One-neutron stripping and transfer in weakly bound lithium-6 and heavier bismuth-209 nuclear reaction

https://phys.org/news/2024-06-key-mechanism-nuclear-reaction-dynamics.html

"yields results comparable to those of complete fusion reactions especially in energy regions near nuclear barriers. Contrary to previous expectations, one-neutron transfer plays a dominant role at lower energies, exceeding the output of fusion reactions... one-neutron stripping process underscores the intricate and nuanced nature of nuclear reactions, providing a stepping stone for future scientific breakthroughs in nuclear science and technology... nuclear energy production and radiation therapy"

Simon Derricutt commented by email: "Can't tell whether this is good or not. I really don't understand what they're doing here. Looks like they're accelerating 6Li atoms to collide withy a target and looking at what is produced, so they'll get data on the process and the energy involved, but I can't see this ending up as an energy producer. Their tests certainly will consume a lot more energy than they produce. Like most things, the more you know the greater the chances of getting a desired result, but looks like they aren't hunting for energy production here but instead particle generation"

Related: First Light Fusion: Impact inertial is simpler, more energy efficient, lower physics risk. 

https://firstlightfusion.com/ Pi Po wrote: "perfect fit with neutron-transfer reaction... linear design practical for pulsed explosions as reactants cleared, new target material inserted much easier,.. major development advantage over future competition"