Stratomission is an aerospace engineering and physiological science research lab that analyzes the thermodynamic physics, extreme environmental parameters, and biological requirements necessary for sustained human and technological presence in the stratosphere.
We do not study the absence of gravity; we study its counterbalance. Gravity remains a constant force in the upper atmosphere, pulling mass toward Earth's center. Our engineering division focuses on Archimedes' principle in high-altitude environments, achieving precise states of neutral buoyancy.
"As a balloon climbs higher into the stratosphere, the air outside becomes thinner and lighter. Because the surrounding air is less dense, the upward buoyant force gradually gets weaker until it perfectly matches the downward pull of gravity."
— Stratospheric Equilibrium Report
The stratosphere is an inherently lethal environment. It is characterized by near-vacuum atmospheric pressure, extreme cold, and unshielded solar radiation. Our physiological division maps the biological requirements to decouple human civilization from the terrestrial surface safely.
Our work builds upon over a century of near-space exploration. From the perilous early balloon ascents that mapped the atmospheric column to modern militarized near-space programs, our laboratory synthesizes historical data with modern materials science.
Ref: Ascending the Troposphere: An Exhaustive Historical and Technical Analysis.
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