Japanese supercomputer shows moisture reduces the spread of the coronary

A Japanese supercomputer has shown that moisture can have a major effect on the spread of particles of the virus, so the risk of infection increases in dry conditions, closed in winter months.

These findings suggest that using wetgers can facilitate the spread of infection in conditions where regular room ventilation is not possible, a joint study conducted by Ricken and Kobe University shows.

Scientists used the Fugaku supercomputer to simulate the emissions and flow of small particles (aerosol) of infected people in various closed spaces.

The moisture below 30 percent doubles the amount of aerosol compared with the humidity of 60 percent or more, the simulations showed.

The study further showed that transparent facial shields are not as effective as masks in preventing the spread of aerosols.

Other research has also confirmed that if you sit at a table in society, there is a higher risk of being infected by people sitting on the left or on the right than by people across the table.

It also indicated that the number of singers in the choir should be limited and that they should keep a distance.

A research team led by Makotto Cubokura once used the Fugaku computer to simulate the coronary infection in trains, jobs and schools.