Unexpected & Unexplained Phenomena in Magnetism

Sep 12, 2025

Last week, we began exploring the biofield—a fascinating way of understanding how subtle energies interact with the human body. This week, we step deeper into the frontier of magnetism: the unexpected and unexplained phenomena that surprise researchers, practitioners, and patients alike.

From ancient cultures puzzling over magnetic stones to modern clinical cases that defy conventional explanations, magnetism continues to challenge how we understand biology. Yet, alongside genuine mysteries, we also find popular myths that science has clearly debunked. Both remind us why curiosity and evidence matter.

Do Some People Sense Magnetic Fields?
Research suggests that not everyone responds to static magnetic fields the same way. Some individuals appear more sensitive, showing subtle neurological changes when exposed. Could this explain why certain people experience rapid relief while others need longer application or different placement? In over 20 years of talking with customers about magnetic fields, I’ve heard some truly mind-boggling stories, like magnets appearing to stick to their bodies. These are phenomena I can’t explain, but they remind me how much there is still to discover.
👉 Read more about people’s sensitivity to magnetic fields
Ancient Magnet Mysteries in Mesoamerica
Archaeological findings show that Mesoamerican cultures experimented with naturally magnetized stones long before modern science. Were they used for healing, rituals, or navigation? The full story remains unknown, but it reveals that humanity’s fascination with magnets runs deep. What’s more, the archaeological evidence indicates iron had yet to be discovered, so how on Earth did they even detect these magnetic fields?
👉 Discover the surprising history of magnets in Mesoamerica
The Myth of Blood Being Attracted to Magnets
One of the most common misconceptions about magnetic therapy is that magnets “pull” on the iron in blood. The truth? The iron in our blood is bound within haemoglobin and is not ferromagnetic. Static magnetic fields do not attract iron in the blood in any perceptible way.
👉 Learn why this myth persists and what the science really shows
When Relief Defies Explanation
In practice, some cases of pain relief are so rapid or long-lasting that current models—nerve signalling, ion channel modulation, and gate control theory—cannot fully explain them. These “outliers” remind us that science is still catching up with experience.
👉 See the scientific evidence so far

Science thrives on both wonder and scepticism. By distinguishing genuine mysteries from persistent myths, we move closer to understanding how static magnetic fields influence health—and why Q Magnets can be such a powerful tool in pain management.

Until next time, stay curious and stay well.

James Hermans and the Q Magnets Team