Alloying

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Technology Effect Description Rarity
Enhanced Geostudies Grants ability to manipulate Chemical Reactance mineral properties in Alloys The empires leading chemist wrote a paper on the theory of changing the chemical reactance in alloys and it turns out he was on to something. Common
Advanced Instable Reactions Grants ability to manipulate Combustiveness mineral properties in Alloys. An accidental explosion led to the discovery of combustive manipulation in alloys. Common
Atomic Displacement Theories Grants ability to manipulate Compressibility mineral properties in Alloys. Forcing atoms around will allow us to compress our alloys any way we want. Common
Magnetic Geostudies Grants ability to manipulate Magnetic Production and Magnetic Reactance mineral properties in Alloys. Experiments with magnetic fields have yielded the ability to manipulate the magnetic properties in our alloys. Common
Electrical Geostudies Grants ability to manipulate Electrical Resistance mineral properties in Alloys. Playing with electrical currents in the lab led one scientist to discover a way to manipulate the electrical resistance in an alloy. Common
Psychological Geostudies Grants ability to manipulate Psych mineral properties in Alloys. Studying real psychics and using them to study minerals has evolved a process that allows changing psych properties in alloys. Common
Quantum Geostudies Grants ability to manipulate Quantum mineral properties in Alloys. Quantum physics has been rediscovered allowing the manipulation of quantum properties in alloys. Common
Geostudies Reflection Grants ability to manipulate Reflection mineral properties in Alloys. Through the study of mirrors and light our scientists are now able to manipulation the reflection properties of our alloys. Common
Geostudies Refraction Grants ability to manipulate Refraction mineral properties in Alloys. Watching how light changes when it passes through certain minerals led to the discovery of manipulating the refraction in our alloys. Common
Electrified Combinatorial Theory Grants ability to manipulate Superconductive Point mineral properties in Alloys. Finding similarities between super-conductors and minerals has uncovered a way for scientists to change the superconductive properties of alloys. Common
Advanced Molecular Processes Grants ability to manipulate Temperature Sensitivity Thermal Conductance and Thermal Expansion mineral properties in Alloys,With molecular science we can now change temperature properties in alloys. Common
Biosynthetics Grants ability to manipulate Toxic mineral properties in Alloys A new fabrication process will allow us to manipulate the toxic effects of minerals when we make new alloys. Common

Alloy Research Levels Technology Effect Rarity
Revolutionary Accelerated Chemistry Grants access to Revolutionary level improvements in the alloy builder providing increased range of change to mineral properties. Rare
Epic Alchemical Practices Grants access to Epic level improvements in the alloy builder providing increased range of change to mineral properties. Rare
Empire-Defining Alchemy Grants access to Empire level improvements in the alloy builder providing increased range of change to mineral properties. Rare

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