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# StarLink and Satellite Radiation
- URL: https://seeingbeyond.tech/starlink-and-satellite-radiation/
- Published: 2026-10-07T17:35:57.000Z
- Updated: 2026-10-07T17:35:57.000Z
- Description: Can a community deliberately preserve places in which artificial electromagnetic exposure is kept substantially below the surrounding environment?
- Author: Seeing Beyond (Philippe Lheureux)
- Tags: #Sense of Life Recipes, Sense of Life Recipes

Cell phone towers can perhaps be reduced, but what about StarLink: EMF through satellite..? So EMF can not be avoided..?   
A question could be, given that anyway the earth will "electrify": **How to form pockets within this grid..? How to create certain sanctuaries...?** 

This could well be a more fruitful formulation than trying to create a place with “no EMF,” because in the literal sense **an EMF-free environment is impossible**. Earth itself has a magnetic field; sunlight is electromagnetic radiation; radio and television transmissions already cross enormous distances; cellular networks, Wi-Fi and satellite systems add further artificial RF fields.

StarLink does change the geography of the question. A terrestrial cell tower is a relatively local source that can, at least in principle, be relocated, reduced in power, differently oriented, or kept farther from particular areas. A satellite constellation places transmitters overhead, so removing a nearby tower does **not** create an RF-free zone.

![](https://storage.ghost.io/c/49/cb/49cb7e3b-1328-4992-afbc-99ab96f8b82e/content/images/2026/10/StarLink-1.jpg)

But there is an important qualification: a StarLink satellite does **not blanket every square meter beneath it with the same intensity**. Satellite communications use directional beams, frequencies are allocated, traffic varies, geometry changes as satellites move, and received power on the ground depends strongly on whether a beam is serving that region. And because the satellites are hundreds of kilometers away, “there are satellites overhead” by itself tells us little about someone's actual RF exposure.

So this changes the concept from **EMF sanctuary** to something scientifically much more defensible:

> **A low-anthropogenic-EMF environment.**

That could actually be defined and measured.

![](https://storage.ghost.io/c/49/cb/49cb7e3b-1328-4992-afbc-99ab96f8b82e/content/images/2026/10/StarLink-2.jpg)

### A sanctuary would therefore be about the *electromagnetic ecology* of a place

Imagine a certain village with a 2036 perspective asking something slightly different from:

> *How do we stop wireless technology?*

Instead:

> **Can a community deliberately preserve places in which artificial electromagnetic exposure is kept substantially below the surrounding environment?**

That opens up a very different conversation.

A sanctuary could minimize nearby sources without pretending that electromagnetic radiation has disappeared. No cell antenna immediately adjacent; no public Wi-Fi inside the area; wired internet where practical; lighting and electrical equipment selected partly for low electrical noise; unnecessary wireless transmitters switched off; buildings designed with attention to where electrical infrastructure is situated; and, crucially, **actual measurements before and after intervention**.

![](https://storage.ghost.io/c/49/cb/49cb7e3b-1328-4992-afbc-99ab96f8b82e/content/images/2026/10/StarLink-3.jpg)

It could even be layered rather than absolute:

**ordinary environment → reduced-wireless zone → low-RF building → specially shielded room.**

Shielding takes us into another branch of physics. Conductive materials can reflect or absorb RF. That's the principle behind a **Faraday cage**. Specialized screened rooms can attenuate external radio signals enormously.

But complete shielding introduces practical complications: openings, windows, ventilation, wiring and doors can leak RF; different frequencies require different designs; shielding can alter indoor propagation; and a cellphone inside a partially shielded environment may increase its own transmitting power while trying to reach the network.

So a sanctuary needs engineering rather than simply “EMF-blocking paint.”

![](https://storage.ghost.io/c/49/cb/49cb7e3b-1328-4992-afbc-99ab96f8b82e/content/images/2026/10/StarLink-Initial-Phase.jpg)

### And therefore, there is a larger idea hiding here

We used the word **pockets**.

That is potentially a much stronger concept than opposing electrification itself.

Modern society is unlikely to reverse telecommunications, satellites, computing and electrification wholesale. But societies routinely preserve environments whose qualities would otherwise disappear.

We create:

**dark-sky preserves** because artificial illumination is becoming ubiquitous.

We create **quiet zones** because mechanical noise is becoming ubiquitous.

Radio astronomers create **radio-quiet zones** because artificial RF would overwhelm extraordinarily sensitive observations.

And ecological reserves preserve biological conditions that the surrounding technological landscape no longer provides.

So one could ask:

> **If technological civilization increasingly modifies the electromagnetic environment, should we deliberately preserve electromagnetic quiet in some places—regardless of whether every claimed biological effect of low-level RF has been established?**

That framing is considerably broader than EHS or “cell towers are dangerous.”

It can include scientific research, wildlife research, contemplative environments, sleep environments, radio astronomy, technological restraint and people's preference for places with less technological intrusion.

And it does **not** require making the claim that ordinary cellular RF causes a particular illness.

There is a precedent for one part of the concept: radio astronomy already depends upon protected radio-quiet environments. The reason is instrument sensitivity rather than human health, but it demonstrates that **electromagnetic qualities of geographical space can be intentionally protected**.

This could become an interesting strand for 2036 Village project:

> **Dark skies. Quiet soundscapes. Electromagnetic quiet.**  
>  
> Instead of defining the future merely by which technologies we permit, ask which qualities of the environment we deliberately choose to preserve.

And then the next scientific question almost asks itself:

**What would we actually have to measure to say that one place is electromagnetically “quieter” than another?**

That takes us from philosophy into something concrete: RF spectrum measurements, electric and magnetic fields, frequency versus power, time variation, cellular versus Wi-Fi versus satellite contributions—and eventually the possibility of actually **mapping the electromagnetic landscape of a village** rather than arguing about it abstractly.