Type: Pan Pacific Defense Corps Research Report — Kaiju Science
Kaiju Science co-director Dr. Newton Geiszler announces that he has successfully conducted a Drift with a portion of a kaiju brain. The event, conducted using a Pons of Dr. Geiszler’s own creation, lasted nearly twenty minutes. During this period Dr. Geiszler observed a number of things about the origin of the kaiju. These findings are detailed elsewhere.
Most important from an operational standpoint are Dr. Geiszler’s observations that the kaiju appear to be evolving along directed patterns. In other words, they are created organisms, designed for combat. They are organic fighting machines.
Dr. Gottlieb believes that if this is true, the kaiju will be demonstrating new innovations in armaments and tactics. In other words, if they are a weapon, the creators of that weapon will be seeking to improve it.
The kaiju have thus far showed control over poison, acid, and a variety of unarmed combat situations. None of these routinely used combat abilities are unusual in predatory organisms. Observations in retrospect suggest that certain kaiju are experiments in new ways of fighting. The repeated iterations on quicker hand-to-hand combat and control of acidic discharge suggest that the kaijus’ creators see these avenues as the most promising against their Jaeger opponents. Any other combat tactic that has seen success against Jaegers will in all probability be repeated because of the kaijus’ DNA encodes the entire memory of the species, up to and including the last moment in the most recent kaiju’s life.
For this reason, we expect to see more innovations in kaiju combat capability and tactics in the near future. After the hiatus of 2023 and the acceleration of 2024, this may be the year known for kaiju reaching a threshold in the understanding the strengths and weaknesses of Jaegers deployed against them.
Dr. Geiszler’s Drift with a kaiju brain was a landmark moment in the laboratory study of kaiju. It is also a significant advance in the area of neural-overlay matrix technology, since all previous Pons structures had been designed with two humans in mind. What possibilities lie ahead for a Pons that can adapt its connection procedures to variations in brain structure on each side of the neural-handshake?