Experimental Approach Towards Long-Range Interactions from 1.6 to 13798 km Distances in Bio-Hybrid Systems

Distant monitoring of entangled macro-objects

“…Assessing ME as a correlation of electromagnetic signals induced by biological systems stimulated further development of these methods for achieving ME. For instance, (Montagnier et al, 2011) reports about using DNA with magnetic fields and recorded EM signals, similar experiments are conducted by (Surinov, 2018) with mouses, (Smirnov, 2010) describes excitation by microwave radiation at 1.9mm with images of rats, (Krasnobrygev, 2009) excites spatially distributed materials by alternating magnetic field and analyzes their interactions with biological objects, (Maslobrod et al, 2014a) uses digital images and optical excitation for long-range biological ME with seeds, fungi and plant seedlings at 2000km distance, (Hachumova et al, 2014) utilizes low-frequency EM fields with acoustic and video signals, experiments in (Kernbach et al, 2016) are conducted by optical/electric field excitation with digital images and video signals. The list of such experiments and publications can be extended further.…”

“…The method consists in creating an entangled system with remote object and aqueous solution in measurement containers. Over 1000 performed experiments, in particular with LEDs excitation at 470nm, demonstrated the non-local signal (impact) transmission between such macro-systems (Akimov et al, 2001), (Kernbach, 2013a), (Kernbach et al, 2016). These experiments allow expressing the hypothesis that a remote object affects the EIS dynamics of aqueous solution in presence of optical excitation.…”

“…Multiple works (Akimov et al, 2001), (Maslobrod et al, 2014a), (Kernbach et al, 2016), (Smirnov, 2010) are devoted to the effect of non-local signal transmission. This effect is related to macroscopic entanglement (ME) (Palomaki et al, 2013), (Sperling and Walmsley, 2017), (Ockeloen-Korppi et al, 2018), (Vedral, 2008) and can be considered from several points of view: 1) as the ability to transmit signals between remote macro-systems; 2) to impose a nonlocal impact on a certain object; 3) to monitor remote objects.…”

Psychophysical interactions with photon polarization: Two exploratory studies

“…In many of these experiments, the absolute magnitude of the reported effects was small, requiring many repeated samples to detect the hypothesized psychophysical phenomena. In an attempt to improve experimental yields, the use of increasingly sensitive targets has been explored, including the direction of an electron's magnetic moment (i.e., its spin), ion transport in water, or the behavior of photons in optical interferometers (Bryan, R. A., 2006;Guerrer, 2019;Kernbach, Zamsha, & Kravchenko, 2016;Radin et al, 2016).…”