Technology is getting updated very rapidly and people tend to be in touch with the latest technology. But star actress Juhi Chawla is urging people not to use 5G network when it enters India and even filed a petition in Delhi High Court against its arrival in our country.
According to Juhi Chawla, 5G is a lot more dangerous and hazardous to the environment than the current 4G network we are using. The 5G network has high chances of affecting not just people but also the nature including many animals. Apparently, wireless 5G network emits a lot of radiation which is certainly 100 times more than what we are being exposed to right now. She explained all these in the petition she filed and claimed that she is not against the use of technology but people should know the ill effects of radiation.
Justice Hari Shankar moved this petition to another court and the investigation will be held on June 2nd. Juhi Chawla made it clear that the 5G Network and its radiation may cause damage to its DNA and other body organs and it may even result in cancer, heart attacks, diabetes and other health issues. It is interesting to see how our judicial system responds to it.
According to Juhi Chawla, 5G is a lot more dangerous and hazardous to the environment than the current 4G network we are using. The 5G network has high chances of affecting not just people but also the nature including many animals. Apparently, wireless 5G network emits a lot of radiation which is certainly 100 times more than what we are being exposed to right now. She explained all these in the petition she filed and claimed that she is not against the use of technology but people should know the ill effects of radiation.
Justice Hari Shankar moved this petition to another court and the investigation will be held on June 2nd. Juhi Chawla made it clear that the 5G Network and its radiation may cause damage to its DNA and other body organs and it may even result in cancer, heart attacks, diabetes and other health issues. It is interesting to see how our judicial system responds to it.