Fusion Turns Up the Heat
https://physics.aps.org/articles/v15/67
"build on advances in fuel, instruments... reduced size... laser entrance holes of oven cavity surrounding fusion capsule, requiring less energy to heat the capsule... more energy allocated... pulse tail... deviations lead to spatial perturbations grow during implosion, mixing hot and cold fuel regions and making ignition more difficult to achieve... improved the stability and spatial profile of the 192 laser beams hitting the target—changes that helped maintain the spherical symmetry of the imploding sphere"
Related: NT-Tao Raises $22M Series A to Ensure a Secure, Clean Energy Future with a Compact and Scalable Nuclear Fusion Solution
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