ARS remote sensing pulse

According to the account of the Affected Person the ARS exposure is typically accompanied by what appears to be a remote sensing pulse of an unknown physical type more commonly felt after the AP goes to bed and which would be best described as an "unpleasant high pitched squeak" (almost as if it was bordering ultra-sound but not quite) typically felt as arriving from the back and hitting the head, neck or upper back region.  The remote sensing pulse may be initiated at a more remote location or in closer proximity to the AP and is usually repeated multiple times in such a manner that successive remote sensing pulses appear to have weaker intensity and appear to originate in closer proximity to the body of the AP until the final remote sensing pulse arrives which appears to be initiated at the target location (which is typically somewhere in the neck and/or head region).

A couple of observations related to the remote sensing pulse are mentioned in this declined 2023 SPIE Remote Sensing manuscript described as follows:

The laundry room test

The first observation was made in reference to the laundry room sleeping setup of Fig. 6 in the above mentioned manuscript which is also shown in Fig. 1 below.  During the "laundry room test" the AP could feel the remote sensing pulse enter the laundry room through the slit between the laundry room doors before propagating further and eventually felt hitting the head/neck from the back.

Foam mattress on the floor with a roof test

The second observation was related to section 7.2 for a setup in the corner of a bedroom similar to the one depicted in Fig. 2 and 3 below with the exception that a foam mattress placed on the floor was used instead of the elevated platform shown in Fig. 2.  During this test the remote sensing pulse was felt by AP as propagating along the walls of the room down towards the floor, then along the floor, and appear to "hit" the body of the AP (who was laying on his back on a foam mattress placed on the floor) at the back of the "head - neck - upper back" region.

The notable features of the above two observations is that the remote sensing pulse would always be felt at the back of the head or neck and that the propagation of the remote sensing pulse could somehow be felt by the Affected Person even before the pulse would reach the body.  These two observations suggest that the ARS excitation/remote sensing pulse can easily propagate through porous media such as mattress foam but is obstructed by non-porous structures such as wood and metal.  These two observations further suggest that the ARS matter is something that is contained in the air.

While experimenting with the headband and water filled stainless steel canisters in was discovered on a couple of occasions that strapping a smaller size round flask to the back of the neck would cause a collapse of the "remote sensing pulse" on the canister instead of reaching the head.  Using a flat hip flask in the same capacity behind the back of the neck never appeared to result in the same effect.  Covering the back of the neck with a wool blanket was also observed to attenuate the "remote sensing pulse".  These results suggest that the "remote sensing pulse" must represent some type of physical media excitation similar to a directed electromagnetic or an acoustic pulse.

Sometimes a form of excitation appearing similar to the "remote sensing pulse" would be felt by the Affected Person as consisting of multiple frequencies.

Another observation made by the Affected Person is that the "remote sensing pulse" appears to be weaker when less ARS matter is felt being present around the body.  This leads to the possibility that the "remote sensing pulse" described here is an unknown type of excitation specific to the ARS matter.  If this assumption is true, it is likely that what is thought to be a "remote sensing pulse" is also a form of a "deposition pulse" implanting the ARS matter to the desired body regions.  The "deposition pulse" assumption would also be consistent with the AP's perception of the ARS matter being embedded into the tissue after the "remote sensing pulse" is felt.

More recent observations report the "remote sensing pulse" being felt arriving from the floor up while standing (but not reaching the head).  Another observation made in the DIVAN after it was elevated to 41 or 48.5 inches is the arrival of the "remote sensing pulse" at the side of AP's head from above (in the direction from the ceiling towards the floor).  These observations are different from the 2 instances reported in the rejected manuscript mentioned above.  Maybe these differences are related to the reduced intensity of the "remote sensing pulse" perceived lately, and the new shielding approaches used.  However Writer does not exclude the possibility that the ARS techniques may involve two different types of a "remote sensing pulse" one of which uses a standard physics approach, and a second one being in the domain of "body-and-soul" connection (or some other type interfacing with the body using physics not in the common domain of knowledge).