All you need is love
April 7, 2026
Did you know that our hearts transmit electromagnetic fields that affect, not just our emotional states, but our physical bodies and those of others, too?
A new study from Athens takes a fascinating journey into the heart of the matter.
Authors Andreas Palantzas and Maria Anagnostouli say that the heart emits the strongest magnetic field in the body (around 0.01mG closest to the myocardium) and that these fields affect a person’s body – and their emotions.
The authors suggest ‘that the body’s magnetic field, particularly the heart’s and brain’s, encode and transmit emotional information. Different emotional states generate distinct biomagnetic fields that may reflect the body’s metabolic state. Positive emotions (love, compassion, appreciation) generate coherent HRV [heart rate variability] patterns, radiating ordered electromagnetic signals, while negative emotions (fear, anger, anxiety) result in incoherent signals and energy loss. Among those, fear has the largest bio-field signature.’
So what happens when a person is exposed to artificial electromagnetic fields?
That will depend on the frequency. Some frequencies have beneficial effects on the body, whereas others, such as the fields from powerlines and wiring, can have harmful effects such as mitochondrial dysfunction, overload of calcium ions and destabilization of wave propagation. For example, ‘geomagnetic storms reduce HRV and increase stress; fields simulating the International Space Station heighten autonomic reactivity to emotional stimuli; low strength, low frequency fields induce measurable ECG changes,’ the authors say.
We wonder if that might be why many sensitive people report emotional reactions, such as depression, irritability, anxiety, sadness and loneliness, when exposed to electromagnetic fields from some technologies.
According to Palantzas and Anagnostouli, the heart’s field affects more than an individual. It can affect the hearts of people around them as well. ‘The heart’s magnetic field, being the strongest in the body, can influence nearby nervous systems, enabling heart-to-heart synchronization and physiological coupling. EEG–ECG studies confirm cross-individual rhythm synchronization, even without direct contact, and proximity can allow one person’s ECG to register in another’s EEG.’
Going one step further, the authors explain that groups of individuals experiencing an emotion can have a much wider impact. ‘When individuals are in similar emotional states, their magnetic fields become more coherent and can spread contagiously, influencing others and leading to synchronized responses,’ they say.
The observations in this paper raise some important questions about how our technologoy use could be affecting our individual and global emotional state.
It looks like modern science is confirming what The Beatles knew in the 1960s: All you need is love.
Palantzas, A., & Anagnostouli, M. (2026). The Heart’s Electromagnetic Field in Emotions, Empathy and Human Connection: Biosensor-Derived Insights into Heart–Brain Axis Mechanisms and a Basis for Novel BioMagnetoTherapies. Sensors, 26(5), 1738. The Heart’s Electromagnetic Field in Emotions, Empathy and Human Connection: Biosensor-Derived Insights into Heart–Brain Axis Mechanisms and a Basis for Novel BioMagnetoTherapies
To think about
- What emotions do you experience when you spend time on a mobile phone or other wireless device?
- Does having a device-free weekend, make any difference to your emotional state?
- Does reducing your kids’ time on wireless devices make any difference to their behaviour?
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