Easy Scientific

Plants in the Tiankeng Complex of Dashiwei, Guangxi, have high nutrient levels but low efficiency. The unique soil conditions help them grow quickly, adapting to the environment with rich potassium but limited nitrogen and phosphorus.​

COVID-19 has spread to various wildlife species, especially in areas with high human activity. The study highlights the need for careful monitoring of both humans and animals to understand and control the virus's spread.​

Researchers at Lawrence Berkeley Lab created the rare element Livermorium (Lv, atomic number 116) using a cyclotron and titanium-50 ions. This discovery helps explore new superheavy elements and understand their stability in the "Island of Stability."​

A new experiment uses powerful lasers and x-rays to search for axions, possible particles that could explain dark matter. This method may detect axions by observing changes in light, helping to solve major physics mysteries.

In Gale Crater on Mars, iron-rich material suggests past water presence. This special material forms in cool, wet conditions and stays unchanged in cold, dry climates. It helps scientists understand Mars' history and its potential to support life long ago.

Scientists are developing GeSn alloys, which efficiently convert waste heat into electricity at low temperatures. These materials can improve energy efficiency in electronics, making them greener and reducing the need for cooling in devices like computers and wearables.​

Astronomers found hydrogen sulfide a exoplanet called HD 189733b. The discovery helps scientists learn more about how planets form and what their atmospheres are like.​

Scientists found that adding a chemical called THB to lithium metal batteries makes them last longer and work better. THB creates a strong protective layer and helps lithium ions move, making the batteries safer and more efficient.​