Molecular-Forged Materials

Axosomatic Neurolink Enhancers are used to enhance the integration of specific capsuleer autonomic biosystems with neurolinked ship systems The use of Axosomatic Neurolink Enhancers is particularly favored by the Caldari Navy in conjunction with military capsuleer neurolink technology.

Cogni-Emotive Neurolink Enhancers are used to enhance the integration of specific capsuleer autonomic biosystems with neurolinked ship systems The use of Cogni-Emotive Neurolink Enhancers is particularly favored by the Federation Navy in conjunction with military capsuleer neurolink technology.

Goal-Orienting Neurolink Stabilizers are highly advanced pharmaceuticals developed for use by the Republic Fleet in conjunction with military capsuleer neurolink technology. Each of the empire militaries keys their neurolink stabilization to specific autonomic biosystems. These provide baselines, cycles and triggers that allow implants and capsule systems to maintain stable synchronization of capsuleer neurolinks with ship systems.

Hypnagogic Neurolink Enhancers are used to enhance the integration of specific capsuleer autonomic biosystems with neurolinked ship systems. The use of Hypnagogic Neurolink Enhancers is particularly favored by the Imperial Navy in conjunction with military capsuleer neurolink technology.

Isotropic Neofullerene Alpha-3 is an advanced material useful for biotechnology applications, particularly those involving genetic engineering and nanoscale medical procedures. The ultra-precise molecular uniformity of Isotropic Neofullerenes allow them to be used for fine tooling and environments that are completely inert and non-reactive at the nanoscale. Different isotropic patterns are also used as masking identifiers that nanites are keyed to recognise and ignore.

Isotropic Neofullerene Beta-6 is an advanced material useful for biotechnology applications, particularly those involving genetic engineering and nanoscale medical procedures. The ultra-precise molecular uniformity of Isotropic Neofullerenes allow them to be used for fine tooling and environments that are completely inert and non-reactive at the nanoscale. Different isotropic patterns are also used as masking identifiers that nanites are keyed to recognise and ignore.

Isotropic Neofullerene Gamma-9 is an advanced material useful for biotechnology applications, particularly those involving genetic engineering and nanoscale medical procedures. The ultra-precise molecular uniformity of Isotropic Neofullerenes allow them to be used for fine tooling and environments that are completely inert and non-reactive at the nanoscale. Different isotropic patterns are also used as masking identifiers that nanites are keyed to recognise and ignore.

Meta-Operant Neurolink Enhancers are a key element of advanced capsuleer neurolink protection technologies. To further enhance the integrity of capital ship pilot connections, Neurolink Protection Cells are installed with Meta-Operant Neurolink Enhancers used to provide even deeper integration of capsuleer autonomic biosystems with neurolinked ship systems.

Reaction-Orienting Neurolink Stabilizers are highly advanced pharmaceuticals developed for use by the Caldari Navy in conjunction with military capsuleer neurolink technology. Each of the empire militaries keys their neurolink stabilization to specific autonomic biosystems. These provide baselines, cycles and triggers that allow implants and capsule systems to maintain stable synchronization of capsuleer neurolinks with ship systems.

Sense-Heuristic Neurolink Enhancers are used to enhance the integration of specific capsuleer autonomic biosystems with neurolinked ship systems The use of Sense-Heuristic Neurolink Enhancers is particularly favored by the Republic Fleet in conjunction with military capsuleer neurolink technology.

Stress-Responding Neurolink Stabilizers are highly advanced pharmaceuticals developed for use by the Federation Navy in conjunction with military capsuleer neurolink technology. Each of the empire militaries keys their neurolink stabilization to specific autonomic biosystems. These provide baselines, cycles and triggers that allow implants and capsule systems to maintain stable synchronization of capsuleer neurolinks with ship systems.

Ultradian-Cycling Neurolink Stabilizers are highly advanced pharmaceuticals developed for use by the Imperial Navy in conjunction with military capsuleer neurolink technology. Each of the empire militaries keys their neurolink stabilization to specific autonomic biosystems. These provide baselines, cycles and triggers that allow implants and capsule systems to maintain stable synchronization of capsuleer neurolinks with ship systems.