Swipe ⬅️ Canadian photographer Francois Brunelle spent a decade searching for real-life doppelgängers — unrelated people who look so similar they could be mistaken for identical twins — and capturing their portraits. His project, titled “I’m Not a Look-Alike,” has begun receiving the recognition it deserves. A student of human expression since he first picked up a camera in 1968, Brunelle has long been intrigued by the striking similarities between unrelated look-alikes. His work reflects both this fascination and his ongoing pursuit to “capture the elusive human soul.” (📸: @francoisbrunelle.doubles) - #photooftheday #explore #funny #wholesome #storytelling #love #viral #blackandwhite

✈️ Big News in Travel! Air India has officially launched India’s first direct non-stop flight to the Philippines, connecting Delhi with Manila. The inaugural flight took off today from Indira Gandhi International Airport, opening a new chapter in India–Philippines air connectivity. The launch ceremony was graced by H.E. Josel F. Ignacio, Ambassador of the Philippines to India, along with Maria Cynthia P. Pelayo, Minister & Consul General at the Embassy of the Philippines, and P. Balaji, Group Head – Government, Risk, Compliance & Corporate Affairs, Air India, alongside senior dignitaries. 🌏 This new route not only strengthens ties between the two countries but also makes exploring the beautiful islands of the Philippines more accessible for Indian travellers! 🌴✨

Amid the Western portrayal of Niger as a failed state reeling under attacks by terrorists after expelling the French troops, President Tchiani traveled on road in an unprecedented journey across the country’s seven regions, in an act of defiance as well as reassurance. Hundreds of thousands of people took to the streets across Niger between November 8 and 20 to greet their president, General Abdourahamane Tchiani, who was on an unprecedented trip to all seven regions by road in a 12-day-long journey. Tchiani’s journey came amid a proxy war allegedly waged by France using terror groups to destabilize the country after its troops were expelled. Niger’s partners in the Alliance of Sahel States (AES) – namely its neighbors Mali and Burkina Faso, which had also expelled French troops after popular coups amid mass protests – have also accused France of fielding terror groups to destabilize former colonies, asserting sovereignty. 📲 Read the full article on our website.

https://www.databridgemarketresearch.com/reports/middle-east-and-africa-wood-pellet-market

A Renaissance-era sketch may hold the key to building quieter drones. Scientists at Johns Hopkins University have revived Leonardo da Vinci’s “aerial screw,” a spiral rotor concept from the 1480s, and found it has a modern application: reducing the noise and energy demands of drone propellers. Through detailed computer simulations, they discovered that the helical rotor design offers surprising acoustic and aerodynamic benefits.⁠ ⁠ Unlike the sharp, narrow blades found on most commercial drones, da Vinci’s aerial screw has a broad, corkscrew-like surface that spins more slowly. That slower spin—and the smoother distribution of lift—means less turbulent airflow and fewer of the shrill, high-frequency tones typically produced by fast-spinning blades. Though the aerial screw generates slightly less lift than standard rotors, it compensates with greater surface area, resulting in more stable flight with far less noise and reduced mechanical power.⁠ ⁠ The implications for urban drone use are significant. Drones are increasingly being deployed for deliveries, inspections, and emergency response, but their noise—often compared to a swarm of angry bees—remains a major public complaint. A quieter rotor system could help drones integrate more seamlessly into everyday life without disturbing communities, especially in crowded cities where even subtle sounds can escalate into constant background noise.⁠ ⁠ While the researchers aren’t suggesting we swap all modern drone blades for da Vinci’s screw, they argue it’s time to revisit unconventional rotor shapes. Innovations sometimes mean looking forward—but other times, they mean rediscovering what we left behind. In this case, an idea sketched in the margins of history could reshape the future of flight, combining ancient vision with modern engineering.⁠ ⁠ Source: 2506.10223⁠ ⁠ #drones #technews #innovation #sciencefacts #engineering #futuretech #quiettech #davinci #designideas #droneflight #aerodynamics #techhistory #noisecanceling #urbanmobility

A Japanese team just took a sharp step toward cleaning Earth’s crowded orbit without ever touching the trash. At Tohoku University, researchers demonstrated a bi-directional plasma thruster that fires two opposed jets of ionized gas, one to slow a target hulk and the other to cancel the recoil that would shove the cleanup craft away.⁠ ⁠ Plasma is a charged gas, so directing it at debris can bleed off speed until the object dips into the atmosphere and burns up. The catch has always been Newton’s third law, the same push that slows the junk kicks the remover backward. This engine solves that by balancing thrust in real time, keeping the chaser parked on target instead of drifting off.⁠ ⁠ The team also added a “cusp” magnetic field, a configuration borrowed from fusion research, to corral and focus the plasma. In vacuum-chamber tests, that tweak boosted performance, tripling the deceleration reported in earlier experiments and delivering measured pushes in the tens of millinewtons at kilowatt-class power. Researchers note that this could make future debris-cleaning missions far more efficient, extending operational lifetimes and allowing smaller spacecraft to take on bigger jobs.⁠ ⁠ Practical perks matter in orbit, and this design runs on argon, which is cheaper and easier to source than xenon common in ion engines. At projected levels, about 30 millinewtons of sustained braking could deorbit a one-ton object in roughly 100 days, a scale that targets the largest collision risks that could trigger a Kessler-style chain reaction.⁠ ⁠ There’s work ahead, from standoff distance control to propellant budgets for long burns. But the core result, peer-reviewed in Scientific Reports on August 20, 2025, shows a path to contact-free debris removal that is stable, scalable, and built from known physics rather than wishful thinking.

St. Peter’s Chapel launched an experiment called “Deus in Machina” a confessional booth where you can talk to an AI Jesus.  The avatar speaks over 100 languages and is trained on the New Testament + theological texts, powered by AI.  It’s framed as a spiritual-tech experiment, not a replacement for real confession, more like a safe “listening moment” where people freely ask questions about faith, life, guilt, or doubt.  What are your thoughts? 💭 📲 Download the FREE @Travly App to book your next trip 🤍 Link in bio to download! #Travel #explore #traveling

PlayStation Senior Vice President Eric Lempel told the BBC during the PS5’s fifth-anniversary interview that the console’s best-selling game has not been released yet. He said PlayStation is “hitting its stride” and that “a lot of great content” is still on the way. With PS5 and PS5 Pro passing 84 million units worldwide, Lempel’s comments sparked curiosity about which major title he may be referring to. Which upcoming PS5 game do you think he means? #PlayStation #PS5 [Follow @gamenewsplusnet] Hashtags: #Gaming #VideoGames #Game #Gamer #GameNewsPlus

Baldness might soon meet its match in a patch made from sugar. Scientists have engineered a dissolving microneedle system that fuses minoxidil, the main ingredient in Rogaine, with stevioside, the natural sweetener from the Stevia plant. The result is a tiny grid of microscopic spikes that melt into the scalp, releasing medication directly to the roots of hair growth.⁠ ⁠ Developed by teams in China and Australia and published in *Advanced Healthcare Materials*, the invention solves two of minoxidil’s biggest problems: it doesn’t dissolve well in water, and it barely seeps through skin. By building the microneedles out of stevioside, researchers found a way to make the drug more soluble, more absorbable, and far more effective than traditional topical solutions.⁠ ⁠ Microneedles work by creating painless channels through the skin’s outer layer, then dissolving to deliver their contents exactly where hair follicles lie. Stevioside, a molecule with both water-loving and water-repelling sides, behaves like a natural carrier, wrapping around minoxidil and ferrying it deep into the epidermis without the sting or irritation of alcohol-based treatments.⁠ ⁠ In lab tests using pig ear tissue, more than 85% of the drug penetrated the skin, with nearly 20% staying in place, over twice the amount seen with regular liquid minoxidil. When tested on mice bred to mimic pattern baldness, the patch spurred regrowth in roughly 67% of the treated area within 35 days, compared to just 25% for standard applications.⁠ ⁠ The technology could streamline hair restoration routines, reducing the need for daily treatments and avoiding messy solvents. Still, human biology remains the ultimate test, since hair growth cycles in people are slower and influenced by many factors. Clinical trials will determine whether this sweet innovation can turn a pantry staple into the next revolution in hair loss therapy.⁠ ⁠ #tech #biotech #dermatology #hairloss #minoxidil #microneedles #stevia #regenerativemedicine #innovation⁠ ⁠ Source: 10.1002/adhm.202503575

Shaitaan movie director #VikasBahl creates some authentic moments in unsettling situations, supported by a delicate idea and compelling performances, but he shockingly shows an upright swing in the battle overs. Check out our thoughts on the movie: Is it worth your time to watch or not? #SHAITAAN #ajaydevgn #rmadhvan #shaitaanmovie #shaitaanmoviereview #ShaitaanReview