Individuals with photosensitive epilepsy can now watch television without fear of seizures. Researchers from the UK have developed unique glasses that block harmful wavelengths of light that trigger episodes. The specially designed lenses neutralize red light in the range of 660–720 nanometers.
How loneliness affects the brain and potential savings from going vegan: today's top news highlights.
Top news for November 25: glasses that prevent seizures, nanospaghetti for medical use, and a mysterious "phantom" chemical found in water.
https://www.techinsider.ru/science/1667549-kak-odinochestvo-vliyaet-na-mozg-i-skolko-mojno-sekonomit-esli-stat-veganom-glavnye-novosti-segodnya/2024-11-26 08:19:07
New Glasses Protect Against Seizures in Photosensitive Epilepsy
Scientists Discover How Much Money Can Be Saved in a Year by Going Vegan
Adopting a vegan diet is not only beneficial for health but also cost-effective. Researchers found that it can save up to 46,000 rubles a year compared to a regular diet. In contrast, the popular Mediterranean diet tends to be more expensive. Additionally, a vegan diet aids in quicker weight loss and lowers cholesterol levels.
Study of the Prefrontal Cortex Reveals That Loneliness Changes the Brain
Scientists have discovered that the brains of lonely individuals function differently. Changes affect the medial prefrontal cortex and how they process social information. Loneliness is not merely a lack of social interaction; it is a profound subjective feeling of isolation that can alter behavior and even language.
Researchers Identify "Phantom" Chemical in US Tap Water
Researchers have identified a mysterious chemical that has remained in the shadows for decades. The anion chloronitramide, a byproduct of water treatment with chloramine, has been found in all samples of tap water across the US. While chloramine protects water from bacteria, its byproducts may be toxic.
British Scientists Create the Thinnest "Spaghetti" in the World
Chemists from London have developed nanospaghetti measuring 372 nanometers in thickness, which is 200 times thinner than a human hair. These nanofibers made from starch could revolutionize medicine: they are planned for use in tissue regeneration. Biodegradable and safe, they also conserve resources, requiring less water and energy for production.