Dr. Batsbak | Project -New Horizon-

[Dr. Richard Batsbak]

➤ Personal research notes of Dr. Richard Batsbak

➤ Project : New Horizon

➤ Objective : Create artificial jumpholes

➤ Date : 24.09.830 A.S.

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After years of tireless research and countless setbacks, I stand on the threshold of a monumental achievement: the successful creation of an artificially generated jump hole. It is a realization of a dream, a testament to the unwavering dedication poured into years of research and development. The knowledge that it is indeed possible to artificially fabricate a jump hole fills me with a profound sense of purpose.



Yet, this achievement marks not an end, but a new beginning. The jump hole, though stable enough for sizable vessels, unfolds as a one-way passage. Contrary to my initial assumption, no corresponding gate materialized on the other side. It appears as if one emerges at random coordinates within Omicron Kappa. This revelation strikes me with a sense of astonishment and prompts deeper inquiry into the mechanics at play.

Presently, my focus narrows to three critical fronts:

Prediction Refinement: It is imperative to establish a means of forecasting the termination point. At the very least, a reliable estimate should be within grasp. This entails charting a course from the originating sector through multiple systems, culminating in pinpointing the exact destination.

Stability Augmentation: Understanding the anomaly of the "end" is paramount. Why does it manifest solely as an endpoint without birthing a reciprocal jump hole? Perhaps a temporary solution could emerge from deploying an additional jump hole generator at the intended terminus, striving to merge their manifestations. Furthermore, the endurance of the gate remains uncertain. Initial assessments suggest several more days of stability, yet comprehensive analyses are warranted to ascertain a precise timeframe, which might range from five to ten days.

Energy Nexus Overhaul: The practical implementation of the fusion reactors has proved more intricate than envisioned, given their protracted startup duration and considerable spatial requisites. Resolution of this challenge looms as a priority. The acquisition of both the Ingennus and nomad power cells holds promise in advancing towards a viable solution.

The time has come to immerse myself in a series of exhaustive experiments with the jump hole, conducting thorough tests while reporting the momentous success to my esteemed colleagues. This breakthrough is not merely a culmination; it is the commencement of a new era in space exploration and technology. The odyssey continues.