Thanks for proving my point: there's no plausible mechancism of RF causing cancer.
Is this your personal opinion, just because someone told you? Or may be you have a link on a science study and research which proves that changes caused by long RF exposure in a live cells cannot lead to any kind of disease and especially cannot cause cancer?
I'm asking you, just because current science cannot have answer on the question if such change (which is already proved, see link above for example) is linked with cancer or other diseases or not. So, I wonder why you are so sure that these changes are not connected in any way with cancer?
I just repeat it, if you didn't read it carefuly:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5509895/Studying the effects of 1800-MHz radio waves on embryonic NSCs showed that 1800-MHz RF-EMF radiation would cause damage and impairment in the expression of helix-loop-helix genes, essential for neuronal development [19]. All these results certainly indicate that EMF-RF may affect neurogenesis of NSCs. However, the precise fundamental cellular and molecular mechanisms are unknown and further in vivo and in vitro studies are still required.
As you can see, there is your mistake. RF exposure can damage genes without direct heating or ionizing effect and this is proven by science study.
This will probably be a surprising discovery for you, but living cells are rather complex molecular mechanisms that are subject to a variety of external factors, including electric and RF fields. There are many possible mechanisms for this. For example, the direct effect of an electric field on the distribution of molecules in a cell (because they have electric charge) or an indirect mechanical pressure effect on molecules due to thermal pulses of a certain frequency. The cell can restore it's state after such impact if it was a single short effect of such impact. But if the cell is subjected to the constant long-term impact of such external influence, it can lead to significant changes in the structure of the cell, including damage to the genome and even death of the cell.