Quantum Coherence in Duranium Lattice Structures

Principal Researcher:

T’Pren of Vulcan Science Academy

Field:

Materials Physics

Abstract:

Investigation into sustained quantum coherence within duranium crystalline matrices at temperatures exceeding 400 Kelvin. Initial findings suggest coherence duration increases by factor of 2.7 when lattice is exposed to controlled subspace field fluctuations. Implications for warp core containment systems and quantum computing substrates warrant further investigation.

STATUS:

Peer synthesis complete. Data sets available for download.