The Active Singularity Suppressor - Concept.

My attempt at a suppressor design, here goes:

The fiery expansive gasses following a bullet, can and will expand continually, but the twisted inner walls are so incredibly steep, rotated along the central axis so many times, that the rotations make the path that must be followed by the waves and gasses, extremely hard and long. The Final inclination angle can be modified and adapted when found to be the most efficient, as the concept is to send the waves and gasses, one way like a omni directional Tesla valve, off into a infinitely long spiraled path. The bullets path is mathematically made so incredibly long and hard, that its like the gasses are being sucked into the infinity of a blackhole. The gasses are allowed to, and can and will expand, but it is made so the gasses are relatively slowed down in time, as they are expanding into a mathematically designed singularity, a near infinity.

I modeled two actual models, the second one based off of the first unit, is where i decreased the length of the long unit, divided it into 4 segments, that now have even more tightly compressed rotational grooves. the 4 units are exactly 25% of the first demonstrational model, yet have the same amount of turns, and still fit the same outer chamber, so physically a 4 times higher turn density, using 4 expandable modular units. Could actually expand further and make an entire rifle barrel like this or from this concept. The outer chamber must be made out of one single component, to stop the center dampener from being blown out with the gasses. it must be a solid unit, which can be achieved multiple ways. Further lining the inner twisted walls with asbestos might dampen output sound waves incredibly well, as well as withstand the heat of the explosive gasses. or even make it from a porous stone or other porous heat resistant material. *A black hole is an astronomical body so compact that its gravity prevents anything, including light, from escaping.

The 8 tiny frontal cones are 8 micro suppressors for your suppressor, silencing and slowing the gasses even further, further slowing the output waves, if they ever even make it this far during this lifetime. They aren't absolutely needed but might improve decibel levels even further, and can be modelled into the outer hull form, again, as a solid part of a single [w]hole. If you actually have a 3d printer, it can surely be printed, and perhaps hardened or smoothed in some way, but it is not and never will be truly heat resistant, unless we get fire resistant printing materials designed to be heat resistant. If you have a Cnc machine, perhaps translucent layered Perspex, or a single piece of aluminum or even copper would be nice, strong, cooling and look great at the same time. or any other suited heat resistive metal, that has enough mass to withstand the pressures and cool the gasses.

Maybe it can also function as a car/motor exhaust sound dampener as well. Or a rocket nozzle, perhaps gaining more lift from the extra torque motion. I've made the conceptual parts 3D printable [14 cm length], but they lack proper threading of course, and i don't know the actual real world sized for suppressors, but the design is more about the singularity suppression concept.

*Decided to upgrade the suppressor to a more Active suppressor, the inside part has to at least be able to spin independently using small bearings with rollers, in order to become a Rotor, as to internally absorb the hot passing gasses even better and contain them fully inside, deliberately losing a lot of kinetic energy through having to spin the actual inner mass, very nice, ...

But if we electrically miniature *motorized the inner rotor part, it would act as a active vacuum, actively sucking, or pulling back in the passing exited gasses, inversing the flow entirely, trapping and cooling actively at the same time. Lessening the kinetic energy in the released hot gasses, means to create a less good medium for sound to actually travel in, through or with, and in this case more silence is more better.

Thank you for reading, have a great day, like or subscribe for more cool stuff.