I believe that neutrinos have been suggested before. But have they been suggested like this?

Neutrinos are subatomic particles, which possibly should look like neutrons, but dark grey (and with a dark grey / black glow). They should be able to get through every possible material, similar to protons, but also passing through DMND and what-not. If just technically possible, passing through all walls as well would be a nice add. If passing through every single kind of wall is impossible for practical or technical reasons, it should be able to at least pass through every kind of "only-this-type" wall, such as liquid-wall, solid-wall etc. Neutrinos should be able to be detected by DTEC, but *not* by detector walls, which it should pass undetected.

Based on real-life MSW radiation, neutrinos passing through matter could possibly cause the neutrinos to *receive* temperature from the particles it passes through, as opposed to protons which *give* away its temperature to other particles.

Neutrinos could also, for the heck of it, have some weird transformations. What I thought was that neutrinos could do the inverse of neutron reactions: such as GOO turning into C-4, WOOD turning into PLNT, DSTW turning into WATR etc.

To mock the faster-than-light neutrinos, neutrinos should either go the same speed as photons or even slightly faster. And, of course, as neutrinos can trigger fission in deuterium, neutrinos could be the third particle to trigger DEUT fission. This time, the fission would be able to trigger changes in the Newtonian gravity fields (nuclear GBMB, anyone?)

If it is fairly estimated that it wouldn't (too badly) break saves, PLUT fission reactions could give birth to some NTRI.

NTRI, when passing through BOMB and DEST, should make both of them react. BOMB should be changed to not destroy NTRI particles. NTRI should be affected by pressure, but not by Newtonian gravity (if this is impossible or cumbersome to do, then just skip it and make NTRI not react to pressure)

Uses:

NTRI receives temperature from other particles, which could be used to make more advanced temperature sensors with the aid of TSNS.

NTRI can be used to make bomb defusers or triggers, as they would trigger/destroy both BOMB and DEST.

Temporary creation of gravity with DEUT fission, useful for new bomb or reaction techniques

Also some amendments to how NTRI would handle temperature to destroy the heater/cooler debate once and for all.

First, NTRI would not receive heat from materials which do not conduct heat.

Second, exceptions. NTRI could, for example, immediately apply the temperature of, say, FRME it passes through. HSWC is actually imo the best choice, as NTRI temperature could be then set statically or dynamically.

Third, some material should cause NTRI to act like PROT, but way more powerful (immediate for example). This would fully allow arbitrary heaters and coolers. NTRI passing through GRAV or GLOW or anything should cause neutrinos to immediately set the temperature of that particle to it's own. I believe that any good heat conductor without heat transformations would work as this element.

I've managed to code the element. I can put up a PR now. Also, it's now yellowish-gray with yellow glow.

EDIT: Pull request is now sent.

@Lockheedmartin (View Post)

 True. It was a mistake in the measurement equipment. But it's not like TPT is supposed to be extremely realistic and we can easily make particles move faster than speed of light through console etc. And in my PR, neutrons move at 98.33% speed of light (photons)