Human biotics are individuals who possess the ability to manipulate dark energy, a phenomenon that emerged following a series of starship accidents in the 2150s. These accidents dispersed element zero (eezo) over populated areas, leading to the birth of the first human biotics. However, the recognition and understanding of biotic abilities were not immediate.
Exposure to eezo does not guarantee the development of biotic abilities. In fact, the majority of fetuses exposed to element zero do not exhibit any effects. Some may suffer from severe complications, such as brain tumors. Statistically, only about one in ten eezo-exposed infants will develop biotic talents that are strong and stable enough to warrant formal training. Furthermore, these abilities are not always permanent. In rare instances, individuals who do not show biotic potential in childhood may develop abilities during young adulthood due to additional exposure to eezo.
Dr. Ellen Ryder played a pivotal role in the study and development of human biotics. As the first scientist to create biotic implants, she faced significant challenges due to the lack of existing knowledge about biotic phenomena. The early days of biotic research were fraught with uncertainty, as scientists struggled to understand the implications of eezo exposure and the mechanics of biotic abilities. Dr. Ryder's groundbreaking work in developing the electronic brain implant was crucial for enabling biotics to harness their powers effectively. The implants, once installed, became a lifelong necessity for biotics, as they could only be replaced or altered through dangerous surgical procedures.
In an effort to identify and regulate biotic individuals, governments initiated mandatory testing for biotic potential in newborns. This program aimed to detect biotic abilities early on, allowing for appropriate training and integration into society. However, the testing process was controversial and raised ethical concerns regarding the treatment of those identified as biotics. Many parents were apprehensive about the implications of their children being classified as biotics, fearing societal stigma and discrimination.
The creation of the first biotic implants and training programs was a monumental task that required extensive research and experimentation. The initial implants were rudimentary and often unreliable, leading to a high rate of complications during the training process. Biotics had to undergo rigorous biofeedback therapy to develop conscious control over their nervous systems, a process that was both long and arduous. The training programs were designed to help biotics learn to manipulate dark energy effectively, allowing them to generate mass effect fields for various applications, including lifting objects, creating protective barriers, and immobilizing enemies.
As the initial excitement surrounding the discovery of biotics began to wane, the general public's interest in this field quickly diminished. The early stages of biotic training and research were fraught with challenges, particularly due to the health complications associated with the first implant samples. Many individuals experienced severe side effects, including neurological disorders, chronic pain, and in some cases, life-threatening conditions. These adverse reactions led to widespread fear and skepticism regarding the safety and efficacy of biotic abilities, causing many to question the value of pursuing further research in this area.
As a result, funding for biotic studies dwindled, and public enthusiasm shifted towards other scientific endeavors that promised more immediate and tangible benefits. The lack of successful biotic applications in everyday life and combat further contributed to the decline in interest. With only a limited number of biotics demonstrating their abilities, the potential of this unique skill set remained largely untapped, leaving humanity unable to fully unlock the advantages that biotics could offer.
Nearly 200 years later, the field of biotics is primarily pursued by a small community of scientists and enthusiasts who remain dedicated to exploring its possibilities. Despite the advancements in technology and understanding, the practical applications of biotics in both combat and daily life remain quite limited. The general population continues to view biotics with a mix of curiosity and apprehension, largely due to the historical context of health issues and the ongoing stigma surrounding biotic abilities.
Nevertheless, some human interstellar nations have implemented mandatory testing for biotic potential in newborns, driven by the belief that early identification could lead to better training and integration of biotics into society. These tests aim to discover and nurture any latent abilities, with the hope that future generations may overcome the challenges faced by their predecessors and unlock the full potential of biotic powers. However, the societal divide regarding biotics persists, as many still harbor fears about the implications of such abilities, leading to ongoing debates about the ethics and safety of biotic experimentation and training