Jean Neusom’s life began inside disaster, sacrifice, and impossible science.

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Her parents, Nathan Neusom and Carrie Neusom, were respected researchers connected to the University of California, Berkeley. Their work crossed several demanding fields: advanced mathematics, nuclear science, particle physics, energy conversion, and experimental theories involving the possible scientific modeling of magical phenomena. They were not mystics, but they were not dismissive skeptics either. They believed that what most people called “magic” might be understood, measured, modeled, and perhaps even interfaced with under the right conditions.

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The Neusoms were part of a small, ambitious circle of researchers who studied the boundaries between physical law, symbolic systems, energy fields, and the strange realities exposed during the years surrounding the Soltan Invasion. They were careful people by academic standards, but they were also bold. Their central question was dangerous in its simplicity:

Could magic be approached as a system?

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They were studying the places where advanced physics, radiation behavior, alien energy contamination, mathematics, and arcane phenomena appeared to overlap. Much of their work remained theoretical, but their research environment was saturated with unusual equations, experimental energy models, and classified or semi-classified findings from the strange new world emerging around them.

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Jean was conceived during this intense experimental period.

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Her prenatal development was affected by a rare and nearly impossible combination of factors: low-level reactor-adjacent radiation exposure, experimental energy-conversion research, technomagic-interface modeling, Soltan invasion-era contamination, and possible alien or arcane field interactions that no one at the time fully understood. No single factor created Jean Neusom. She was not simply “irradiated,” nor was she magically transformed in the conventional sense. She developed inside a storm of overlapping scientific and symbolic systems.

That storm changed the way her mind would one day work.

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On January 1, 2000, the Soltan Invasion struck Earth. UC Berkeley, like many major research centers, became a target. The Soltans understood enough about Earth’s emerging sciences to recognize that universities, laboratories, and experimental facilities could become future sources of resistance. The attack on Berkeley was violent, chaotic, and devastating.

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Nathan and Carrie Neusom were trapped on campus with their infant daughter.

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As the assault escalated, they made the choice that defined Jean’s life. They hid her, protected her as best they could, and sent an urgent message to Nathan’s sister, Natalie Neusom, telling her where the baby was and begging her to come. They knew they might not survive long enough to carry Jean out themselves.

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They did not.

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Nathan and Carrie died during the Soltan attack, sacrificing their chance of escape to give their daughter a chance at life.

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Natalie Neusom received the message and came for Jean. With the help of U.S. Army Reservists operating in the chaos of the invasion response, Natalie reached the location where the baby had been hidden and rescued her. In the middle of a burning, terrified, invaded world, Natalie carried Jean out of the wreckage of her parents’ last act of love.

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Natalie became Jean’s guardian, protector, teacher, and emotional anchor.

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Jean grew up knowing loss before she was old enough to understand it. She was raised in the aftermath of invasion, in a world rebuilding itself while pretending not to be permanently changed. Natalie did not hide the truth of Nathan and Carrie from her, but she also refused to let Jean become a living memorial instead of a living child. Jean was loved, challenged, protected, and, when necessary, firmly corrected.

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That correction was often necessary.

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Jean was brilliant almost immediately. Her mind moved too fast for normal schooling. She saw patterns in machines, math, language, and physical systems with unnerving ease. She took apart household appliances not simply to see how they worked, but because she believed they were “arguing with themselves” and needed to be reorganized. She corrected textbooks, redesigned classroom science experiments, and made increasingly elaborate devices from scraps, spare parts, hobby electronics, and things Natalie was fairly sure had not been broken before Jean entered the room.

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Traditional school could not hold her. Jean was homeschooled for much of her childhood, both because she moved academically beyond her peers at an extreme rate and because her social development lagged behind her intellectual speed. She was not cruel or arrogant in a simple way, but she could be overwhelming. She spoke faster than people could follow, stared too intensely when calculating, forgot ordinary social boundaries, and treated danger as an engineering inconvenience.

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By her teenage years, Jean was already operating at advanced university levels in mathematics, physics, engineering, and computer systems. Her parents’ connection to UC Berkeley eventually brought her back to the institution they had died protecting her from. A scholarship in their memory helped support her formal academic path, but Jean’s presence at Berkeley was more than symbolic. She was, in many ways, the continuation of their unfinished work.

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She studied particle physics, energy conversion, systems engineering, advanced mathematics, and the strange fringes of technomagic-interface theory. Professors found her extraordinary, exhausting, and occasionally terrifying. She had little patience for bureaucratic pacing. If she understood a concept, she wanted to move. If a machine failed, she wanted tools. If an equation implied a possibility, she wanted parts.

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By her late teens, Jean had reached doctorate-level mastery in particle physics and energy-conversion theory, though her practical style remained wildly unconventional. Her notebooks were legendary for being simultaneously brilliant and borderline unreadable. She mixed formal equations, sketches, arrows, jokes, geometry, emotional notes, speculative language, and component lists in ways that made sense to her and almost no one else.

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GUARD noticed.

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Initially, Jean was recruited into GUARD Resources and weapons-development programs. To GUARD, she represented a rare scientific asset: young, brilliant, intuitive, technically fearless, and uniquely capable of working across alien, human, and potentially arcane systems. Her early assignments involved energy weapons, force-field behavior, power-conversion systems, and experimental GUARD defensive technology.

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That phase did not go smoothly.

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Jean produced results. That was never the issue. Her designs worked, sometimes better than anyone had predicted. She could take components other engineers considered incompatible and create functioning systems under impossible deadlines. She could repair damage she had never seen before. She could identify hidden flaws by staring at a schematic for several seconds too long and asking why the machine was “lying.”

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The problem was documentation, procedure, and repeatability.

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Deputy Commander Heinkel, responsible for maintaining order and accountability in the weapons-development environment, found Jean maddening. She often built first and explained later. Her formal plans were incomplete, delayed, or replaced by actual prototypes sitting on a lab bench. She would revise designs mid-test because she had “seen a better path.” She had a tendency to treat safety protocols as overly pessimistic until someone like Heinkel forced her to respect why they existed.

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The clashes became severe enough that Jean’s future in GUARD weapons development came into question.

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Commander Vladimir Vorisch saw the problem differently.

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Vorisch recognized that Jean was not suited to a conventional weapons lab where her mind would be constrained into formats that slowed her down without truly making her safer. She did need discipline, but she also needed the right kind of crisis. Her gifts were field gifts. Her mind came alive under pressure, where systems were broken, stakes were high, and the impossible needed to become operational in minutes.

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Vorisch redirected Jean toward Astroguard and the Astroguardians.

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It was one of the best decisions GUARD made.

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On Aegis Station and in Astroguardians operations, Jean became Gyneus. The name emerged from a mix of her own name, Jean Neusom, the obvious word “genius,” and a GUARD lab nickname, “G-Neus.” Jean adjusted the spelling because she liked the look of it, and because, in her words, “If people are going to call me a genius like it’s a problem, I might as well make it a callsign.”

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As Gyneus, Jean found the kind of work that fit her: emergency engineering, space-station repairs, alien systems analysis, force-field tuning, weapons innovation, reactor stabilization, hull-breach problem-solving, technomagic-interface study, and the construction of tools no ordinary engineering department would approve until after they had already saved lives.

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Her signature weapon, known simply as The Big Gun, is a perfect expression of her mind. It is oversized, intimidating, modular, and almost offensively complex. Built from GUARD components, Soltan alloy, alien focusing chambers, adaptive power logic, and Jean’s own technomagic-adjacent design principles, The Big Gun is not just a cannon. It is an argument with physics that Jean keeps winning.

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Nobody else fully understands how to maintain it.

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This worries several people.

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Jean’s power is not a standard superhuman ability in the traditional sense. She does not shoot energy from her hands, transform into light, or lift tanks. Her power is perception. Her mind forms connections between physical systems, energy states, mathematical structures, and symbolic or magical logic. She sees how systems want to work. That phrase began as a joke in GUARD labs, but over time it became the best description anyone had.

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She can look at an alien device and understand where energy wants to flow. She can examine a damaged reactor and sense the failure path before the alarms catch up. She can study a magical construct and translate part of its logic into geometry, resonance, and interface behavior. She is not a wizard, but her mind can bridge places where science and magic touch.

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That gift makes her invaluable.

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It also makes her dangerous.

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GUARD does not fully understand her technomagic-interface talent. In some protocols, Jean could have been transferred, restricted, or reclassified under MYSTIGUARD oversight. Her ability to interact with magic-adjacent systems scientifically places her in a rare and poorly understood category. But leadership kept her with the Astroguardians because that is where she functions best, both operationally and emotionally. On Aegis Station, surrounded by people who are powerful, strange, damaged, and needed, Jean belongs.

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The Astroguardians became her team, her challenge, and her proving ground.

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The Starfighters fracture affected Jean in a way she did not fully know how to express. The theft of Terracer 1 was not just a political crisis or strategic failure. To Jean, it was also a systems problem wrapped around an emotional breakdown. Terracer 1 was not ready for the kind of revenge mission the Starfighters wanted. Its systems, route, repair margins, life-support assumptions, and battle readiness all screamed danger. But the Starfighters were not listening to systems. They were listening to pain.

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That frightened her.

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Gyneus is young enough to understand impulsive action and brilliant enough to know what happens when impulse is given engines, weapons, and a Mars trajectory.

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In the current Astroguardians roster, Gyneus is one of the most important reasons the team can keep functioning despite reduced resources and expanded responsibilities. When Aegis Station systems fail, she repairs them. When alien technology appears, she analyzes it. When the team needs a weapon no one has built, she starts building before the sentence is finished. When magic behaves like math and physics behaves like magic, she is usually the one staring at the glowing disaster with a grin that makes everyone else nervous.

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Jean Neusom survived because others gave everything for her.

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Her parents hid her. Her aunt saved her. Soldiers carried her through the ruins. Teachers challenged her. GUARD gave her tools. The Astroguardians gave her a place where her impossible mind could become more than a danger or curiosity.

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Gyneus fights, builds, repairs, invents, and saves because she knows her life was bought by courage before she was old enough to remember it.

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She intends to make the cost worth it.

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