New Study | Measuring The Energy Transfer From EESystem Hypercharger

A new study by Dr. Glen Rein, PhD, of the Quantum-Biology Research Laboratory in Colorado has been published. You can view on our Research page as well as below as downloadable PDF.

📄 OVERVIEW

The study focuses on evaluating the energy transfer capabilities of the EES Hypercharger™ system and its upgrades. It measures the system's effects on saline solutions and human cheek cells to assess energy transfer and bioenergetic impacts.

Key Points:

1. Objective: Investigate the effects of energy transfer from EES systems (including the Hypercharger) on saline and human cells, measuring changes in electrical impedance as a proxy for energy transfer.

2. Methods:

   • Saline solutions and cheek cells were exposed to medallions charged with three systems: a standard 12-unit EES system, an old-model Hypercharger, and a new-model Hypercharger.

   • Electrical impedance (inversely related to conductivity) was measured before and after exposure using a spectrophotometer.

3. Results:

   • Saline:

     • Standard 12-unit EES system: 20% increase in conductivity.

     • Old-model Hypercharger: 37% increase.

     • New-model Hypercharger: 51% increase.

   • Human Cheek Cells:

     • Conductivity increased progressively over three 8-hour sessions in a 12-unit system: 0% (8 hours), 12% (16 hours), and 42% (24 hours).

4. Conclusions:

   • The study confirms the energy-enhancing effects of the Hypercharger and 12-unit EES systems.

   • Stronger effects were noted with the upgraded Hypercharger compared to the standard system.

   • Extended exposure time (beyond 8 hours) is critical for achieving significant effects, though results may vary by individual and system configuration.