Cedrium (see-dree-uhm)

Cedrium is a synthetic metal derived from cobalt and is used alongside lithium in the production of electronics. It's most notably used for powering CURE robots, forming the core of their energy systems. Key applications of cedrium include rechargeable batteries and high-powered magnets. Compared to lithium-ion alternatives, cedrium provides superior longevity and charges more rapidly. These advantages come at a cost; cedrium is volatile and fragile. Protective casings are essential to prevent damage to the product or its users.   In its raw form, cedrium appears as a shimmering, metallic ore with a blue-silver hue that's darker than cobalt. When ground into a fine powder or melted down, it takes on a dull slate blue color. It's naturally odorless, but most manufacturers add a strong citrus scent to its powdered form as a safety measure. If a device containing cedrium malfunctions, the overpowering smell warns its users of danger.   Cedrium is a highly hazardous material, and exposure carries severe health risks. Contact with skin causes immediate irritation, including rashes and peeling skin. Inhalation of powdered cedrium leads to respiratory distress, wheezing, and nausea. In extreme cases, it can cause anaphylactic shock. Long-term exposure is linked to lung and throat cancer. Respirators and protective gear are mandatory when dealing with cedrium, but no matter what safety measures are used, health problems associated with long-term exposure are inevitable.   Cedrium is a cobalt-based material, and as such, it's highly flammable and must be stored in airtight containers to prevent accidental combustion. Improper disposal of products containing it poses a serious environmental threat. If not contained properly, cedrium can leach into groundwater and pollute soil, rendering lands infertile. Factories that process cedrium contribute significantly to respiratory diseases and cancer rates among nearby populations due to airborne contamination. Despite its hazards, though, cedrium-based batteries can be recycled just like their lithium-ion counterparts.   Recycling is not only a cost-effective alternative to production but is also safer for the environment. Recycled cedrium batteries do suffer from reduced efficiency, making them undesirable for high-performance technology. Their affordability keeps them viable for rural electrical grids and lower-energy electronics.