A single SHG experiment might capture (Sample 750k) – representing either pixel intensities, photon counts, or time-resolved measurements.
The goal of SHGASample750K was ambitious: to develop a portable, scalable system that could purify water, produce food, and generate clean energy, all powered by a novel, genetically engineered microorganism. This microbe, dubbed "Euphorbia," had the extraordinary ability to thrive in extreme conditions, converting CO2 into oxygen at a rate several times faster than any plant known to science.
A single SHG experiment might capture (Sample 750k) – representing either pixel intensities, photon counts, or time-resolved measurements.
The goal of SHGASample750K was ambitious: to develop a portable, scalable system that could purify water, produce food, and generate clean energy, all powered by a novel, genetically engineered microorganism. This microbe, dubbed "Euphorbia," had the extraordinary ability to thrive in extreme conditions, converting CO2 into oxygen at a rate several times faster than any plant known to science.
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