Increasing brain cell size using 6G radiation, say Chinese researchers.

 Increasing brain cell size using 6G radiation, say Chinese researchers.

I have some fascinating information to share today: 6G radiation can cause brain cells to grow in size. Isn't that incredible? Right? Some Chinese researchers have found evidence of rapid neuronal development in mice, which could be helpful in future electronic communication.

New therapies for treating brain diseases can be developed using 6G radiation.

Radio waves in the terahertz spectrum can increase a smartphone's bandwidth to 1 terabit per second, as recently reported (Tbps). It looks like a promising contender for use with 6G and other forms of cutting-edge wireless networking.

The neurons of a mouse grew approximately 150 percent quicker than normal after being exposed for three minutes to 100 microwatts of pulse radiation at frequencies ranging from 0.3 to 3 terahertz. In addition, the overall connection length between these neurons doubled in just three days, which is quite remarkable. Researchers also found that, unlike the control group, the exposed brain cells were in good health despite the rapid expansion.

The study's primary investigator, Li Xiaoli, reported in the academic journal Acta Physica Sinica that:

Terahertz radiation protocol safety is of the utmost importance.

Researchers claim their new findings will aid in gauging future communication technologies' security and creating treatments for neurological disorders. The findings suggest that "terahertz waves of specified frequencies and energies can be developed as a revolutionary neuromodulation technique to treat or intervene in conditions like neurodevelopmental disorders."

Researchers at the Russian Academy of Sciences elaborated in 2009 that prolonged exposure to powerful terahertz radiation (with strength reaching a few watts) for many hours each day might increase brain cell temperature, disrupt growth, and cause dehydration that affects cell size, and more. There is evidence that low-level terahertz radiation can promote neuron development by increasing the production and activity of specific proteins.