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The difficulty with pressures at equilibrium temperatures in the range of dozens of hundred millions of °C for igniting nuclear fusion, can be overcome by the non-thermal pressures from interacting electric and magnetic laser fields with varying optical constants at laser interaction shown by nonlinear forces. Their domination at the just reached picosecond CPA (chirped pulse acceleration) laser pulses at ultra-extreme powers led to measurements of laser fusion of hydrogen with boron-11 with orders of magnitudes higher energy gains than the earlier known classical low gains. These types of field densities without optical line radiation may be considered as an interstellar plasma state within galaxies representing the dark matter and dark energy.

Dark Energy and Extreme CPA Laser Pulses for Non-thermal Igniting Laser Boron Fusion