Travis Kelce has had a busy few years. He’s won a couple of Super Bowl rings and put a ring on Taylor Swift’s finger. At 36, it wouldn’t be unreasonable if Travis decided to hang up his football cleats and focus on his podcast, New Heights, or maybe even a family with Tay. But according to a new report, Travis Kelce has no plans to retire just yet. Perhaps he wants to go out on top. The last two years have been disappointing for the Kansas City Chiefs, so it’s no surprise he wants to give it one more shot. Back for more: #Chiefs future Hall of Fame TE Travis Kelce is expected to return to Kansas City for a 14th season, a message that’s been delivered to teams who will want him. At 36, Kelce’s play was at its usual level, landing him in the Pro Bowl. He’s loyal to KC & will stay. pic.twitter.com/3yiT63vvYp— Ian Rapoport (@RapSheet) March 9, 2026 Travis Kelce Might Retire After the 2026/2027 Season “Back for more: #Chiefs future Hall of Fame TE Travis Kelce is expected to return to Kansas City for a 14th season, a message that’s been delivered to teams who will want him. At 36, Kelce’s play was at its usual level, landing him in the Pro Bowl. He’s loyal to KC & will stay,” Ian Rapoport posted on X. Signing a one-year deal could mean Travis Kelce wants to get one more Super Bowl ring for her retires. It’s a move that plenty of people understand and respond to. “Not surprising, but still massive news for KC. He is still playing at a Pro Bowl level at 36, so there is no reason to hang it up yet,” a fan wrote. “Travis Kelce returning to Chiefs for 14th season at 36 after Pro Bowl year shows he’s still elite. Message delivered to other teams means his agent letting the league know he’s available if Chiefs don’t pay,” another agreed. “Hell yeah, 14 more weeks of Kelce turning DBs into memes and Mahomes into a magician. Arrowhead’s about to get louder. Let’s ride, Chiefs Kingdom!” This fan wants one more year. This story’s featured image is by Aaron J. Thornton/Getty Images.

BY THE OPTIMIST DAILY EDITORIAL TEAM For years, the idea sounded almost impossible: transplant a womb, establish a pregnancy, and welcome a healthy child into the world. In the United Kingdom, that vision has now become reality in a way that expands the possibilities for women who once had very few options for pregnancy. In December 2025, Grace Bell gave birth to a baby boy, Hugo Richard Norman Powell, at Queen Charlotte’s and Chelsea Hospital in London. Bell was born without a uterus, a rare condition known as uterine factor infertility. After receiving a womb transplant from a deceased donor, she carried her pregnancy and delivered Hugo by cesarean section. The birth marks the first time in the UK that a baby has been born following a uterus transplant from a deceased donor, and researchers say Hugo is only the third baby in Europe to be born through this type of transplant. For Bell, the experience carries deep personal meaning as well as broader significance for future patients. “There are no words to say thank you enough to my donor and her family. Their kindness and selflessness to a complete stranger is the reason I have been able to fulfil my lifelong dream of being a mum,” she said. “I hope they know that my child will always know of their incredible gift, and the miracle that brought him into this world.” A transplant made possible through years of research Bell’s transplant was performed through the UK Investigational Study into Transplantation of the Uterus (INSITU), a research program supported by the charity Womb Transplant UK. The initiative brings together surgeons, fertility specialists, and transplant experts working to expand reproductive options for women with uterine factor infertility. Following the transplant surgery, Bell underwent IVF treatment and embryo transfer at the Lister Fertility Clinic in London. Doctors closely monitored her throughout the pregnancy, which ultimately resulted in the birth of a healthy baby. Professor Richard Smith, who co-leads the UK womb transplant research team, described the moment as the culmination of years of scientific effort and collaboration. “I’m so happy for Grace, Steve and their family,” he said. “It was just wonderful to be there at the birth and to see baby Hugo coming into the world, after our journey with this family and the many years of research that led us to this moment.” He also emphasized the crucial role played by the donor family, saying, “this was only possible thanks to the generosity of the donor family for deciding to donate, following the tragic loss of their own daughter. This decision ultimately led to the birth of a healthy baby boy. I will be forever grateful to them, as well as to every family who has supported our program to date.” The donor’s parents also shared their perspective, expressing “tremendous pride at the legacy” their daughter leaves behind. “Through organ donation, she has given other families the precious gift of time, hope, healing and now life.” Expanding possibilities for women without a uterus Uterus transplantation is still an emerging field, but researchers believe it could offer a path to pregnancy for women who cannot carry a child due to congenital conditions, medical treatments, or surgical removal of the uterus. Miss Isabel Quiroga, co-lead of the UK womb transplant research team, said the birth offers reassurance that the procedure can succeed even when the donor uterus comes from someone who has died. “This is a huge milestone, giving more hope to women who do not have a womb and are looking to start a family,” she said. She added that uterus transplantation currently represents the only treatment that allows these women to experience pregnancy and childbirth themselves. “This is the only treatment that gives them the ability to carry and give birth to their own child, offering another option alongside adoption or surrogacy.” Looking toward a future with broader access For now, womb transplantation remains a highly specialized procedure available through research programs. Surgeons must carefully match donors and recipients, manage complex transplant surgery, and support patients through IVF and pregnancy under close medical supervision. Each successful birth adds valuable data and confidence to the field. Bell hopes that what began as an experimental option may one day become accessible to more families facing similar challenges. “My hope is that one day this option to motherhood will become much more accessible, so others may have the same chance I have been given.” The arrival of Hugo Powell reflects the combined efforts of medical science, organ donation, and persistence. For women born without a uterus, it also expands what the future of reproductive medicine might hold.     Did this solution stand out? Share it with a friend or support our mission by becoming an Emissary.The post First baby born after womb transplant from deceased donor offers new hope first appeared on The Optimist Daily: Making Solutions the News.

BY THE OPTIMIST DAILY EDITORIAL TEAM For many people, a completely silent bedroom doesn’t feel relaxing but rather quite unsettling. A soft hum in the background, the sound of rain, or a steady stream of white noise can make drifting off easier. That habit is more common than you might think. A 2023 survey in the United Kingdom found that about 50 percent of people use some kind of sound to help themselves fall asleep. Among the most popular options is pink noise, a type of sound often described as gentler and more natural than white noise. But new research suggests that while it might help block out disruptive sounds, pink noise could also affect the quality of sleep in ways scientists are still trying to understand. What exactly is pink noise? When people talk about “sleep sounds,” they’re often referring to different types of noise categorized by how sound frequencies are distributed. Some sounds like music or speech are highly structured and full of patterns. Others, such as ocean waves or birdsong, have a softer rhythm that many people find soothing. Noise, on the other hand, sits on the opposite end of the spectrum. It contains no clear pattern, just a mix of frequencies. You’re probably already familiar with white noise, the most widely known example. In white noise, every sound frequency carries the same amount of energy, creating a consistent “hissing” sound. Research has shown it can help some people concentrate by masking distracting sounds. Pink noise works a little differently. Instead of equal energy across all frequencies, the energy decreases as the frequency increases. For example, a 500 Hz tone contains about twice as much energy as a 1000 Hz tone. The result is a deeper, softer sound that many people compare to steady rainfall or flowing water. There’s also brown noise (named after scientist Robert Brown), which is even heavier in lower frequencies. It often resembles the rumble of distant thunder or a powerful waterfall. What a new sleep study discovered A recent study conducted by the University of Pennsylvania and sponsored by the US Federal Aviation Authority explored how pink noise affects sleep under different conditions. Researchers invited participants to spend several nights in a sleep lab, where their brain activity, heart rate, and muscle activity were monitored throughout the night. This allowed scientists to track the stages of sleep participants experienced. One night served as the control, with no added sound interruptions. Other nights introduced different conditions, including pink noise and simulated environmental noise from airplanes flying overhead. When participants listened to pink noise in an otherwise quiet environment, researchers noticed a shift in their sleep structure. Specifically, the amount of rapid eye movement (REM) sleep decreased. REM sleep typically accounts for about one quarter of our total sleep and is closely associated with dreaming. Although it is not the deepest sleep stage, REM plays an important role in memory formation, brain plasticity, and emotional processing, especially during childhood. Environmental noise, on the other hand, mainly reduced a different sleep stage called N3 sleep. This is the deepest stage of non-REM sleep and is when much of the body’s physical repair and restoration takes place. Researchers then tested methods to block the airplane noise. Earplugs turned out to be surprisingly effective. They restored roughly three-quarters of the N3 sleep that had been lost due to environmental noise. Pink noise, however, had a different effect. Instead of improving sleep quality, it reduced both REM sleep and N3 sleep, suggesting that it may interfere with the natural architecture of sleep under certain conditions. Why many people still sleep better with background noise Despite the lab findings, the relationship between sound and sleep is far from settled. A 2022 review of sleep research found widespread (though often lower-quality) evidence suggesting that nighttime sound, particularly pink noise, may help people fall asleep faster and feel that they slept better overall. Those results were largely based on self-reported sleep experiences rather than the detailed physiological measurements used in the Pennsylvania study. That difference in research methods may explain the contrasting conclusions. In other words, a sound that technically alters sleep stages might still feel helpful if it reduces stress or blocks irritating noise. When background noise can still be useful For some people, background sound plays an important role in making sleep possible at all. Tinnitus, for example, causes ringing or buzzing in the ears that often becomes more noticeable in a quiet room at night. In these cases, a gentle background sound can help mask the internal noise and make sleep easier. Research suggests that allowing people to choose the type of sound they find most comfortable can be particularly helpful for managing tinnitus symptoms. That said, scientists are still investigating whether constant exposure to certain types of random noise could have long-term effects on hearing or brain processing. Finding the right sound environment for sleep The takeaway from current research isn’t necessarily that pink noise is bad; it’s simply that sleep environments are highly individual. If background sounds help you relax and fall asleep, keeping them soft, steady, and calming is generally a sensible approach. If outside noise is the problem, simple solutions such as earplugs may provide a surprisingly effective fix. Sleep science continues to evolve, and the role of sound in nighttime rest is still being explored. For now, the most helpful strategy may be paying attention to how your own body responds and creating a sleep environment that feels consistently restful.     Did this solution stand out? Share it with a friend or support our mission by becoming an Emissary.The post Pink noise for sleep: what it is and whether it actually helps you rest first appeared on The Optimist Daily: Making Solutions the News.

Go ahead and pull up the paper emoji on your iPhone. The little white page, the one that looks completely blank from a distance. Now zoom in. There’s a letter in there. It’s addressed to someone named Katie. It’s signed by someone named John Appleseed. And it has been sitting inside that emoji, invisible to most people, since iOS 5. Instagram user Ella (@el_michelle1) posted a video zooming in on the emoji in December 2025, and it spread rapidly, racking up millions of views from people who could not quite believe they’d been sending that little icon around for years without knowing what was written on it. As LADbible reported in its coverage of the discovery, the reaction split neatly between people who immediately recognized the text and people who absolutely did not. theres an actual message on apple’s paper emoji. pic.twitter.com/67ka0MAsaD— sui (@birdabo) January 26, 2026 Those who recognized it knew it right away. The letter contains the full text of Apple’s “Think Different” campaign, which ran from 1997 to 2002 and became one of the most celebrated advertising moments in the company’s history. It reads, in part: “Here’s to the crazy ones. The misfits. The rebels. The troublemakers. The round pegs in the square holes. The ones who see things differently.” The letter ends: “Take care, John Appleseed.” Per Emojipedia, which documents the design details of every emoji across platforms, the text has been embedded in Apple’s paper emoji since the icon was introduced. It’s not just the paper emoji, either. As Creative Bloq noted, the same hidden text shows up in Apple’s notebook, memo, scroll, and clipboard emojis, and the receipt emoji contains a partial reference with the words “misfits,” “square pegs,” and “round holes” listed as line items. The name “John Appleseed” is Apple’s longstanding demo persona, used across its software and marketing materials for decades. As for Katie, nobody outside Apple knows for certain. The name varies slightly across emoji versions, appearing as “Kate,” “Katie,” or “Dear Katie” depending on which icon you’re looking at. It’s worth noting that Apple isn’t the only platform hiding things in its emoji designs. As Emojipedia documents, Samsung’s version of the clipboard emoji was once addressed “Dear Samsung,” and Facebook’s clipboard features what appears to be a small table of first names and dates, possibly birthdays. The response to Ella’s video captured something genuine: the strange pleasure of discovering that something you’ve looked at hundreds of times contained a message you never noticed. “Attention to detail is insane,” one commenter wrote. Another said: “I love when developers leave such tokens of their own in the things they built.” A third simply wanted to know: “Who is Katie?” Apple, characteristically, has not said. You can follow Ella (@el_michelle1) on Instagram for lifestyle content. This article originally appeared earlier this year. The post The little paper emoji on your phone has words on it and people are stunned at what it says appeared first on Upworthy.

One of the longest-running scientific studies of its kind might not sound all that interesting on its surface. For more than 60 years, scientists on the flank of Mauna Loa, an active volcano in Hawaii, have been collecting air. Yes, air. The work, while repetitive and tedious at times, is surprisingly among the most important scientific research ever conducted. In the early 1900s, a handful of scientists had captured similar air samples from around the globe. An engineer named Guy Stewart Callendar was one of the first to compare these datasets and conclude that the human burning of fossil fuels was causing carbon dioxide levels in the atmosphere to rise. However, the datasets weren’t very good. They were collected at different locations around the globe and at different times. In the 1930s, there wasn’t a strong baseline for what Earth’s atmosphere should look like, so the scientific community was skeptical of Callendar’s ideas. That’s where scientist Charles David Keeling comes in. Charles David Keeling. Photo credit: National Science Foundation/Wikimedia Commons In 1958, Keeling had the idea to collect air samples from the same spot every single day. It was radical at the time. His method required stationing a team at the Mauna Loa Observatory, far from cars, factories, and other human emissions, and collecting air samples in simple flasks. The entire process doesn’t sound all that scientific. One of the researchers would take a volleyball-shaped glass flask that had all of its air vacuumed out, hold his breath, walk into the wind, and open a valve that allowed air to rush in. Other teams repeated this process at various spots around the world, but the measurements at the Mauna Loa Observatory were where it all began. Despite how it sounds, Keeling was a stickler for precision and helped pioneer more accurate atmospheric measurements than the world had ever seen. Once Keeling had enough data, he realized two remarkable things about our planet. For starters, the Earth was breathing Carbon dioxide (CO2) levels in the atmosphere weren’t exactly steady. Keeling observed that they would rise and fall throughout the day, and even more so in a seasonal pattern. According to the University of Illinois Urbana-Champaign: “First, Keeling determined that CO2 levels rise and fall during the day, as well as throughout the seasons, based on vegetation growth. Plants feed themselves through photosynthesis, and CO2 is a vital ingredient of that process. With more plants growing in the Northern hemisphere’s summer months, the CO2 levels drop for a time as the plants ‘breathe’ it in.” In the winter, as plants die off and begin to decay, they release more CO2 into the air. In the Southern Hemisphere, this pattern is more or less reversed. Revealing this simple pattern helped form our understanding of Earth’s CO2 cycle, where carbon flows through the soil, oceans, atmosphere, and living organisms on the planet. This discovery also helps scientists build models that calculate the environmental impact of human behavior. Next, baseline CO2 levels were steadily rising every single year Soon, a more alarming trend became clear from Keeling’s data. Carbon dioxide levels were rising. He even developed something called the “Keeling Curve,” which is less of a curve and more of a line trending steadily up and to the right, indicating rising carbon dioxide levels. The Keeling Curve. Photo credit: Oeneis/Wikimedia Commons The Keeling Curve was one of the first undeniable pieces of evidence of human-caused climate change. As carbon dioxide levels rise, the atmosphere traps more heat and steadily warms the planet. This, in turn, leads to melting ice, rising sea levels, and more extreme weather, to name only a few consequences. Many scientists consider it one of the most important discoveries of the last century. Of course, Keeling was not the sole “founding father” of climate science. There was Callendar, whose hypotheses Keeling’s data eventually helped confirm. There was Irish scientist John Tyndall, who in 1861 discovered how certain gases could trap heat—what we now call the “greenhouse effect.” Fascinatingly, a less-heralded amateur scientist named Eunice Newton Foote demonstrated these ideas several years before Tyndall. And we’d be remiss not to give a shoutout to Jan Baptista van Helmont, a Flemish alchemist who helped identify carbon dioxide as a distinct gas. The sample collection at Mauna Loa continues to this day and remains one of the longest continuously running studies in the field. If anything, in recent years the work has only become more important. The post In 1958, a scientist began filling flasks with air. The samples showed the Earth was ‘breathing.’ appeared first on Upworthy.