While much of the world is still adapting to 5G, the next generation of wireless technology is already quietly moving forward. 6G is no longer just a concept. It has entered the testing phase.
Across the globe, governments, universities, and telecom companies are actively researching and trialling early 6G systems. These are not public networks yet, but controlled environments where the foundations of future communication are being built.
But as this next phase develops, an important question naturally follows…
What are the implications for human health?
A History That Often Gets Overlooked:
Research into electromagnetic fields is not new. For decades, scientists and government agencies have studied how radiofrequency and microwave exposure interacts with the human body. As early as the mid 20th century, military and occupational settings examined biological effects at higher intensity exposures, particularly in radar and communications environments.
Researcher Zorach Glaser compiled extensive bibliographies of scientific studies on radiofrequency and microwave radiation, cataloguing thousands of papers exploring reported biological and physiological responses.
This highlights something important:
There has long been scientific interest in how electromagnetic exposure may influence biological systems.
What They Claim Makes 6G Different:
6G is expected to go far beyond faster speeds.
It aims to transform how we will connect, communicate, and interact with technology.
Key developments include:
• Ultra high speeds, potentially reaching terabit per second levels
• Near zero latency for real time communication
• Integration with AI for self optimising networks
• Use of higher frequency bands, including sub terahertz and terahertz waves
• Advanced sensing capabilities that interact with environments in new ways
These higher frequencies are claimed to behave differently from current networks.
They are claimed to:
• Travel shorter distances
• Interact more with surface tissues such as skin and eyes
• Require more localised infrastructure like small cells
This means exposure patterns may become more continuous, dense, and environment wide.
What Safety Guidelines Are Based On:
Current safety limits for electromagnetic exposure are primarily based on preventing thermal effects, meaning the heating of body tissue.
They are built using:
• "Established and reproducible scientific data"
• Thresholds where harm has been clearly observed
• Large safety margins below those levels
However:
These guidelines are based on what has been proven, not on everything that has yet to be fully explored.
What This Means in Practice
There is an important distinction:
Lack of confirmed harm does not equal proof of no harm.
Current standards do not fully account for:
• Long term, lifetime exposure across decades
• Continuous low level exposure from multiple sources
• Subtle biological or cellular changes
• Neurological and hormonal regulation over time
• Individual sensitivity differences
This is where the conversation around 6G becomes more relevant.
Potential Areas of Concern Being Explored:
As 6G moves into testing, researchers are beginning to examine areas that require deeper understanding:
• Interaction with skin and eye tissues due to higher frequency ranges
• Cumulative exposure in increasingly connected environments
• Possible effects on sleep patterns and circadian rhythms
• Neurological load from constant stimulation and connectivity
• Cellular level responses that may not present immediate symptoms
These are not confirmed harms, but they are areas where more focused research is needed.
A Broader View of Health:
Health is not shaped by one factor alone.
Your environment, nutrition, stress levels, immune function, and overall terrain all influence how your body responds to external inputs.
As exposure environments evolve, the total load on the system becomes an important consideration.
This includes:
• Digital saturation
• Reduced recovery time
• Continuous environmental input
Where This Leaves Us
6G is still in testing. Public rollout is expected in not to distant future.
Right now:
• There is no public 6G network available
• Long term data is not yet available
• Health impact research is still developing
Which means:
We are in the observation phase, not the conclusion phase.
Moving Forward
Stay informed
Ask better questions
Support independent research
Prioritise your health and resilience
Technology will continue to advance.
Health research must keep pace with it.
Written by Maryjayne Aria Author of Immune Health, Terrain & GcMAF
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