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Score (96)
SS United States Begins Journey To New Reef Home
The SS United States, a legendary ocean liner known for its record-breaking transatlantic speed in 1952, is embarking on its final journey. Towed from Philadelphia down the Delaware River, this iconic ship is headed to Mobile, Alabama for preparations before becoming the world's largest artificial reef off Florida's Gulf Coast. Okaloosa County officials anticipate it will be a major diving attraction boosting local tourism. The transformation process will take over a year but promises to celebrate American innovation and history.
Score (91)
This Rock Icon is on a Mission to Cure a Rare Disease in a New Documentary
Eddie Vedder, the iconic frontman of Pearl Jam, is using his influence to combat a rare skin disease known as epidermolysis bullosa (EB). Motivated by a family friend's child affected by the condition, Vedder has channeled his efforts into a documentary titled "Matter of Time," set to premiere at the Tribeca Film Festival in June. The film highlights a series of 2023 benefit concerts in Seattle and focuses on the work of the EB Research Partnership (EBRP) in finding a cure for this debilitating disease. Affecting approximately 10 out of every million children, EB causes fragile skin that blisters and erodes easily, leading to severe complications. Vedder expressed gratitude for the support from the music community and those involved in making both the concerts and documentary possible. “This is a story of hope, resilience, and the power of community,” he said in a statement provided to CNN. "Matter of Time" combines powerful musical performances with moving stories from patients, families, researchers, and thought leaders. Jill Vedder emphasized their mission: “Epidermolysis bullosa may be rare, but through our community's tireless work, our message is reaching more people than ever.” Proceeds from these concerts have been donated to EBRP. CEO Michael Hund believes that with support from figures like Vedder and other "venture philanthropists," cultural mediums such as film and music can significantly advance research efforts. The venture philanthropy model has already increased clinical trials from two to 50 as EBRP explores potential treatments or cures through methods like gene therapy. The documentary aims not only to raise awareness but also to inspire action toward curing EB by 2030.
Score (97)
Sisterly Bond: How a 'Race Across The World' is Uniting These Siblings
Two sisters are discovering the power of family ties as they compete in the fifth series of "Race Across the World," a reality show that challenges participants to travel from China to India without flights or smartphones. Elizabeth and Letitia, racing against four other teams, have found their bond strengthened through this unique adventure. "Doing it like this is something unexpected, unimaginable, and a once-in-a-lifetime opportunity," Elizabeth shared with BBC Radio Sussex. Her sister Letitia admitted they initially didn't take the application seriously but soon questioned their ability to complete the race. The competition spans over 8,700 miles (14,000 km), starting at the Great Wall of China and traversing through China, Nepal, and India. Contestants can only spend what would be equivalent to airfare between start and finish points. The winning team will take home a £20,000 prize. Elizabeth noted that while they enjoyed traveling together before, being together 24/7 posed new challenges. "Actually doing it and making decisions together is a different story," she said. Despite their differences—Letitia described them as "very different"—the sisters found ways to complement each other during the race. "Every day we were surprising ourselves," Letitia said about facing difficult decisions along the way. While some differences led to conflict, these moments also provided opportunities for growth and understanding between them. As they continue their journey across Asia, Elizabeth and Letitia are proving that teamwork can overcome any obstacle—even one as daunting as an international race without modern conveniences.
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Score (97)
This Young Model, Who Has Down Syndrome, is Shining In The Fashion World
Seven-year-old Rio from Bath, England, is making waves in the fashion industry as one of the faces of Burberry's Children's Summer 2025 campaign. This young model, who has Down syndrome, is proving that children with the condition can achieve remarkable things. Represented by inclusive modeling agency Zebedee, Rio has also appeared in campaigns for brands like Primark, Little Bird, and CBeebies. His mother, Kimberley, shared her perspective on his journey: "These kids can do amazing things, and it's not all doom and gloom; it's not scary; it's not something to be afraid of… they're just like everybody else and we just really want to tell and show everybody that." Kimberley recalled that Rio's diagnosis was initially a shock for the family. "Every piece of information we were given or were researching online was really negative," she said. Despite this challenging start, they are now committed to promoting inclusivity in fashion alongside Zebedee. "It's definitely improving," Kimberley noted about industry inclusivity efforts. She emphasized the need for adjustments when working with models like Rio, such as extra time to acclimate to the camera or additional instructions. Sue Moore from Zebedee highlighted the significance of including people with disabilities in modeling: "It's important to people with disabilities, especially children because when they see themselves on screen it can be life-changing."
Score (91)
Renewable Energy Soars: Record Growth Sparks Hope for a Greener Future
Renewable energy capacity saw unprecedented growth in 2024, according to a report by the International Renewable Energy Agency (IRENA). The agency's findings revealed that 585 gigawatts of renewable energy were added globally, bringing the total to 4,448 gigawatts. This expansion was primarily driven by solar and wind power and accounted for 92.5 percent of the energy sector's total capacity increase. China led the charge with an impressive addition of 373.6 gigawatts, contributing more than half of the global growth. Solar energy emerged as a dominant force, making up about 42 percent of all renewable sources worldwide. Hydropower followed at 29 percent, with wind at 25 percent, and other sources like geothermal and bioenergy comprising the remaining 4 percent. The surge in utility-scale solar projects has made it the most cost-effective option available, translating into significant savings for consumers and businesses alike. Beyond economic benefits, this shift is crucial for reducing atmospheric pollution and mitigating extreme weather patterns linked to climate change. United Nations Secretary-General António Guterres highlighted the broader impact: "Record-breaking growth is creating jobs, lowering energy bills and cleaning our air. Renewables renew economies." He emphasized that while progress is commendable, efforts must be accelerated to ensure equitable access to clean energy across all nations. As renewable energy continues its upward trajectory, questions remain about when countries like the United States will fully transition to these sustainable sources. The journey toward a cleaner future is underway but requires continued commitment from global leaders.
Score (95)
How This Ancient Temple Got a Modern Makeover to Stay Strong Against Earthquakes
Travelers to Istanbul, Turkey, often find themselves drawn to the awe-inspiring Hagia Sophia, a monument steeped in history and architectural grandeur. This iconic structure has served as both a Christian basilica for nearly a millennium and later as a mosque during the Ottoman Empire. Today, efforts are underway to protect its historic domes from the threat of earthquakes. The renovation project aims to reinforce the main dome and half domes by replacing worn lead coverings and upgrading the steel framework, according to The Associated Press. Mehmet Selim Okten, a construction engineer on the scientific council overseeing these renovations, described it as a "new phase" of construction focused on seismic safety. "At the end of these three years, we have focused on the seismic safety of Hagia Sophia, the minarets, the main dome and the main arches," Okten said. This initiative follows a devastating 7.8 magnitude earthquake that struck southern Turkey in 2023. Okten noted that workers will be able to renovate more safely while examining historical damage from past fires and earthquakes. A tower crane will be installed on the eastern facade to facilitate this work. Hagia Sophia attracts an average of 50,000 visitors daily and about 6-7 million annually, according to Istanbul Deputy Akturkoglu. As preservation efforts continue, this treasured landmark remains poised to inspire future generations with its rich history and enduring beauty.
Score (98)
This Ball Bike is Rolling Into Fame With Over 8 Million Views on YouTube!
James Bruton, a former IT professional turned full-time internet creator, has taken the online world by storm with his latest invention: a bike that rolls on balls instead of conventional wheels. This unique creation has captivated millions, amassing over eight million views on YouTube. Bruton, who operates from a secret location in Hampshire, is no stranger to innovation. His background as a toy maker and robotics expert shines through in this project. The bike's spherical wheels are akin to those used by circus acrobats and are self-balancing, powered by omni wheels. "We've got some balls which are about 2ft (60cm) in diameter," Bruton explained. "I had to order the balls from the Netherlands and the motors from the USA." Despite its impracticality for everyday transport—evidenced by the spherical wheels detaching at higher speeds—the bike's novelty has captured widespread attention. "It's not a practical form of transport in any way but it's had eight million views on YouTube," he said. Bruton's creative process involves using 11 3D printers housed in his spare room to craft components for his inventions. He documents each step on YouTube, where he boasts over a million subscribers. Looking ahead, Bruton is already planning his next venture: a "handstand cheat device" featuring high-powered fans attached to his ankles designed to keep him upright while upside down. "I've been inventing ever since I was a child," Bruton shared, hinting that more groundbreaking projects are likely on the horizon.
Score (97)
Engineer Reinvents Ceramics Using Origami-Inspired 3D Printing Techniques
Researchers at the University of Houston have unveiled a groundbreaking development in ceramics, creating structures that can bend under pressure without breaking. This innovation combines ancient origami design with modern materials science, potentially revolutionizing fields such as medical prosthetics and aerospace engineering. Traditionally, ceramics are known for their brittleness and tendency to shatter under stress. However, a team led by Maksud Rahman, assistant professor of mechanical and aerospace engineering, and Md Shajedul Hoque Thakur, postdoctoral fellow, has developed a method to transform these fragile materials into tough, flexible structures. Their findings were published in Advanced Composites and Hybrid Materials. "Ceramics are incredibly useful—biocompatible, lightweight and durable in the right conditions—but they fail catastrophically," Rahman said. "Our goal was to engineer that failure into something more graceful and safer." The team utilized 3D printing to create ceramic structures based on the Miura-ori origami pattern. These were then coated with a stretchable, biocompatible polymer. The result is a structure capable of handling stress in ways traditional ceramics cannot; when compressed from various angles, the coated structures flexed and recovered instead of cracking or breaking. "The origami geometry gave us mechanical adaptability," Thakur said. "And the polymer coating introduced just enough flexibility to prevent sudden breakage." Testing showed that these coated structures consistently demonstrated greater toughness than their uncoated counterparts. "Origami is more than an art—it's a powerful design tool that can reshape how we approach challenges in both biomedical and engineering fields," Rahman said. This innovative approach could lead to significant advancements across multiple industries where lightweight yet durable materials are essential.
Score (95)
Meet The Legless Robot That Can Leap 10 Feet High
Inspired by the acrobatics of a tiny parasitic worm, engineers at Georgia Tech have developed a 5-inch soft robot capable of jumping as high as a basketball hoop. This innovative device, described in the April 23 issue of Science Robotics, is crafted from silicone with a carbon-fiber spine and can leap 10 feet into the air without legs. The research team drew inspiration from nematodes, or roundworms, which are among Earth's most abundant creatures. These worms can jump up to 20 times their body length by contorting their bodies into unique shapes. "Nematodes are amazing creatures with bodies thinner than a human hair," said Sunny Kumar, lead coauthor and postdoctoral researcher at Georgia Tech's School of Chemical and Biomolecular Engineering. Using high-speed cameras, Victor Oretega-Jimenez observed how nematodes bend their bodies to propel themselves forward or backward. To jump backward, they point their head up while tightening their midsection; for forward jumps, they create a kink on the opposite end. "Changing their center of mass allows these creatures to control which way they jump," Kumar explained. The researchers replicated this behavior in soft robots reinforced with carbon fibers to enhance jumping ability. The study suggests that similar elastic systems could be used in engineering applications requiring navigation across varied terrain. "A jumping robot was recently launched to the moon," Kumar noted. "Our lab continues to find interesting ways that creatures use their unique bodies to do interesting things, then build robots to mimic them.
Score (94)
Miracle Baby 'Born Twice' After Groundbreaking Surgery Removes Rare Tumor
A remarkable medical journey unfolded for Lucy, a 32-year-old special needs teacher from Sonning Common, Oxfordshire. Diagnosed with ovarian cancer at just 12 weeks pregnant, Lucy faced a daunting challenge. At 20 weeks, a team of 15 doctors at John Radcliffe Hospital in Oxford performed an extraordinary five-hour operation to remove cancerous cells from both ovaries while preserving her pregnancy. This rare procedure involved lifting Lucy's womb out of her abdomen, allowing surgeons to access and remove the tumors. The womb remained connected to vital blood supplies to ensure the baby's safety. "The dedication and expertise of our multidisciplinary team ensured a positive outcome for both Lucy and her baby," said Mr. Hooman Soleymani Majd, one of the lead surgeons. Lucy described feeling "in very safe hands" throughout her hospital stay. "Every doctor and nurse we spoke to was lovely, supportive and knowledgeable," she said. Despite having no symptoms before the diagnosis, she expressed gratitude for the timely intervention that saved her life and that of her unborn child. Her son was returned safely to his mother’s womb during surgery and was later born healthy at the end of January, weighing 6 pounds 5 ounces. Now looking forward to completion surgery next month, Lucy reflects on their journey: "For me, that's the main thing—that he is here; he is healthy." Ovarian cancer affects approximately 7,000 women annually in the UK, with over 4,000 deaths each year, according to Cancer Research UK.
Score (95)
DNA Origami Lights Up Pancreatic Cancer Cells, Paving Way for New Treatment
Researchers at the University of Illinois Urbana-Champaign and Purdue University have made a breakthrough in pancreatic cancer treatment using DNA origami structures. These innovative structures can deliver fluorescent imaging agents directly to cancer cells, leaving healthy cells untouched. Led by Professors Bumsoo Han and Jong Hyun Choi, the study focused on targeting KRAS mutant cancer cells, which are found in 95 percent of pancreatic cancer cases. "This research highlights not only the potential for more accurate cancer imaging but also selective chemotherapy delivery," Han said. This advancement could significantly improve current treatments for pancreatic ductal adenocarcinoma by enhancing tumor margin imaging during surgical resection. Published in Advanced Science, the study utilized DNA's double-stranded nature to create nanoscale scaffolds that hold fluorescent dyes. The team developed 3D-printed "tumoroids" and microfluidic systems to mimic tumor environments, reducing reliance on animal testing and speeding up clinical applications. The researchers tested various sizes of tube and tile-shaped DNA origami molecules. They discovered that tube-shaped structures measuring about 70 nanometers in length were most effective at targeting cancerous tissue without affecting surrounding healthy tissue. "We were surprised to see how drastically the variation in size and shape influenced uptake by cancer cells versus healthy cells," Han noted. The next phase involves loading these DNA molecules with chemotherapy drugs for targeted delivery to cancer cells. This approach aims to minimize harm to normal cells while advancing drug discovery through engineered tumor models. This research received support from the National Institutes of Health and the National Science Foundation.