Doubly-Periodic Synthesis

Vacuum energy is understood by one-periodic frequencies with a
possible lowering by confined Casimir forces. Doubly-periodic processed
vacuum energy is a non-stationary energy state of a complex
Lagrangian. Its is suspected that a doubly-periodic processing
in the vicinity of zeros of zeta functions lowers vaccum energy
as compared to a real physical field. This quadratic model
compensates positive energy of molecules mainly by dark, complex
phantom energy and negligible ion energy. A proposed doublyperiodic
synthesis gains cooling energy by a minimum amount of
energy. Created matter is a zero-energy state of biomass and
dark energy which is capable to compost into a zero-energy state.