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I don’t think that’s a very useful way to think about resource allocation. It’s not practical to only focus on what is deemed the single most important problem facing the world. Even if it could be done, it’s likely not even the most efficient way to solve problems, due to competitive advantage.

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MM-waves used for 5C also work via VGCC activation. 5C is designed to carry extraordinarily high amounts of information per second and is, therefore, extraordinarily highly pulsed. The electrical parts of these MM-waves do not penetrate well into buildings, such that millions of 5C antennae are planned in close proximity to our home, schools, churches, businesses, etc, such that it will be nearly impossible to avoid exposures. Given the high pulsation level for 5C radiation, even short exposures may well produce severe biological effects. In addition to this, the finding that 5C systems involve output power sometimes like 30 times higher output than did previous systems, we have an strong argument for disaster (Human exposure to RF fields in 5G downlinI Nasim, S Kim - arXiv preprintarXiv:1711.03683, 2017 - arxiv.org)

It looks like your link is broken. Is this the preprint you're referring to?

"Human Exposure to RF Fields in 5G Downlink" Imtiaz Nasim, Seungmo Kim https://arxiv.org/abs/1711.03683

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