Development
Following many enquiries and unsubstantiated commission, I have begun to conduct research into tailored pheremones, as scent is an often overlooked field when dealing with interaction.
Results are as follows:
Pheremone reworking:
This is simply modifying of the RSI to emit different isomers/optical isomers of the pheremones in question, giving rise to a different scent being emitted. This initial research has gone forth to produce further applications:
Pheremone augmentation:
The pheremones dealing with inter-sex relationships have simply been concentrated, producing a greater chance of a favourable response from people in proximity. Owing to the residual territorial instinct in humans, the sex pheremones will also provide a form of subliminal dominance over them. This, in addition to the standard subliminals provided by Agent RSI should result in easier coercion.
Carrier pheremones:
Following the reworking, I found that certain molecules can be held within certain pheremone isomers, held in place by hydrogen bonding, being released into the bloodstream on contact with the mucous membrane in the nasal passages. Payloads to be detailed in a classified post. Research into contact payloads is still being conducted
Results are as follows:
Pheremone reworking:
This is simply modifying of the RSI to emit different isomers/optical isomers of the pheremones in question, giving rise to a different scent being emitted. This initial research has gone forth to produce further applications:
Pheremone augmentation:
The pheremones dealing with inter-sex relationships have simply been concentrated, producing a greater chance of a favourable response from people in proximity. Owing to the residual territorial instinct in humans, the sex pheremones will also provide a form of subliminal dominance over them. This, in addition to the standard subliminals provided by Agent RSI should result in easier coercion.
Carrier pheremones:
Following the reworking, I found that certain molecules can be held within certain pheremone isomers, held in place by hydrogen bonding, being released into the bloodstream on contact with the mucous membrane in the nasal passages. Payloads to be detailed in a classified post. Research into contact payloads is still being conducted