Kings & Queens Royal Academy

Commonly used Chemistry Lab Apparatus 🔬💡🎯🔍💻🎨🧬

Belgium’s youngest scientific mind has reached a milestone most researchers only dream of. At just 15, Laurent Simons has earned a PhD in quantum physics from the University of Antwerp, after successfully defending a thesis rooted in some of the most complex ideas in modern science.

Laurent’s academic journey has always moved at extraordinary speed. He finished high school at eight, completed a bachelor’s degree in physics by 12, and has spent years exploring how physics, medicine, and artificial intelligence can work together to push human abilities further. His early training included electrical engineering courses at Eindhoven University of Technology and research experience at the Max Planck Institute, where he studied how quantum optics could be applied to medical science.

For his doctoral work, he focused on Bose–Einstein condensates and their intriguing parallels with black holes—research that stands at the edge of both theoretical physics and real-world medical innovation. Now already pursuing a second PhD in medical science with an emphasis on AI, Laurent’s long-term goal is nothing short of bold: developing technologies that enhance human performance and challenge the limits of biological aging.

Source: The Brussels Times (Huppe, L., 2025)

In Israel, engineers have turned a simple idea into a global breakthrough — pipes that make electricity as water flows through them. These innovative smart pipes are fitted with tiny internal turbines that spin naturally from water pressure, producing clean power without fuel, emissions, or environmental impact.

The electricity they generate is strong enough to power streetlights, sensors, and even small communities, turning ordinary plumbing systems into hidden renewable energy grids. Unlike traditional dams or hydropower plants, these systems don’t need new land or large infrastructure — they use what already exists beneath our cities.

Now installed across several Israeli towns, the technology is proving that sustainability doesn’t always need a revolution — just smart engineering in the right place.

In Japan, schools take a very different approach to cleanliness and responsibility. Instead of hiring janitors to sweep floors, empty trash bins, and scrub hallways, the students themselves do it. Every day, children grab brooms, cloths, and buckets to clean their classrooms, hallways, and even bathrooms. This practice, known as o-soji (meaning “big cleaning”), is not about saving money, it’s about shaping character.

The idea is simple: cleaning is considered part of education, not a punishment. By taking care of their school, students learn respect for shared spaces, responsibility for their environment, and humility in doing work that benefits everyone. Teachers often join in, showing that no task is beneath anyone. The system builds teamwork, discipline, and a sense of equality, because everyone from the youngest child to the principal contributes.

Japanese schools view this ritual as essential to raising mindful citizens. Instead of teaching children that cleaning is someone else’s job, it instills the belief that everyone plays a role in maintaining harmony. This not only keeps schools spotless but also nurtures social values that extend into adulthood.

The results are clear. Japanese classrooms and campuses are known for their cleanliness and order. Students leave school not only with academic knowledge but also with life skills rooted in responsibility, cooperation, and empathy. While some countries may see cleaning as a chore, in Japan it is woven into the culture of education itself.

Fun fact: At the end of each year, schools and families in Japan participate in o-soji, a big cleaning tradition to start the New Year fresh and free from clutter—both physically and spiritually.

Dragonflies are remarkable allies in the natural battle against mosquitoes. As adults, they are agile aerial hunters, and their larvae (known as naiads) are equally efficient predators in water. A recent meta-analysis (Priyadarshana et al., 2023) compiled data from 31 studies across 14 countries and found that a single dragonfly or damselfly nymph can consume around 40 mosquito larvae per day, reducing larval mosquito populations by approximately 45% daily—regardless of mosquito species (Aedes, Anopheles, or Culex) or larval stage.

Dragonfly larvae feed voraciously in aquatic habitats, while adults patrol the skies, preying on flying mosquitoes. Their dual-stage predation makes them powerful natural control agents. Encouraging their presence through ecological design—such as creating ponds with aquatic vegetation and avoiding pesticides—can offer a cost-effective and environmentally sustainable approach to reducing mosquito-borne disease risk.

Source:
Priyadarshana T S, Slade E M, et al. “A meta‑analysis reveals that dragonflies and damselflies can provide effective biological control of mosquitoes.” Journal of Animal Ecology, 2023.