Negative matter is a misnomer

Like everything in our lives, we try to categorize new discoveries immediately, and we always make the same mistake of approaching an object from our own perspective. We have discovered something that we call negative matter and have already erred in using the term matter. It is much more a state of a time defined by us.

Negative matter, or negative mass, is a status and not a mass.

You can best imagine it as having a world with glue that holds everything together and keeps the atoms in their original state. The state of neutrality, or the absence of glue, also allows for a negative form, which we have not yet discovered; we are simply astonished by the absence of glue.

I would rather refer to this phenomenon as a „bondless formation“ than give it a name that is misleading and incorrect.


 

The bondless formation has no independent energy, meaning no glue that holds things in their form. A water atom would quickly transform into hydrogen and oxygen. If this atom were to collide with another atom, something could emerge that we do not yet know. The absence of energy, referred to here as glue, would multiply any explosion by thousands, and there would be no force to absorb such impact.

A walk in this bondless formation would not be possible, as oxygen would immediately dissolve into its atoms, making breathing impossible. Even if we managed to maintain oxygen in this state, it would be problematic to dose it, as the expansion in a pressure cylinder could become infinite. We would also need to determine the various statuses of the bondless formation based on their concentration. At 100%, we would not be able to maintain our human form, as we would break down into our atoms.

A black hole, therefore, has no intrinsic energy but is fed by matter. Additionally, there are different concentrations of bondless formation within a black hole, which could theoretically make it possible to traverse a black hole. If we were able to create a shield that protects us from the scattering of atoms, traversing black holes could be conceivable. However, navigation would not adhere to the physical laws of Earth, and we could drift into higher concentrations and emerge from the journey as a new species.


 

Researching such a bondless formation would thus be fraught with risks and is not feasible from today’s perspective.

Nevertheless, we should not take away hope from future generations that this journey may one day be successful.

Jogy Thomas Wolfmeyer
Austrian Philosopher

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