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  • Who is Sheikha Mahra? Dubai princess engaged to US rapper French Montana

    Who is Sheikha Mahra? Dubai princess engaged to US rapper French Montana

    Moroccan-American rapper French Montana is engaged to Dubai Princess Sheikha Mahra according to TMZ.

    The couple formalised their relationship in June during Paris Fashion Week. Their engagement was confirmed shortly after Taylor Swift and Travis Kelce announced theirs.

    French Montana and Sheikha Mahra have been seen together frequently since 2024, visiting mosques, dining in high-end restaurants in Dubai and Morocco, and appearing at the Pont des Arts in Paris. Their public appearances sparked speculation that has now been confirmed.

    Sheikha Mahra is the daughter of United Arab Emirates Prime Minister Mohammed bin Rashid Al Maktoum. Known for her philanthropic work, Mahra is also passionate about horses and equestrian pursuits. She studied at a private school in Dubai before earning a degree in International Relations in London. Her mother, Zoe Grigorakos, is Greek and divorced from Sheikh Mohammed.

    The engagement comes soon after Mahra’s divorce from Emirati businessman and royal Sheikh Mana, with whom she shares a daughter.

    In July 2024, Mahra publicly accused her former husband of infidelity, declaring their separation via Instagram with the statement: “Dear Husband, as you are occupied with other companions, I hereby declare our divorce. I divorce you, I divorce you, and I Divorce You. Take Care. Your ex-wife.”

    French Montana was previously married to entrepreneur Nadeen Kharbouch from 2007 to 2014. They share a 16-year-old son, Kruz.

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  • FundBank Goes Live with Temenos to Power its Global Expansion into the U.S.

    FundBank Goes Live with Temenos to Power its Global Expansion into the U.S.

    GRAND-LANCY, Switzerland – AUGUST 28, 2025 – Temenos (SIX: TEMN) today announced that FundBank, a Cayman Islands-based financial institution specializing in banking services for the asset management industry, has gone live with Temenos SaaS to drive its expansion in the United States.

    FundBank has deployed a full suite of services including digital and core banking, payments and data analytics on Temenos SaaS. This deployment enables FundBank to launch new products faster, elevate the digital experience and scale efficiently. Notably, FundBank can now offer a fully digitized corporate onboarding experience, allowing clients to complete the process quickly and securely.

    FundBank offers banking and custodial solutions to the fund industry in the U.S. and globally. The bank supports both management companies and their funds with a comprehensive range of services including multi-currency bank accounts, payment services, custody and trading solutions.

    On Temenos SaaS, FundBank benefits from a comprehensive set of banking capabilities tailored to the needs of the U.S. market. In addition, Temenos manages the operations, support and continuous updates for Temenos SaaS, enabling FundBank to concentrate on customer-centric innovation and expanding its banking services.

    Diarmuid O’Donovan, Global Chief Information Officer, FundBank, commented:

    We’re delighted to go live on Temenos SaaS to enable our global expansion into the U.S. With Temenos, we can offer our clients an enhanced digital experience and scale efficiently. This is key to our future growth and enabling us to provide a simplistic approach to banking for investment funds and managers, allowing them more time to focus on managing their portfolios.”

    Rodrigo Silva, President – Americas, Temenos, said: 

    “Congratulations to FundBank on this successful go-live. We’re delighted to help the bank scale its operations in the U.S. and bring leading digital experiences and seamless onboarding to its corporate clients. This deployment underscores our commitment to helping financial institutions operating in the US to unlock growth through modern, cloud-native technology.”

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  • Scientists create ‘Avatar-style’ glowing plants that may soon light up homes and cities |

    Scientists create ‘Avatar-style’ glowing plants that may soon light up homes and cities |

    Researchers have developed glowing plants that shine in vivid shades of green, red, and blue, offering a sustainable alternative to traditional lighting systems. The study, published in the journal Matter, reveals how succulents infused with afterglow phosphor particles can naturally absorb sunlight or LED light and gradually release it, creating a soft glow lasting up to two hours. Unlike earlier attempts that struggled with dim or uneven results, this breakthrough allows plants to emit multicolour luminescence bright enough to rival small night lights. Inspired by the glowing forests of Avatar, scientists envision plant-based lighting transforming urban spaces, gardens, and homes into eco-friendly, bioluminescent environments that reduce energy consumption while blending nature with futuristic design.

    South China Agricultural University develops sustainable glow-in-the-dark succulent plants

    Scientists from South China Agricultural University, led by first author Shuting Liu as reported in CellPress (Matter), created glow-in-the-dark succulents that recharge naturally under sunlight or LED light. These plants shine with enough brightness to rival small night lamps, offering a cost-effective and eco-friendly alternative to artificial lighting.The research team used afterglow phosphor particles—materials capable of absorbing and slowly releasing light—giving the plants a vibrant glow that lasts up to two hours after exposure. “Picture the glowing forests from Avatar, where luminescent plants light up entire landscapes,” Liu explains. “Our goal was to make this vision a reality with materials already available in the lab. Imagine glowing trees replacing conventional streetlights.”Beyond aesthetics, this discovery holds immense potential in urban planning, architecture, and sustainable design, where plant-based illumination could reduce energy consumption while creating futuristic landscapes.

    Micron-sized phosphor particles enable bright multicolour glowing succulents

    For years, scientists struggled with plant luminescence due to technical limitations:

    • Nano-sized particles spread easily inside plants but produced weak, dim light.
    • Larger particles emitted brighter light but couldn’t travel efficiently through plant tissues.

    To overcome this, the team introduced micron-sized afterglow particles (>5 μm) into Echeveria ‘Mebina’, a succulent with a unique leaf microstructure. Its narrow, evenly distributed internal channels allowed particles to diffuse uniformly, resulting in bright, multicolour luminescence without compromising plant health.

    Succulents power low-cost glowing plant wall with bright, sustained luminescence

    Unlike earlier attempts, this technique bypasses the traditional trade-off between particle size and brightness. The succulents demonstrated a bright, sustained glow after just minutes of light exposure—either from natural sunlight or indoor LEDs.While non-succulent plants like golden pothos and bok choy were also tested, only succulents produced strong luminescence due to their structural efficiency in dispersing particles.Liu admitted the results were surprising: “We expected plants with airy tissue structures to perform better, but succulents diffused particles within seconds, lighting up their entire leaves.” To showcase real-world applications, the researchers constructed a glowing succulent wall with 56 plants arranged together. This wall produced enough brightness to illuminate nearby objects and even allowed researchers to read text without additional lighting.Each plant required only 10 minutes of preparation and cost about 10 yuan ($1.4 USD) excluding labor—highlighting its low-cost, scalable potential.

    Future applications of plant-based lighting

    Although the glow fades gradually and long-term safety studies are still underway, the findings open up new possibilities:

    • Sustainable outdoor lighting: glowing plants could illuminate pathways, gardens, or parks.
    • Indoor aesthetic design: plant-based lighting for decor, ambient light walls, or eco-friendly interior designs.
    • Urban architecture: futuristic bioluminescent landscapes integrated into city planning.

    Researchers continue exploring how to expand the technique beyond succulents, aiming for larger plants and trees that could replace low-intensity streetlights in the future.This pioneering research not only demonstrates a practical method for multicolour glowing plants, but also brings us closer to an era where living organisms can serve as natural lighting sources. If scalable, this technology could dramatically reduce reliance on artificial lighting systems, merging biology and sustainability in ways once seen only in science fiction.Also Read | Blood Moon lunar eclipse on September 7: When and where to watch the rare total lunar eclipse in India


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  • NASA’s James Webb Telescope discovers ‘alien’ comet 3I/ATLAS that displays eccentric behaviour; know more inside

    NASA’s James Webb Telescope discovers ‘alien’ comet 3I/ATLAS that displays eccentric behaviour; know more inside

    Comet 3I/ATLAS (Photo: NASA)

    Humans have always been curious about the existence of aliens or heavenly bodies, that expand our understanding of the universe. And sometimes an interstellar object passes by our solar system carrying secrets from distant star systems. These cosmic refugees travel unfathomable distances across space and time before being captured in our telescopes’ fields of view.This time, an icy traveler from beyond is moving silently through space, and as this visitor ventures closer to our Sun, astronomers are racing to capture every precious morsel of data, knowing that once it passes, it will be gone and might not be in the reach of astronomers for research.Interstellar comet 3I/ATLAS has been spotted by scientists using the Near‑Infrared Spectrograph (NIRSpec) instrument of NASA’s James Webb Space Telescope (JWST). JWST trained its infrared vision on the object on August 6, 2025, marking a landmark first study of its kind, according to NASA.

    What happened when it approached the Sun

    As 3I/ATLAS approached the Sun, its icy interior began turning directly into gas, and this process is called “outgassing”. This creates the hazy halo, or coma, that surrounds a comet. NIRSpec detected a potent mix of gases and solids, including carbon dioxide, water, water ice, carbon monoxide, and even the smelly carbonyl sulfide.

    The content ratio of the comet was unusual!

    According to the study published by Cornell University, the carbon dioxide-to-water mixing ratio was around 8, making it one of the highest ever recorded in a comet. As the researchers wrote in the study, “Our observations are compatible with an intrinsically CO₂‑rich nucleus, which may indicate that 3I/ATLAS contains ices exposed to higher levels of radiation than Solar System comets, or that it formed close to the CO₂ ice line in its parent protoplanetary disk”.

    Comet 3I/ATLAS dominated by CO2 (Photo: NASA)

    Comet 3I/ATLAS dominated by CO2 (Photo: NASA)

    This composition might have happened as the comet might have formed either in a colder region where carbon dioxide froze early, known as the CO₂ ice line or it may have been irradiated over eons in space, building up its unusual composition.Another possibility is that a reflective or insulating crust is keeping heat from reaching deeper layers, which suppresses water ice from sublimating as rapidly as CO₂ and CO.

    How is 3I/ATLAS different from other comets

    What makes 3I/ATLAS different from other comets is that it came from outside our solar system, which makes it an interstellar comet, and it is only the third ever discovered. Unlike most comets we know, which formed around our Sun, 3I/ATLAS was born in another star system and traveled across space for millions of years.

    Size estimates refined: NASA reveals 3I/ATLAS is smaller but still immense

    Image: Daily Mail

    According to Space.com, 3I/ATLAS may have formed in a zone cloud of gas and dust called a protoplanetary disk that surrounded the young star it came from. In that area, temperatures were low enough for carbon dioxide to freeze into solid ice, while other gases stayed in gas form.There’s less water vapour in the comet’s coma than expected. This could mean that something in the comet’s structure is blocking heat from reaching deep inside, preventing water ice from turning into gas as easily as carbon dioxide or carbon monoxide.


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  • Baker McKenzie’s Cynthia Cole Offers Insight on California’s Neural Data Law in CEB Feature | Newsroom

    Baker McKenzie’s Cynthia Cole Offers Insight on California’s Neural Data Law in CEB Feature | Newsroom

    Cynthia Cole, a partner in Baker McKenzie’s data and cybersecurity practice, was featured in a recent article by Continuing Education of the Bar (CEB) examining California’s new neural data protections under SB 1223. The legislation, which expands the California Consumer Privacy Act (CCPA) and the California Privacy Rights Act (CPRA), introduces neural data as a category of sensitive personal information, raising new compliance challenges for companies operating in the state.

    In the article, Cynthia, who is based in Palo Alto, underscores the ambiguity surrounding the definition of “neural data” and the absence of enforcement precedent, noting that legal advisors must often “read between the lines” to guide clients effectively. Her commentary highlights the evolving nature of privacy law and the need for cross-functional collaboration to navigate emerging regulatory frameworks.

    Understanding how neural data is collected, used and stored isn’t just a technical issue, it’s a strategic one. And as Cynthia notes, “The law literally changes under your feet.” Her insights reflect Baker McKenzie’s commitment to helping clients stay ahead of complex legal developments in data governance and emerging technologies.

    Read the full article on the CEB website.

    Learn more about Baker McKenzie’s Data Privacy practice on BakerMcKenzie.com.

     

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  • Israeli forces raid site near Syria capital: state media

    Israeli forces raid site near Syria capital: state media


    LONDON: Wounds caused by Israeli bombs and bullets accounted for nearly half of the injuries treated at outpatient clinics run by Medecins Sans Frontieres in Gaza last year, according to data published in medical journal The Lancet.


    Almost a third of day patients treated for such injuries at the charity’s health centers in the territory were children, the figures revealed, further highlighting the devastating human cost to Palestinian civilians of nearly two years of conflict.


    The six MSF-supported health centers from which the data was collected were located mostly in central and southern Gaza. More than 200,000 outpatient consultations were conducted at the facilities during 2024. More than 90,000 of them involved wounds, and nearly 40,000 of them were caused by “violent trauma,” primarily the result of bombing, shelling and gunfire.


    The data does not include figures for other healthcare services provided by MSF, such as operating theaters and emergency rooms, nor does it take account of people killed at the scene of attacks.


    In two of the hospitals, MSF staff found nearly 60 percent of lower-limb wounds were caused by explosive weapons, “often with open injuries to bone, muscle or skin,” according to The Lancet.


    “Explosive weapons are designed to be used in open battlefields, but are increasingly being used in urban areas,” the report continued. “The makeshift shelters in which people live following frequent displacement offer almost no protection against explosive weapons, and especially their secondary effects such as blast, shrapnel and incendiary impact.”


    The Israeli offensive in Gaza, which has been described as amounting to a genocide by many international organizations and governments, has killed nearly 63,000 Palestinians, about half of them women and children, according to figures from the Palestinian Ministry of Health.


    Of all outpatients treated for wounds at the MSF facilities last year, nearly a third were children under the age of 15, and another third were women.


    The data was gathered before Israeli authorities imposed a total blockade on Gaza earlier this year, halting supplies of food and medical aid. Even before that development, however, the MSF staff collecting the information about outpatients described a lack of “crucial supplies and equipment necessary to treat these complex wounds.”


    Almost a fifth of patients arriving at the health centers for first-time treatment of their injuries had infected wounds, the data revealed.


    “In one MSF-supported health facility, wound infections were as high as 28 percent,” the report said.


    Gaza’s healthcare system has been decimated by the conflict between Israel and Hamas. Half of the 36 hospitals that were operational before the war have closed, and more than 1,500 Palestinian healthcare workers have been killed.


    MSF said the violence unleashed by the Israeli military has caused “physical and mental damage on a scale that would overwhelm even the best-functioning health systems in the world.”

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  • Rapidly Progressive Dementia After Platelet-Rich Plasma Therapy: A Case of Sporadic Creutzfeldt-Jakob Disease in the Context of Chronic Ehrlichiosis

    Rapidly Progressive Dementia After Platelet-Rich Plasma Therapy: A Case of Sporadic Creutzfeldt-Jakob Disease in the Context of Chronic Ehrlichiosis


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  • 'Universal story' explains huge success of 'KPop Demon Hunters' – Korea.net

    1. ‘Universal story’ explains huge success of ‘KPop Demon Hunters’  Korea.net
    2. KPop Demon Hunters Reigns as Netflix’s Most Popular Film, Claims No. 1 in Top 10  Netflix
    3. ‘KPop Demon Hunters 2’: Sony and Netflix in Early Talks for Sequel  Variety
    4. Kpop Demon Hunters becomes Netflix’s most viewed film ever  BBC
    5. Led by HUNTR/X’s ‘Golden’ at No. 1, ‘KPop Demon Hunters’ Becomes First Soundtrack With Four Simultaneous Hot 100 Top 10s  Billboard

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  • Baker McKenzie Advises the Shareholders of Swiss Cardio Technologies AG on their Sale to Abacus Medicine Group | Newsroom

    Baker McKenzie Advises the Shareholders of Swiss Cardio Technologies AG on their Sale to Abacus Medicine Group | Newsroom

     Baker McKenzie has advised the shareholders of Swiss Cardio Technologies AG (“Swiss Cardio Technologies”), a medical company specializing in cardiovascular surgery solutions, on the sale of all their shares to Abacus Medicine Group. Founded in Denmark in 2004, Abacus Medicine Group is a leading pharmaceutical company focused on the parallel import of medicines to enhance access and affordability.

    Swiss Cardio Technologies AG, established by renowned cardiovascular surgeons from the University of Berne, developed Cardioplexol®, an innovative cardioplegia solution used to safely arrest the heart during complex surgical procedures such as bypass operations and aortic repairs. The transaction is expected to accelerate international commercialization and expansion of Cardioplexol®, leveraging Abacus’ extensive global network alongside Swiss Cardio Technologies’ relationships in cardiothoracic surgery.

    Baker McKenzie advised the shareholders of Swiss Cardio Technologies on all legal aspects of the transaction. 

    Zurich-based partners Alexander Fischer (M&A) and Julia Schieber (M&A, Healthcare & Sciences) led the team, which consisted of the following: Matthias Trautmann (partner, M&A), Hesam Mirzai (associate, M&A) as well as trainee lawyers Elena Mani and Grégory Sarbach. 

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  • PSG keen to defend their crown as Europe awaits Champions League draw – France 24

    1. PSG keen to defend their crown as Europe awaits Champions League draw  France 24
    2. Champions League: League phase draw pots confirmed  UEFA.com
    3. Champions League: Liverpool’s possible league-phase opponents  Liverpool FC
    4. Holders PSG and rivals await Champions League draw  The Express Tribune
    5. Champions League draw 2025-26: How will Premier League clubs fare?  BBC

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