I joined Finnerty on NEWSMAX to warn that 6G will not simply deliver faster internet—it will dramatically intensify EMF exposure while enabling AI brain chips and advanced surveillance systems.
While 5G networks operate across frequencies ranging from approximately 0.6 to 48 GHz, 6G networks are expected to extend into terahertz (THz) frequencies. Under laboratory conditions, THz radiation has already been shown in human-derived cells and tissues to induce:
- DNA damage and DNA-damage signaling
- Genomic instability
- Impaired neural stem-cell proliferation
- Disrupted cell-cycle activity
- Altered gene expression
- Mitochondrial dysfunction
- Inflammation
- Apoptosis and cell death
One study found that THz exposure caused DNA damage, impaired proliferation, and apoptosis in human neural stem cells, with stronger effects at higher intensities and longer exposure durations.
The effects vary substantially by frequency, intensity, pulse structure, exposure duration, and tissue type. These studies do not yet prove that real-world 6G exposure will cause widespread disease, but they establish serious biological warning signals that demand rigorous long-term human testing before deployment.
Unfortunately, the multitrillion-dollar telecommunications industry is unlikely to adequately test chronic 6G exposure in humans before mass deployment—just as 5G was rolled out without comprehensive human safety studies: see this.
And the concerns extend far beyond health. 6G is being developed to support AI brain chips and surveillance systems capable of detecting human presence, movement, and activity through walls.
6G infrastructure is expected to be operational in many major cities by 2030. Sadly, politicians appear to have little understanding of the potential consequences of blanketing entire populations in largely untested terahertz electromagnetic radiation.
*
Click the share button below to email/forward this article. Follow us on Instagram and X and subscribe to our Telegram Channel. Feel free to repost Global Research articles with proper attribution.
Source link
