern edge of the Hellas Basin. These layers have a light tone, suggesting the presence of clays.uahirise.org/hipod/ESP_08…NASA/JPL-Caltech/University of Arizona#Mars #science #NASA

    — HiRISE BeautifulMars (NASA) (@uahirise.bsky.social) 2025-03-02T18:00:18.394Z

    Smiling woman wearing a tank top and standing in front of a model of a Mars rover.
    Rhianna Moore at the University of Texas at Austin is the lead author of the new study about clays on Mars. Image via Science and Technology Institute.

    A stable, habitable environment

    The thick clay deposits are rich in minerals. Combined with the adjacent bodies of water, they could have been well-suited not only for preserving traces of past life, but also sustaining stable, habitable conditions for microbial life billions of years ago. Lead author Rhianna Moore at the University of Texas’ Jackson School of Geosciences said:

    These areas have a lot of water but not a lot of topographic uplift, so they’re very stable. If you have stable terrain, you’re not messing up your potentially habitable environments. Favorable conditions might be able to be sustained for longer periods of time.

    With this in mind, the researchers examined images and other data from 150 known clay deposits on Mars. NASA’s Mars Reconnaissance Orbiter (MRO) had previously mapped out the locations of these clay layers. Most of the clays are near former lakes and are similar to clay deposits on Earth. Co-author Tim Goudge is an assistant professor at the Jackson School’s Department of Earth and Planetary Sciences at the University of Texas at Austin. He explained:

    On Earth, the places where we tend to see the thickest clay mineral sequences are in humid environments, and those with minimal physical erosion that can strip away newly created weathering products. These results suggest that the latter element is true also on Mars, while there are hints at the former as well.

    Map of gray terrain with small colored diamond shapes, dots and white outlines. Latitude and longitude numbers are along the top and right outside edges of the map.
    View larger. | Map of clay deposits on Mars. The white outlines mark basin boundaries. Image via Moore et al./ Nature Astronomy/ EurekAlert!.

    Formation of clays on Mars similar to Earth, yet different

    Indeed, the clays are further evidence that Mars was once much more Earthlike. But, in addition, they also reveal distinct differences. The reason has to do with plate tectonics. Earth’s crust is divided into plates that can move on top of the mantle below. They expose fresh rock that interacts with water and carbon dioxide. Mars, however, never had plate tectonics.

    Also, when Mars’ volcanoes released carbon dioxide into the atmosphere eons ago, there was no source of fresh rock for the gas to interact with. So consequently, it just lingered in the atmosphere. As a result, the planet became warmer and wetter. The researchers said that is how these Martian clays likely formed. The end product was similar to clays on Earth, but the formation process was a bit different.

    Puzzle of the missing carbonates

    The lack of fresh rock could also help explain another Martian mystery: the seeming lack of extensive carbonates. Carbonates are chemical compounds derived from carbonic acid or carbon dioxide. The lack of newly created fresh rock could have impeded the chemical reactions needed to form carbonate rock. Then, the ongoing formation of clays might have also contributed to the lack of carbonates. It would have sucked up water and sequestered chemical byproducts in the clay. As a result, this would have prevented them from leaching out into the wider environment, where they could react with the surrounding geology. As Moore noted:

    It’s probably one of many factors that’s contributing to this weird lack of predicted carbonates on Mars.

    However, on that note, another international team of researchers said last April that NASA’s Curiosity rover found rich deposits of carbonates in rocks in Gale crater. The evidence suggests there might indeed be a lot of carbonates on Mars after all, which just haven’t been identified yet.

    Bottom line: A new study shows that thick layers of clays on Mars formed close to bodies of water like lakes. This might have provided a stable environment for life.

    Source: Deep chemical weathering on ancient Mars landscapes driven by erosional and climatic patterns

    Via Texas Geosciences/ The University of Texas at Austin

    Read more: New discovery of carbonates on Mars could solve big mystery

    Read more: Ancient ‘honeycomb’ mud on Mars boosts chances for life

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  • Astronomers discover galaxy that has stayed unchanged for billions of years

    Astronomers discover galaxy that has stayed unchanged for billions of years



    A representational image shows a galaxy. — Nasa/File

    Astronomers have found a distant galaxy referred to as a “cosmic fossil” that has stayed virtually unchanged, or “frozen in time,” for billions of years.

    Just as dinosaur fossils on Earth help us understand the history of life, this cosmic fossil, called KiDS J0842+0059, provides important insights into the universe’s evolution, reported Space.com.

    A cosmic fossil is a galaxy that has avoided significant collisions or interactions with other galaxies, allowing it to serve as a pristine time capsule for studying the characteristics of early galaxies.

    Recent studies using data from the Large Binocular Telescope (LBT) have shown that this galaxy has remained largely unaltered for approximately 7 billion years.

    “We have discovered a galaxy that has been ‘perfectly preserved’ for billions of years, a true archaeological find that tells us how the first galaxies were born and helps us understand how the universe has evolved to this day,” team co-leader and National Institute for Astrophysics (INAF) researcher Crescenzo Dove said in a statement.

    “Fossil galaxies are like the dinosaurs of the universe: studying them allows us to understand in which environmental conditions they formed and how the most massive galaxies we see today evolved.”

    KiDS J0842+0059, situated about 3 billion light-years from Earth, was discovered in 2018 through the Kilo Degree Survey (KiDS).

    Astronomers used images from the Very Large Telescope Survey Telescope (VST) to determine the galaxy’s size and mass, with these measurements further refined using the Very Large Telescope (VLT) and its X-Shooter instrument.

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  • TikToker Charley Marlowe joins BBC Radio 1 as presenter

    TikToker Charley Marlowe joins BBC Radio 1 as presenter

    Riyah Collins

    BBC Newsbeat

    Getty Images Charley Marlowe at an awards ceremony. She wears a red gown and a glam make-up look with pink eye shadow, her long blonde hair curled and worn loose. She smiles at the camera, a hand on her hip, and is photographed at a BAFTA party at the The V&A in London, with sculptures and busts blurred in the background.Getty Images

    Charley Marlowe’s also known for her coverage of the 2024 Olympics and narrating I Kissed A Girl

    TikTok star Charley Marlowe is set to join BBC Radio 1 as a summer presenter, the station has announced.

    Charley, who also narrates BBC Three’s I Kissed A Girl, will host the Early Breakfast show on Fridays from August.

    She says she’s “absolutely buzzing” and plans to play “as much Jane McDonald and Kylie Minogue as the BBC allow”.

    A number of other changes have also been announced to the schedule, including Made in Chelsea star Jamie Laing stepping back from the Going Home show for a couple of months due to filming commitments.

    His afternoon slot will be covered by Sam MacGregor and Danni Diston until September, when Jamie will be rejoined by co-host Katie Thistleton as she returns from maternity leave.

    It comes just over a month since the last shake-up of the slot, when Radio 1 bosses announced Jamie would temporarily be joined by his wife, Sophie Habboo.

    At the same time, they also announced another social media star, GK Barry, joining the line-up.

    The TikToker and I’m a Celeb star’s summer-long stint as the weekend afternoon host starts from this Saturday.

    ‘Hearty vibes’

    The summer schedule will also see Greg James’ Breakfast show running for an extra half an hour each weekday from 21 July until September.

    Tskenya Frazer will join Lauren Layfield to co-host Life Hacks for July after a successful stint during the 2024 festive period as part of the station’s Christmas Takeover.

    “I am so looking forward to bringing my lived experience and hearty vibes to the show,” she said.

    She’ll swap with DJ and former Capital Xtra’s Breakfast Show presenter Yinka Bokinni for August.

    The station also announced plans to cover TRNSMT, Boomtown, Ibiza, Malta and Reading and Leeds festivals live, including headline sets and backstage access.

    A footer logo for BBC Newsbeat. It has the BBC logo and the word Newsbeat in white over a colorful background of violet, purple and orange shapes. At the bottom a black square reading "Listen on Sounds" is visible.

    Listen to Newsbeat live at 12:45 and 17:45 weekdays – or listen back here.

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  • Regional Director Saima Wazed conferred Mental Health Award 2025

    Regional Director Saima Wazed conferred Mental Health Award 2025

    Saima Wazed, Regional Director WHO South-East Asia, was today felicitated with Mental Health Award 2025 at the 24th Annual International Mental Health Conference in Thailand. 

    “The award is in recognition of her invaluable contribution and transformative leadership, and a tribute to her profound impact in shaping the future of global mental health,” the award citation said. The award was presented on the opening day of the annual conference organized by the Department of Mental Health, Ministry of Public Health, Thailand, in collaboration with the Jittavejsart Songkrao Foundation and the Somdet Chaopraya Institute of psychiatry at ICONSIAM, Bangkok. 

    “Saima Wazed is a widely respected leader in the field of mental health and autism, recognized internationally for her lifelong dedication and tireless efforts in advancing mental health and autism policies and driving globally acknowledged agendas. Her visionary work is firmly grounded in human rights, holistic care, and a deep understanding of cultural contexts. She has received numerous prestigious awards and has held significant leadership positions within the World Health Organization in the South-East Asia, fostering academic exchange and strengthening Thailand’s position as a center of global learning in mental health,” the citation read. 

    In her acceptance speech Wazed said, “I started this journey 20 years ago, when the mental health landscape in our region – in fact, around the world – looked very different to what it is today…. I’ve been fortunate to work in this field both as a practitioner and as a policy specialist…. On behalf of everyone I have worked with on this journey, I thank you for this award.” 

    The Regional Director lauded Thailand’s efforts in prioritising mental health, “I have seen with great appreciation and admiration all that Thailand has done for mental health.”

    The partnership between WHO and Thailand on mental health has been one of the most effective ones with initiatives such as the International Mental Health Workforce Training Program; Mental health and digital technologies Step-by-Step program, and ‘Tor-Tuem-Jai’ platform; implementation of the LIVE LIFE initiative for suicide prevention and evidence-based parenting interventions with LEGO Foundation, she said. 

    “As WHO’s Regional Director for South-East Asia, my colleagues and I have placed mental health as our very first priority area for the duration of my term. We look forward to continuing to work with you and look forward to all that we will achieve together,” Wazed said. 

     

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  • Prehistoric Plankton’s Daily Adaptation Revealed

    Prehistoric Plankton’s Daily Adaptation Revealed

    Washed foraminifera being picked for computer tomography and geochemical analysis.

    Scientists at the University of Southampton have developed a new way of analysing fossils allowing them to see how creatures from millions of years ago were shaped by their environment on a day-to-day basis for the first time.

    The research published today in Proceedings of the National Academy of Sciences could revolutionise our understanding of how character traits driven by environmental changes shaped evolutionary history and life on earth.

    It could help scientists to understand how much of a species’ evolutionary journey is down to ‘nature vs nurture’.

    Researchers from the University of Southampton studied the fossilised remains of prehistoric plankton using high-resolution 3D scanning, like a medical CT scan, to examine tiny fossil shells about the size of a grain of sand.

    These plankton, called foraminifera or ‘forams’ for short, are tiny floating seashells that still live in the ocean today. Their shells are made of calcium carbonate and grow every few days by adding a new chamber to their shell in a spiralling pattern.

    These chambers act a little like the rings of a tree trunk, providing a permanent record of the growth and lived environment of forams over time.

    The shells’ chemical composition also tells us about the conditions the organism lived in, including the chemistry, depth and temperature of the water.

    “The fossil record provides the most powerful evidence of biodiversity change on Earth, but it traditionally does so at a scale of thousands and millions of years,” says Dr Anieke Brombacher , lead author of the paper how carried out the research at the University of Southampton and now works at the National Oceanography Centre.

    “These fossils however act a bit like chapter summaries of a species’ evolutionary story. This new way of analysing them lets us read the pages within each chapter – allowing us to see how individual organisms adapted to their changing environment, not over the course of generations but within an individual life span at day-to-day resolution.”

    The key advance the researchers developed was to combine highly advanced CT scanning with chemical analysis by laser ablation techniques. This combination of methods meant the team was able to ‘zoom in’ and ‘read’ the individual pages of those chapters to reveal how the forams grew and estimate the environment they experienced while growing.

    CT models of internal or external growth structures, as well as shell thickness, of individual foraminifera.

    The growth rates of all three species were similar at low temperatures, but one species grew much faster in higher temperatures despite reaching the same average size.

    “If you’re a foram, temperature appears to be a bigger determinant of your growth rate than even how old you are,” says Dr Brombacher.

    “Temperatures change throughout the depth of the ocean water column so being able to optimise growth at different temperatures would have allowed each foram to live in a greater variety of habitats.”

    James Mulqueeney a PhD researcher from the University of Southampton and co-author of the study said: “We also found that of the two species with similar environmental sensitivities, one was able to reach the same size but with a thinner shell, indicating a lower energetic cost and potential evolutionary advantage.”

    Researchers say the same analysis techniques could be applied to other creatures which preserve their environmental and lifespan information including ammonoids, corals and bivalves like clams, oysters and mussels.

    “This sort of data is routine in how we study adaptation in modern populations but has only now been gathered for fossils. By bringing together experts and facilities across the University of Southampton, we’ve been able to make progress on a foundational question in biology that wouldn’t have been possible within a single discipline,” says Prof Thomas Ezard , supervising author on the paper from the University of Southampton.

    The research is part of a wider project which aims to scale up the analysis across a wider sample of two thousand plankton specimens to determine if a species’ adaptive flexibility is likely to lead it to diverge into separate, distinct species over time.

    Detecting environmentally dependent developmental plasticity in fossilised individuals is published in Proceedings of the National Academy of Sciences and is available online.

    The study was funded by the Natural Environment Research Council (NERC).

    /Public Release. This material from the originating organization/author(s) might be of the point-in-time nature, and edited for clarity, style and length. Mirage.News does not take institutional positions or sides, and all views, positions, and conclusions expressed herein are solely those of the author(s).View in full here.

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  • Turkiye detains four over cartoon allegedly depicting Abrahamic prophets | Politics News

    Turkiye detains four over cartoon allegedly depicting Abrahamic prophets | Politics News

    Istanbul chief public prosecutor’s office announces investigation after charges of ‘openly insulting religious values’.

    Police in Turkiye have detained four people over a cartoon published by the satirical magazine LeMan, which critics say appeared to depict Prophet Muhammad and Prophet Moses shaking hands in the sky as missiles fell below in a war-like scene – a claim the magazine denies.

    The cartoon, published last week, triggered a backlash from government officials and religious groups in Turkiye. On Tuesday, the Istanbul chief public prosecutor’s office announced a formal investigation under charges of “openly insulting religious values”.

    Turkish President Recep Tayyip Erdogan lashed out at the magazine, describing it as “a vile provocation”.

    “It is a clear provocation disguised as humour, a vile provocation,” he said, also denouncing it as a “hate crime”, confirming authorities had taken over LeMan magazine and were taking legal action against it.

    Interior Minister Ali Yerlikaya posted a video on X showing the arrest of cartoonist Dogan Pehlevan on Monday.

    “I strongly condemn the shameless caricaturing of our Prophet,” Yerlikaya said. “This is not press freedom. This is not freedom of expression. These provocative acts, which insult our sacred values and deeply hurt Muslim consciences, will not go unpunished.”

    He added that a total of six detention orders had been issued. Two people who were overseas have yet to be arrested.

    Yerlikaya also said the magazine’s graphic designer and two other senior staffers were detained, along with the cartoonist.

    Justice Minister Yilmaz Tunc said the investigation is proceeding under Article 216 of the Turkish Penal Code, which criminalises “incitement to hatred and enmity”.

    In a statement posted on X, LeMan apologised to readers who were offended but insisted the cartoon had been misinterpreted. The magazine said Pehlevan aimed to highlight “the suffering of a Muslim man killed in Israeli attacks” and denied any attempt to mock Islam.

    “The name Muhammad is among the most common in the Muslim world in honour of the Prophet. The cartoon does not portray him, nor was it intended to disrespect religious beliefs,” the magazine said, accusing critics of wilfully distorting its message.

    LeMan urged authorities to investigate what it described as a targeted smear campaign and called for stronger protection of press freedom.

    Later in the evening, videos surfaced online of crowds of protesters marching to LeMan’s office in Istanbul, kicking the building’s doors and chanting slogans.

    The case has reignited debates in Turkiye over the boundaries of free expression and religious sensitivity.

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