I got to thinking about diffusion properties, and while thinking about the new diffusion technology people have been coming up with it lead me to think about this vs skin temp, and the relationship between those two and environmental temperature. It lead me to ask the question of whether or not diffusion technology is set to environmental temperature or if it is based on skin temperature. On average, skin temperature remains a relatively equilibrium temperature between 31 degrees Celsius to 37 degrees Celsius (89F to 95F). Of course the nunber is different for distal portions of the body and the fluctuation ranges will also vary greatly, but for proximal portions like the neck, the chest, and perhaps the jawline, temperature may remain relatively warm, most likely at about 35C.

This led me to think, what would be the best way to guage more or less how much diffusion occurs, while in hot weather as well as cood weather, and whether or not there is a way to guage what diffusion would actually be like, as well as what the differences would be between alcohol and oil based diffusion. I know that research has already been done, concluding that oil based Pheromones should be used in hot weather while alcohol based Pheromones used durong cold weather, but im sure that those of us who have an oil or spray version of a product would like to know when to reapply or to see when their oil product may run out and choose to prepare by reapplying 2 hours or however long prior to an event, and it would be helpful to know how long a product would need to get started based on environment and skin temp and the synergy between the two. For instance, in natural 75F temperature, one is told that it may take about 1 1/2-2 hours to start working for an oil, so one would have to prepare by applying 2 hours prior to an event to walk in there as it starts working. Now, of course if it is hot dry weather outside the pheromones will diffuse a lot faster, hot humid weather will hamper its diffusion, and cold weather will make it diffuse a lot slower because the activity of molecules in cold weather are not moving as fast.

Lets use the example of alcohol based pheromones and say that at normal temperatures, it will take about 6 hours for them to diffuse. 75F will be our constant, at 6 hours. At 90F it may only last 3 hours, and at 50F it may last up to 9 hours. Of course this is just an example as i don't know what diffusion times are like in all weather types, but i want to use this as an example to get people thinking and being observant of when pheromones stop working. For oil it is said to last 8-10 hours for some, which would put it at 5-6 hours for hot weather and 11-13 hours or longer for cold weather. Again just speculation because we have to keep skin temp in mind which fluctuates more more rapidly than the outside environment one would think, but what if the changes in skin temp are closely related to environmental temperature at almost live time frames? Lets say that the temperature of a room was to go from 55 to 85 in a matter of 5 minutes, this means a person's core temperature may go from 95-91F to compensate for it, and may sweat to loss off excess heat, or accept the new temperature as a welcoming energy source. Lets see if maybe we can do some critical thinking to really break down how fast something would break down, sp the most dedicated phermone users know what to expect in any environment, as well as knowing more or less to a certain degree how long their mones would last. Last thing anyone needs is to think their mones are working and have them fail before they can get anything done because they forgot to keep in mind that it was 105F outside and their mones pretty much sweat off before they got there. Or maybe to figure out a way to get oils to start working quicker without having to change anything about it (i know some people tend to dilute it in alcohol to turn it into a spray for faster effect).

If any of you guys have any idea as to how we can go about figuring this out it would be cool not just to myself but for others in the community. If i can guage how hot it is, guess more or less how fast my skin diffuses the mones and how this happens in colder temps like say in a classroom, i know when not to reapply to prevent OD. I know some people have fallen prey to that kind of scenario where they wear something for a while, and not thinking weather the previous application has burned off, apply another set dose and end up OD'ing themselves on accident. Also, this prevebts people thinking that mones are working and posting about it when chances are the mones already burned off and its just an imprinted aftereffect of the mones working.

Hope this isn't too lomg that people will just scroll through and pass, but they will stop and read and maybe gain some ideas of how this can be done. The future of mones can hinge on something as inportant as Diffusion vs. Endurance time of any mone, blend, or putative. Thanks for reading and have a great day. Feel free to message as well if you have any questions, and most certainly do comment your ideas!

Hi Pherosloth

Start of a great topic/discussion. Need to consider silicon based products (AD) and Gel Based products (LAL) also.

To check diffusion in various scenarios I think you need to get scented mones, non contact thermometer, check
the temperature of various parts of the body, spray a set number of sprays in the place that has highest temperature and ask another person to stand one feet
two feet, three feet etc. and see whether they can smell the scent, try again in one hour two hours three hours etc.

The premise is that if you can smell the scent then mones are also reaching you

Oh snaps that's a great set of ideas! I was also thinking that something like a thermal vision google should be made but that can sense pheromone molecules so that we can see how they diffuse, and with this information, we can find better ways to disffuse it. Pherovision goggles, yeah thats an awesome idea to make pheromone research that much more fun and interesting...

Wgat if we were to find a way to dye the pheromone molecules, this way we can see them with the naked eye on yhe skin and watch them diffuse. Something that could in essence allow us to see them in a molecular cloud of sorts. Could it be possible to do something of the sort? To create a molecule that has a fragrance/molecule/dye package and still be light enough to diffuse? Some chemists would be nice in this thread!