Legacy work, sharper records
Archived studies carry forward with clearer methods, evidence labels, and next-run plans.
Studies
R&D BioTech Alaska studies bring together older lab work, material concepts, biology education, QELM notes, OncoForge simulation design, and plant AI directions.
Archived studies carry forward with clearer methods, evidence labels, and next-run plans.
Methods, variables, timelines, and next experiments stay close to the scientific question.
Promising ideas stay exciting while controls, data, safety, and reproducibility stay visible.
A long-running study direction around superworm gut microbiomes, polymer breakdown, and the possibility of biological waste-processing pathways for polystyrene and related plastics.
A practical materials study exploring natural, washable, and potentially edible fruit coatings that may slow spoilage without relying on costly or harsh approaches.
A materials study around economical ways to observe, reproduce, and compare water-shedding surfaces inspired by natural and synthetic hydrophobic coverings.
A winter materials concept that started with small concrete patches and grew into questions about freeze-thaw durability, ice formation, surface water behavior, and Alaska-ready testing.
An archived polymer-coating thread that evolved into the safer hydrophobic-materials study after early chemical approaches raised hazard and practicality concerns.
An education and outreach study area around enzyme concepts, safe learning materials, and practical ways to make biology more approachable to the public.
A conceptual simulator study for cancer-biology literacy, signal interpretation, tradeoff comparison, fake/demo profiles, and non-medical report generation.
Research notes for QELM, a hybrid quantum/classical language-modeling framework built around token encoding, parameterized circuits, quantum attention-like blocks, measurement, and classical post-processing.
A roadmap study for plant identification, disease-review prompts, observation structure, and care-support tools that combine images, local notes, and environmental context.