Research on HEARTBRIX™ EMF Protection Patch Technology

With an advanced bio-energetic technology like Heartbrix™ EMF Protection Patch Technology, which operates on subtle energetic interactions at the sub-atomic resonance level, the only effective way to evaluate its impact is by measuring changes in human physiological states — both with and without the technology present during EMF exposure.

A variety of independent tests and observational studies have shown positive shifts in biological markers when Heartbrix™ technology is applied. These evaluations typically measure the health parameters of participants before and after controlled EMF exposure, comparing the results with and without the Heartbrix™ EMF Protection Patch.

Across multiple measurement methods, the patterns are consistent:
they demonstrate the negative influences of EMF exposure, and the corresponding supportive, harmonizing effects when Heartbrix™ technology is applied.

Please note that while the studies involve different Heartbrix™ prototypes and experimental health measurement tools, the core energy-modulation technology inside all Heartbrix™ products is the same. Therefore, similar outcomes would be expected across the entire product line.

Below are examples of the types of studies and tests that have been performed in the EMF-modulation field and adapted for the Heartbrix™ technology framework:

• Double-Blind WiFi Exposure Observation Study
• Heart Rate Variability (HRV) Response Assessment
• Bio-Growth Resonance Test (Sprout Growth Test)
• In-Vitro Cell Response Analysis
• Daily-Use EMF Support Case Study
• Electrodermal Response Measurement Study
• Maternal Balance & Wellness Case Study
• Live Blood Micro-Environment Observation
• Gas Discharge Visualization (GDV) Energy Field Test
• Repeated HRV Pattern Test Under EMF Exposure

Double-Blind Placebo-Controlled WiFi Radiation Study

A third-party research institute in Europe conducted an independent study on the Heartbrix™ EMF Protection Patch to evaluate both its supportive effects during WiFi radiation exposure and its general wellness-enhancing potential even in the absence of EMF radiation.

The research followed the gold standard methodology for this type of investigation:
a randomized, double-blind, placebo-controlled study design.

The study analyzed five key physiological indicators across 15 participants in five different testing scenarios, using comprehensive statistical evaluation methods.

The findings indicate that the Heartbrix™ EMF Protection Patch demonstrated measurable supportive effects on the body when exposed to WiFi radiation.
Furthermore, the results also showed positive wellness-related responses even without EMF exposure present — suggesting that wearing Heartbrix™ may support general physiological balance regardless of external radiation levels.

Heart Rate Variability Study

The HRV measurements below show three conditions: baseline (left), after a 5-minute unprotected phone call (middle), and after a 5-minute call using the phone with the Heartbrix™ EMF Protection Patch (right).

The top chart displays the test subject’s psycho-emotional index, which dropped from 65% at baseline to 30% after the unprotected call, then rose to 70% when the Heartbrix™ patch was used.

The bottom chart shows changes in brainwave activity (delta, theta, alpha, beta, gamma) across the same conditions, illustrating the contrast between baseline, EMF exposure, and the balanced response observed with Heartbrix™.

Cress Sprouts Growth Test

This test visually demonstrates how EMF radiation can negatively affect the growth of cress sprouts — and how the Heartbrix™ EMF Protection Patch helped reduce these effects.

The setup included sprouts grown directly beside a WiFi router emitting measurable EMF radiation, as well as a control group grown 8 feet away with no EMF exposure.

On the left are the sprouts grown next to the router without protection, and on the right are the sprouts grown next to the router with the Heartbrix™ patch applied, showing noticeably improved growth.