See how science and technology are applied to agriculture, energy, food, construction, household problems and practical innovations in daily life.
1,485 published items in this category and its subcategories.
Egypt is able to grow tens of thousands of hectares of sugar beets in the arid desert soil of the southern part of the country thanks to underground water drilling techn…
Researchers have developed a smart mattress with specially placed heating and cooling elements that promote early sleep.
CO2 Rail, a start-up in the US, plans to capture CO2 directly from the air with modified railcars running across the country.
Carpets made from hair and fur can be used to clean up small oil spills after traffic accidents on the road or large oil spills at sea.
The micro-robot system made from iron oxide particles can change shape according to tooth shape, cleaning teeth more effectively.
Scientists successfully simulated the process of tooth formation of a star star and applied it to create a durable, biodegradable, carbon-fibre material.
In order to make the work more comfortable for workers, the company in Russia has launched a strawberry-flavored asphalt product and conducted a test.
A South African entrepreneur recently demonstrated that insects can be a valuable source of nutrients and that raising insects for food is completely harmless to the env…
The 141 m2 Glasshouse greenhouse grows rare plants, which can be opened and closed to protect the plants inside depending on weather conditions.
Scientists from Kyushu University (Japan) have developed a type of security tool that allows personal identification through sensors.
The coating, developed by the Rutgers School of Public Health, can be sprayed on food, washed before eating, and takes just three days to break down in the soil.
Tomasz Patan, co-founder of Jetson company (based in Sweden) first went to work by private jet taking off and landing
Compact robot vacuum cleaners are becoming more and more popular in households, gradually replacing bulky vacuum cleaners.
KI's nanosensors are reproducible, inexpensive and universal compared to traditional techniques.a This enables early detection of pesticides in fruit.
The achievements of sports athletes, including football players, will have a marked change when equipped with the Playermaker smart device of the company of the same nam…