➀ A study by Constructor University found no evidence of cellular damage from 5G frequencies, even at exposure levels ten times higher than legal limits;

➀ Experiments on human skin cells (fibroblasts and keratinocytes) showed no significant changes in gene expression or DNA methylation;

➂ Researchers emphasized rigorous methodology and addressed public concerns, reinforcing 5G's safety under tested conditions.

The study by the Leibniz Institute of Freshwater Ecology and Inland Fisheries (IGB) shows that light pollution, known as skyglow, promotes the growth of cyanobacteria and stimulates matter cycling in lakes. The research used a unique lake laboratory in Stechlinsee, where 24 experimental cylinders were used to study the effects of light pollution on the water ecosystem. The results indicate that low light intensities, such as typical skyglow, can significantly increase the abundance of cyanobacteria and stimulate the carbon cycle in the lake.

The University of Kiel leads an international team of researchers in creating a network of millions of synthetic 'cells'.

This breakthrough, published in Nature Communications, involves the development of a synthetic tissue that is both stable and fluid, mimicking the properties of living biological tissues.

The researchers have replicated the behavior of living cells by using a molecular machine inspired by the flagellum of swimming bacteria, studying the mechanical properties of the tissue network.