Rabindra Kumar Mahato

Saudi Arabia’s Jeddah Tower has reached a major construction milestone, with the structure now standing 80 stories high. Designed to be the first building to exceed a height of 1,000 meters, the project has resumed full-scale operations. Once completed, this architectural marvel will reclaim the title of the world’s tallest skyscraper, serving as a landmark for the Kingdom’s Vision 2030.

What if the ugliest part of your drive could grow into something that feels like hope?

In Mexico City, some of the giant concrete pillars that hold up the Periférico highway are being wrapped in vertical gardens.

Not just a few plants here and there. Real living walls climbing up the columns, turning gray into green.

The project is often called Vía Verde. It started after public pressure and a big wave of support, and it set out to cover more than a thousand pillars along a long stretch of road.

When you picture Mexico City traffic, you probably picture noise, exhaust, and that heavy air that sticks in your throat.

So seeing flowers and leaves where there used to be only stained concrete hits people right in the chest. It is not magic. It is not a full fix.

Even supporters say it is one step, not the solution. And critics have questioned how much these gardens can truly change air pollution levels, especially next to so many cars.

But there is still something powerful about it.

Because cities are made of choices. And this one says: we refuse to accept ugly as normal. We refuse to stop trying.

Maybe it cleans the air a little. Maybe it cools the street a little. Maybe it mostly changes how people feel as they move through their own home.

And honestly, in a place that has carried the weight of smog for so long, even a small breath of green can feel like a promise.

References:

Mexico City’s vertical gardens: seeds of change or cynical greenwashing? The Guardian
Jardines verticales para la avenida más congestionada de la Ciudad de México - EL PAÍS
Mexico City Has An Innovative Vertical Garden On A Massive Highway - World Economic Forum

Disclaimer: Images are generated using AI for illustration purposes only.

Reports from the United States are drawing global attention after scientists disclosed early advances in a technology that could one day enable skills to be transferred directly into the human brain. While the concept has been widely compared to scenes from The Matrix, researchers emphasize that it is a legitimate field of study, albeit still in its experimental stages.

The work centers on identifying and mapping the specific neural patterns that occur when a person learns a particular skill. Scientists are exploring whether these patterns can be introduced into another brain through targeted electrical stimulation and advanced neural recording techniques. In essence, the aim is to accelerate learning by guiding the brain using activity patterns from someone who has already acquired the skill.

At present, experiments are limited to simple motor functions and basic response tasks. The technology is far from enabling the instant transfer of complex knowledge such as languages or combat skills, but even the ability to influence learning speed represents a significant scientific breakthrough. Researchers suggest the long-term potential could include helping stroke patients recover lost abilities, improving training for complex professions, and treating disorders related to memory and learning.

The prospect of rapid or assisted learning has generated both enthusiasm and caution. Supporters view it as a possible revolution in education and rehabilitation, while critics raise ethical and safety concerns about direct brain intervention. Scientists stress that practical applications remain years away, but current findings suggest the idea of direct skill transfer is no longer confined to science fiction.

Scientists discovered a deep-sea creature pulling carbon from the atmosphere that they didn’t know was there.

The ocean soaks up 30% of all carbon dioxide emissions and 90% of excess heat generated.

Researchers found microbial heterotrophs are helping fix carbon in the deep ocean alongside ammonia-oxidizing autotrophs.

The theory about deep ocean carbon fixing didn’t match the data because there wasn’t enough energy for ammonia oxidizers to be the sole source. Scientists were asking the wrong question all along.

The discovery helps us better understand the deep ocean food web and our ocean’s carbon-storing abilities in fighting climate change.

No phone. No screen. Just look.
Smart lenses now display maps, messages, and health data directly in your vision. Real people tested them. They worked.
The future isn't in your pocket anymore. It's on your eye.
Shared for informational purposes only.
Source: Mojo Vision / CES 2026 Preview

Daily insulin injections might soon become weekly.
Scientists developed smart insulin that circulates in your bloodstream but stays dormant. The moment blood sugar rises, it activates, lowers glucose, then switches off. When blood sugar is normal, it stays asleep.
This solves hypoglycemia, where traditional insulin keeps working even when blood sugar drops dangerously low.
Smart insulin mimics what a healthy pancreas does. Responding only when needed. Your medication shouldn't fight your body. It should work with it.
Source: Nature Biomedical Engineering (2025)

Wisdom teeth are often removed and discarded, but the dental pulp inside them contains mesenchymal stem cells that researchers actively study in regenerative science. In laboratory and preclinical studies, these cells have shown the ability to differentiate into bone, muscle, and nerve-like tissue, making them especially relevant for tissue repair and regenerative dentistry research. While their potential is promising, current applications remain experimental and are not yet part of approved clinical treatments.

During Lionel Messi’s quick GOAT India tour in December 2025, an Indian security officer got the ultimate free moment — a selfie with the football legend — while their convoy was stuck in Mumbai traffic.

No VIP pass. No ₹10 lakh fee. Just a traffic jam that turned into a once-in-a-lifetime memory. The officer casually clicked the photo during the standstill, while fans elsewhere were paying huge amounts for official meet-and-greet selfies at luxury venues like Hyderabad’s Falaknuma Palace.

The video quickly went viral, with social media calling it a “200% IQ move” and peak desi luck — proving once again that Mumbai traffic can beat stadium crowds and sky-high prices.

🌧️👃 Humans Are Incredibly Sensitive to Petrichor — Far More Than Sharks Are to Blood 🦈✨

That earthy, calming smell you notice right after rain has a name: petrichor. And astonishingly, scientific studies show that humans can detect petrichor at concentrations up to 200,000 times lower than what sharks need to sense blood in water.

Petrichor is produced when rain hits dry soil, releasing oils from plants and a compound called geosmin, made by soil-dwelling bacteria. The human nose is extraordinarily tuned to geosmin — we can sense it at parts per trillion. This sensitivity likely evolved as a survival advantage, helping early humans detect fresh rainfall, fertile land, and nearby water sources.

While sharks are famous for their blood-detecting abilities, their threshold is actually much higher than popular myths suggest. In contrast, the human sense of smell for petrichor is among the most sensitive chemical detection systems in the natural world.

So the next time rain hits dry ground and you pause to breathe it in, remember — your brain is responding to one of nature’s most ancient and powerful signals. 🌍💧

References:
Nature Chemistry … “Geosmin and the chemistry of petrichor.”
Scientific American … “Why humans are extraordinarily sensitive to the smell after rain.”
Smithsonian Magazine … “The science behind petrichor and human olfactory evolution.”
Journal of Experimental Biology … “Olfactory detection thresholds in humans and marine predators.”
National Geographic … “How smell shaped human survival.”

If you wrong a crow, it will remember your face forever.
Scientists found that crows recognize individual humans, hold grudges, and pass those grudges to their children. In one study, crows attacked anyone wearing a specific mask years after the original incident. Even strangers.
The original crows taught their offspring exactly who to hate.
Think twice before you mess with the birds. They're keeping score.
Source: University of Washington

Did you know digestion works differently in men and women? According to a Mayo Clinic study, food takes about 33 hours to fully digest in men, but around 47 hours in women. That’s almost 14 hours longer! This slower digestion in women can cause bloating, nausea, or a longer feeling of fullness after meals.

Hormones and anatomy play a big role. Women have a slightly longer colon and certain digestive muscles that work differently, which also affects how fast food moves through the system. Because of this, women are more prone to constipation, irritable bowel syndrome (IBS), and sometimes a sudden urgent need for the bathroom.

Men’s digestion is faster, which means their stomach empties quicker and they feel hungry sooner. But slower digestion isn’t all bad—it allows nutrients to stay longer in the body. Experts say it’s important to track your digestion, eat a balanced diet, stay active, and consult a doctor if anything changes unexpectedly.

Understanding these differences helps you manage your health better and respect how your body works naturally!

Claims circulating online say that Dubai is planning to open an "Emirates Air Hotel" at a height of 580 metres, featuring a real Airbus A380 aircraft mounted on top. A closer look shows that this idea is not officially confirmed its just unverified idea!