Abstract: Advances in Science of Nuclear Fusion: A few novel ideas and approaches
Advances in several physics domains open up novel paths to either smaller scale, or/and higher energy density opportunities to realize the dream of limitless nuclear fusion energy. Here we survey both some legacy approaches and several ``table-top'' approaches which attract current interest. We address a few advanced nuclear science topics arising in context of magnetic confinement and inertial confinement fusion. Among a few points of emphasis: We draw attention to, by example of solar fusion cycles, anuronic fusion reaction chains. Considering the natural isotopic abundances we assess more carefully the meaning of the term ``limitless energy'' in the context of actual fusion power realizations. Building on decades ago achieved experimental capabilities we describe laser-driven proton-boron fusion, its extension to boron-nitride reaction cycle, plasmonic opto-electric field-enhancement for fusion, and muon catalyzed fusion.
Allowing ample time for questions time will probably only permit to survey in general terms these many topics. I will teach a nuclear theory class PHYS 551 in Fall TH 11-12:15 PAS 414 which should help those interested to explore the mathematical context.