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  • Boy George Doesn’t Think LGBTQ+ Identity Politics Have ‘Helped Anyone’

    Boy George Doesn’t Think LGBTQ+ Identity Politics Have ‘Helped Anyone’

    Boy George has never been one to play by the rules. The queer icon born George Alan O’Dowd who blazed trails in the early 1980s as the androgynous, heavily made-up lead singer of Culture Club is still bucking against the system.

    In an interview with The Times on Friday (July 11), George, 64, pushed back against the “identity politics” of the modern queer community. “I don’t think it’s helped anyone. We’re not a thing,” he told the publication. “It’s like, ‘This is what black people are, this is what Jewish people are, this is what trans people are.’ No! Everybody is diverse because nobody is like anybody else, so you’re starting from the wrong perspective.”

    At a time when increased acceptance and visibility — amidst the current U.S. administration’s efforts to roll back transgender rights — have put the LGBTQ+ community in the spotlight, the “Karma Chameleon” singer said he thinks reality and what we experience online are very different things. “Trans people are the new people to hate, but I always say: How many trans people have you met today?” he said. “There’s the world on the internet, which is hideous and full of anger. Then there’s the real world, which is entirely different so in reality people have nothing to be nervous about.”

    In his trademark biting wit, he added, “If I’m really lucky my own sexuality takes up about three hours a month. We’ve all got cats to feed, families to visit, jobs to do. I said in an interview when I was 17, ‘Being gay is like eating a bag of crisps. It’s so not important.’ I still think that now. What do you care about someone’s sexuality unless you’re going to have sex with them?”

    While George was hit with accusations of transphobia in 2020 when he tweeted “Leave your pronouns at the door,” he’s recently defended trans rights in a social media dust-up with Harry Potter author J.K. Rowling. The billionaire author has denied being transphobic despite sharing a number of anti-transgender views online, including actively participating in campaigns to bar trans women from sports and from using public restrooms that align with their gender. Last month, he responded to Rowling’s question, “which rights have been taken away from trans people?” and her follow-up comment about her feelings that her speech is being curtailed by writing, “The right to be left alone by a rich bored bully!“

    The subject of trans lives came up in a discussion about George’s drive to revive his Tony-nominated 2002 musical Taboo, which chronicled the hedonistic 1980s nightclub of the same name founded by Leigh Bowery, the Melbourne-born performance artist/club promoter whose outrageous performances inspired a young George.

    “What I want to explore in the show is the odd relationship between Leigh and his wife, Nicola Bowery,” he said. “Long before non-binary, here’s a gay guy who married a straight woman and there was real tenderness and love between them. Yes, part of the reason he married Nicola was to piss everyone off, but I do think he really loved her.”

    According to the writer’s reckoning, for George, outliers like himself and Bowery were birthed from a period when the idea was to present your true self, without trying to “represent a wider community who identify as queer, non-binary” or any other label. ““Oh totally. Someone said the other day, ‘Leigh Bowery was the blueprint for gay identity. He would have hated that. Hated it!,’” said George.

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  • ‘Strangers With Candy’ Reunion Set for New York Comedy Festival

    ‘Strangers With Candy’ Reunion Set for New York Comedy Festival

    Alex Edelman, Chris Fleming, the Basement Yard duo and a “Strangers With Candy” reunion are among the highlights of the New York Comedy Festival lineup that will unfold across the five boroughs in November.

    Margaret Cho, Louis C.K., Hannah Berner, Pete Holmes, Nurse John, Morgan Jay, Ismo, Trevor Wallace and more are also on the bill. The event will mark its 21st edition this year. It’s the longest running annual comedy festival in nation, per founder and festival owner Caroline Hirsch.

    Hirsh called this year’s roster “a dynamic mix of global headliners and rising voices that reflect where comedy is right now and where it’s headed. We’re proud to continue to bring New York City the very best of the best. In a constantly shifting landscape, we stay committed to spotlighting new voices, championing fresh perspectives, breaking form, and shaping a festival that sets the standard both creatively and commercially.”

    Among those newer voices are the podcast duo the Basement Yard, aka longtime friends Joe Santagato and Frank Alvarez.

    “I have no idea how many planets had to align for this opportunity to be given to two kids from Queens but we are so excited and will give New York the best possible show we can,” Santagato said.

    The New York Comedy Festival will also encompass the fundraising event Stand Up for Heroes, which benefits the Bob Woodruff Foundation and has become a staple of the event. The organization, which has raised $113 million since 2007, supports veterans and military families.

    Another highlight of the event will be the reunion of the comedy trio behind “Strangers With Candy,” the cult fave 2005 indie film starring Stephen Colbert, Amy Sedaris and Paul Dinello.

    Tickets will be on sale July 21. The event runs Nov. 7-16.

    Here’s the New York Comedy Festival lineup announced so far:

    FRIDAY, NOVEMBER 7
    ● 7:00 PM & 9:45 PM – Ryan Long at The Venue at Hard Rock Hotel New York
    ● 8:00 PM – Nurse John: The Short Staffed Tour at The Beacon Theatre

    SATURDAY, NOVEMBER 8
    ● 7:00 PM – A Celebration of the 25th Anniversary of the Cancellation of Strangers with Candy with Stephen Colbert, Paul Dinello and Amy Sedaris at Town Hall
    ● 7:00 PM & 9:45 PM – Ryan Long at The Venue at Hard Rock Hotel New York
    ● 7:00 PM– Trevor Wallace: The Alpha Beta Male at Beacon Theatre
    ● 8:00 PM – Hannah Berner: None of My Business Tour at Carnegie Hall

    SUNDAY, NOVEMBER 9
    ● 7:00 PM – Ismo: Woo Hoo! World Tour at Town Hall

    THURSDAY, NOVEMBER 13
    ● 7:00 PM – Yohay Sponder: Self Loving Jew at Town Hall
    ● 7:00 PM – Morgan Jay: The Goofy Guy Tour at The Beacon Theatre
    ● 8:00 PM – The Basement Yard: From the Basement to the World Tour at Madison Square Garden

    FRIDAY, NOVEMBER 14
    ● 7:00 PM & 9:45 PM – Michael Blackson: America Is Fkd Comedy Tour at The Venue at Hard Rock Hotel NY
    ● 7:00 PM – Pete Holmes: The PETE HERE NOW Tour at Town Hall
    ● 7:30 PM – Louis C.K. Ridiculous at The Beacon Theater

    SATURDAY, NOVEMBER 15
    ● 6:00 PM – Alex Edelman at Carnegie Hall
    ● 7:00 PM & 9:45 PM – Michael Blackson: America Is Fkd Comedy Tour at The Venue at Hard Rock Hotel NY
    ● 7:00 PM – Margaret Cho: Choligarchy at Town Hall
    ● 7:30 PM – Louis C.K.: Ridiculous at The Beacon Theater
    ● 8:45 PM – Chris Fleming at Carnegie Hall

    (Pictured: Stephen Colbert, Amy Sedaris and Paul Dinello at the 2006 premiere of “Strangers With Candy”)

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  • How 85 years of Superman adaptations have reshaped the look of the world’s most iconic superhero |

    How 85 years of Superman adaptations have reshaped the look of the world’s most iconic superhero |

    Even though the character of Superman was born from steel and sunlight, he has always worn his power on his body. But as the latest reboot with David Corenswet arrives in the theatres, audiences can’t help but notice a shift. This new Supes feels… less god, more guy.Cavill’s era, which was defined by chiseled perfection, is gone now, and in place is a more gentle one. Superman is still becoming. Still human. The transformation feels deliberate, and it begs a look back at how Clark Kent’s physical form has reflected the world he lands in. Or the one it hopes to become.

    George Reeves (1952–1958)

    TV’s first Superman was tough without trying. Reeves, once a boxer, had the natural bulk of a working man. No fancy workouts, no six-pack expectations. His wool suit helped add size, and the charm was all in the square jaw and sure stance, not in shredded abs.

    Christopher Reeve (1978–1987)

    2

    Source: X

    Initially lean and theatrical, Reeve trained under Darth Vader himself, bodybuilder David Prowse. Gained about 15 kilos. Bulked up while still moving like a ballet dancer. Classic, sincere, and forever iconic in his blue and red.

    Dean Cain (1993–1997)

    Cain came to the cape straight from football fields. Already fit, he needed little prep. A lightly padded suit did the rest. His Clark was relatable, softer in edges, more rom-com than god of thunder.

    Brandon Routh (2006)

    3

    Routh trained with celeb-favorite Gunnar Peterson. Gained around 10 kilos. Focused on old-school lifts and protein-heavy meals. His look paid homage to Reeve, both physically and in spirit—sleek, noble, restrained.

    Tom Welling (2001–2011)

    A decade of Smallville meant slow evolution. Welling stayed lean but strong, mixing weights with agility work. Always Clark, never quite Superman. His frame matured with the role, never tipping into comic-book extremes.

    Henry Cavill (2013–2021)

    4

    Cavill redefined superhero training. Under Mark Twight (of 300 fame), he ate big, lifted heavy, and sculpted a frame that looked forged in Olympus. No suit padding needed. Cavill was a statue come alive—impossibly perfect, and perhaps too far from human.

    David Corenswet (2025)

    He’s tall. He’s trained. But Corenswet’s Superman feels reachable. With around 18 kilos added during prep (some lost before shooting), he’s still undeniably strong—but less imposing. His suit, more fabric than armor. His body, less monument, more man. A nod, perhaps, to where the world wants its heroes to land now: strong, but still finding their way.


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  • First electronic-photonic quantum chip manufactured in commercial foundry

    First electronic-photonic quantum chip manufactured in commercial foundry

    For the first time, scientists at Northwestern University, Boston University (BU) and University of California, Berkeley (UC Berkeley) have built a tiny photonic quantum system into a traditional electronic chip.

    The first-of-its-kind silicon chip combines both the quantum light-generating components (photonics) with classical electronic control circuits — all packed into an area measuring just one millimeter by one millimeter. So, not only does the chip generate quantum light, but it also has its own built-in smart electronic system to keep that light perfectly stable.

    This photonic-electronic integration enables the single chip to reliably produce a stream of photon pairs — basic units that encode quantum information — required for light-based quantum communication, sensing and processing. 

    A commercial semiconductor foundry fabricated the chip, demonstrating its ability to be manufactured for large-scale production.

    The study was published in the journal Nature Electronics.

    “Quantum experiments in the lab usually need big, bulky equipment, which requires pristine, clean conditions,” said Northwestern’s Anirudh Ramesh, who led the quantum measurements. “We took many of those electronics and shrunk them down onto one chip. So, now we have a chip with built-in electronic control — stabilizing a quantum process in real time. This is a key step toward scalable quantum photonic systems.”

    This is a big deal because it’s not easy to mix electronics and photonics.”

    Prem Kumar

    “For the first time, we have achieved monolithic electronic, photonic and quantum integration,” said Northwestern’s Prem Kumar, one of the study’s senior authors. “This is a big deal because it’s not easy to mix electronics and photonics. It was a heroic effort that combined expertise from an interdisciplinary, collaborative team of physicists, electrical engineers, computer scientists, materials scientists and manufacturing experts. Our chip could open doors for not only computing but sensing and communication applications.” 

    An expert in quantum optics, Kumar is a professor of electrical and computer engineering at Northwestern’s McCormick School of Engineering, where he directs the Center for Photonic Communication and Computing. At the time of the research, Ramesh was a Ph.D. candidate in Kumar’s laboratory; now he is a quantum systems validation engineer at U.S.-based quantum computing company PsiQuantum.

    Ramesh co-led the study with Danielius Kramnik at UC Berkeley and Imbert Wang at BU. Kramnik, who led the circuit design and electronic integration, is a recent Ph.D. graduate from the laboratory of Vladimir Stojanovíc, an adjunct professor of electrical engineering and computer sciences at UC Berkeley. Wang, who led the photonic device design, is a recent Ph.D. graduate from the laboratory of Miloš Popović, an associate professor of electrical and computer engineering at BU.

    Chip produces its own quantum light, stabilizes itself

    With their ability to be manufactured using the same high-volume processes that create billions of transistors for everyday electronics, silicon chips are an ideal platform for light-based quantum systems. But stably operating these tiny quantum optical devices requires capabilities that are not currently standard in a commercial foundry. Slight temperature changes, imperceptible manufacturing imperfections and even heat generated by their own components can completely ruin an entire quantum system. To control these tiny variations, researchers have relied on large, external equipment to stabilize quantum optical devices — making it seemingly impossible to miniaturize full systems.

    The generation of quantum light in silicon — which the team used in their foundry-manufactured devices — was first demonstrated in a decades-old experiment from Kumar’s lab at Northwestern. In a 2006 study published in the journal Optics Express, Kumar and his collaborators demonstrated, for the first time, that shining a concentrated beam of light into tiny, appropriately designed channels etched in silicon naturally generates photon pairs. These photon pairs are inherently linked, so they can serve as qubits.

    In the new study, the team integrated these tiny, ring-shaped channels — each much smaller than the thickness of a human hair — into the silicon chip. When a strong laser shines into these circular channels, called microring resonators, it generates photon pairs. To control the light, the team added photocurrent sensors, which act like tiny monitors. If the light source drifts due to temperature fluctuations or other disturbances, the sensors send a signal to a tiny heater, which adjusts the photon source back to its optimal state.

    Because the chip uses built-in feedback to stabilize itself, it behaves predictably despite temperature changes and fabrication variations — an essential requirement for scaling up quantum systems. It also bypasses the need for large external equipment.

    “Our goal was to show that complex quantum photonic systems can be built and stabilized entirely within a CMOS (complementary metal-oxide-semiconductor) chip,” Kramnik said. “That required tight coordination across domains that don’t usually talk to each other.”


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  • Pakistan’s hockey future at risk as India denial looms

    Pakistan’s hockey future at risk as India denial looms





    Pakistan’s hockey future at risk as India denial looms – Daily Times




































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  • Air Embolism After Central Venous Catheter Insertion via the Internal Jugular Vein: A Case Report

    Air Embolism After Central Venous Catheter Insertion via the Internal Jugular Vein: A Case Report


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  • Techniques to Tackle Diagnosing Bipolar Disorder

    Techniques to Tackle Diagnosing Bipolar Disorder

    CONFERENCE REPORTER

    Patients with bipolar disorder face an average diagnostic delay of 10 years. This gap can lead to misdirected treatments, worsening symptoms, and life altering consequences, but the delay is partly due to the disorder’s complex and often difficult to quantify presentation. Focusing on patient symptom insight, clinician investigation, and new tests with potential to measure this disorder may provide better care for patients suffering from bipolar disorder.

    At the 2025 Southern California Psychiatry Conference, clinicians Kellogg, Trinh, and Hanaie presented their lecture “Empowering Clinicians to Identify and Treat Bipolar Disease Earlier in the Disease Course,” where they addressed the persistent challenges in diagnosing bipolar disorder and promising new therapeutic options.1

    Kellogg outlined what he sees as the three core diagnostic challenges for bipolar: patient factors (like expressing their emotions), clinician challenges (like hearing and recognizing subtle symptoms), and the absence of definitive lab tests. For the patient, they may not “fully grasp the terms or concepts used in diagnostic criteria…when asked about their symptoms, making it hard to provide accurate descriptions,” Kellogg explained. The patient’s struggle with recognizing manic symptoms, a dominance of depressive episodes, lack of emotional insight, overlapping symptoms with other disorders, and psychosis also contribute to the complexity clinicians face in diagnosing. Providers, Kellogg said, must navigate the subtleties of early onset symptoms, family history (importantly mood disorders and suicidality), and any insights gained from antidepressant misadventures in which the patient reacted notably to a medication. In bipolar patients, antidepressants can also induce hypomania or prove ineffective, signaling an incorrect diagnosis of major depressive disorder. This factor makes it all the more difficult to identify a correct bipolar diagnosis. High rates of psychiatric and medical comorbidities—including anxiety, substance use disorders, migraines, thyroid dysfunction, and type 2 diabetes—further complicate the diagnostic process.2

    With the potential benefits of developing lab-based diagnostic tools, there are unfortunately no definitive blood tests for bipolar disorder currently. However, new research focuses in on RNA biomarkers, RNA editing, artificial intelligence applications, genetic mutations in thyroid pathways, and ceramide-based metabolite profiling. These techniques, Kellog noted, are showing promise and may provide new biological markers for identifying the disorder. Kellogg concluded by underscoring the severe consequences of undiagnosed bipolar disorder, which can lead to impaired relationships, academic and employment issues, and legal or financial problems; diagnosing earlier on in the disease course and preventing these outcomes may become easier with new diagnosis techniques.

    Dr Trinh continued with a focus on the treatment landscape, drawing from the Systematic Treatment Enhancement Program for Bipolar Disorder (STEP-BD) trials conducted from 1998 to 2005. This landmark study explored treatment efficacy, relapse prevention, and long-term quality of life through randomized, collaborative care models and longitudinal tracking. Trinh pointed out the study’s result that 58% of participants achieved recovery, but 49% relapsed within two years.

    Trinh emphasized the value of non-pharmacological approaches such as psychoeducation, cognitive behavioral therapy, interpersonal and social rhythm therapy, family focused therapy, and lifestyle modifications. In terms of prescription changes from the STEP-BD study, the addition of antidepressants offered no significant benefit over mood stabilizers alone in preventing depressive relapse. For treatment resistant cases, Trinh highlighted combination therapy, electroconvulsive therapy, clozapine, and investigational treatments like ketamine and transcranial magnetic stimulation. Trinh also pointed to recent FDA approvals for acute mania and mixed episodes (including iloperidone, olanzapine, and cariprazine), as well as newer agents for bipolar depression such as lumateperone and lurasidone.

    References

    1. Kellogg J, Trinh L, Hanaie J. Empowering clinicians to identify and treat bipolar disease earlier in the disease course. Conference Proceedings of the Southern California Psychiatry Conference. July 2025;11-12. Huntington Beach, CA.

    2. Goldman ML, Mangurian C, Corbeil T, et al. Medical comorbid diagnoses among adult psychiatric inpatients. Gen Hosp Psychiatry. 2020;66:16-23.

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  • George Kittle on Taylor Swift Singing ‘Love Story’ With Him at TEU

    George Kittle on Taylor Swift Singing ‘Love Story’ With Him at TEU

    George Kittle won’t be forgetting this year’s Tight End University any time soon, especially because of the spontaneous duet he shared with Taylor Swift at a bar in Nashville during the event.

    While speaking to NBC Sports Bay Area & California‘s Matt Maiocco recently, the San Francisco 49ers star reflected on hanging out with the pop star at the NFL tight end summit — which he cohosts with Travis Kelce and Greg Olsen every year — in June. “We have a fun Monday night welcome party at our hotel in Nashville for Tight End University,” he explained. “Taylor and Travis came, and they were like, ‘Hey, wanna go to Broadway?’”

    After heading down to a bar on the famous Nashville strip with Kelce, Swift and Claire Kittle — who is married to George — the California athlete said that something magical happened. “I was in the process of handing Claire and Taylor drinks for the night, and I was like, ‘I just gotta tell her that ‘Love Story’ is one of my favorite songs, definitely my favorite Taylor Swift song,” he recalled.

    “And as I was telling her, it came on the speakers, and I was like, ‘I’m not going to miss this opportunity,’” Kittle continued. “You don’t get to sing ‘Love Story’ with Taylor Swift very often. It was just an absolute riot and something I’ll probably remember forever.”

    Shortly after the event, Kittle shared a video on Instagram of himself and Swift jumping up and down while belting out “Love Story” together. Kelce also makes a cameo in the clip.

    Tight End University took place over the course of three days in Music City, with many of the NFL’s tight ends coming together from all over the country for group training and community-building activities at Vanderbilt University. In addition to attending the welcome party with Kelce, Swift showed up at the Tight Ends and Friends concert at the Brooklyn Bowl — where she surprised the crowd with an unscheduled performance of Billboard Hot 100-topper “Shake It Off.”

    While later reflecting on the event on his New Heights podcast, Kelce revealed that his famous girlfriend’s performance was entirely last-minute — as in, she didn’t even practice before taking the stage with headliner Kane Brown and his band. “Tay just kind of went up to [Brown] and the band and went, ‘Hey, if you guys are down, I’ll go up there, play a song and see if we can pop the roof off this place,’” Kelce reflected earlier in July.

    He added at the time, “[She] just went out there without practicing, and it was pitch-perfect.”


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  • Pregnancy increases rupture risk for brain arteriovenous malformations

    Pregnancy increases rupture risk for brain arteriovenous malformations

    At the Society of NeuroInterventional Surgery’s (SNIS) 22nd Annual Meeting today, researchers presented findings about how pregnancy can worsen the rupture risk for brain arteriovenous malformations, abnormal connections between arteries and veins whose rupture can result in serious brain injury or death.

    During pregnancy, hormonal shifts and the increased demand on the heart to pump a higher volume of blood can place added strain on both the body and the brain. Researchers at the University of Mississippi Medical Center in Jackson recently investigated whether these physical changes can aggravate health issues for pregnant women with three brain conditions that are prone to rupturing and causing serious brain injury: arteriovenous malformations (abnormal tangles of blood vessels that disrupt blood flow), brain aneurysms (bulges in weakened brain arteries that can cause stroke if ruptured), and cavernous malformations (unusually shaped blood vessels that can cause brain bleeding if ruptured).

    In the study, “Rupture Risk of Intracranial Vascular Malformations During Pregnancy: A Systematic Review and Meta-analysis,” the research team reviewed 5,609 journal articles from multiple academic databases that discussed pregnant women with these conditions, ultimately choosing 15 to statistically analyze. They then used data from the articles to group patients by whether they experienced a rupture. The scientists found that while pregnancy didn’t seem to make a major difference in rupture rates for women with brain aneurysms and cavernous malformations, pregnant women with arteriovenous malformations were much more likely to experience ruptures than non-pregnant women with the same condition.

    These findings show that we still have much to learn about how pregnancy affects the brain. We need more research into these effects and their potential causes so that doctors can more precisely target how to treat pregnant women with these and other serious health conditions.” 


    Evan Bowen, medical student, University of Mississippi Medical Center

    Source:

    Society of NeuroInterventional Surgery

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  • UK-Pakistan dialogue sets €4.7bn bilateral trade target – Samaa TV

    1. UK-Pakistan dialogue sets €4.7bn bilateral trade target  Samaa TV
    2. London: Federal Minister for Commerce, Jam Kamal Khan, held a meeting with Lord Wajid Khan, UK Minister of Housing, Communication, and Local Government, in London today. High Commissioner Dr. Mohammad Faisal was also present.  Ptv.com.pk
    3. UK, Pakistan launch trade dialogue to deepen economic ties  The Express Tribune
    4. Pakistani commerce minister embarks on ‘pivotal’ UK visit to deepen economic ties  Arab News PK
    5. PFC CEO seeks stronger Pak-UK trade ties to boost socio-economic development  Associated Press of Pakistan

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