" The studies examined here were carried out by recording the EEG of a pair of subjects and administering at random a series of short light and auditory stimuli to the first subject (Sender) while the second subject (Receiver) was in a relaxed state and sensorially completely isolated from the Sender.
A first study by Giroldini et al. (2016a) showed a significant increase in brain coherence (or synchrony) of the Receiver coinciding with the sensory stimuli provided to the Sender. This result was confirmed by Radin (2017) through an independent analysis of the data using a different method.
A second study by Giroldini et al. (2018) used short ON-OFF modulated Steady-State type stimuli at frequencies of 10 Hz, 12 Hz, 14 Hz, 15 Hz, and 18 Hz. Again, a significant increase in brain synchrony of the Receiver was revealed at the same stimulation frequency as the Sender.
Both of these studies were analyzed using software developed by author GW and based on a new method of Event Related Potentials (ERP) analysis, described in Giroldini et. al (2016b), and here referred to as Global Synchrony.
Finally, a further study by Bilucaglia et al (2019) re-examined data from the same two previous research studies using an approach based on Machine Learning algorithms and again obtained significant results in line with those already acquired." |