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This dude claims to work at EFS and is commenting at LENR Forum.

https://www.lenr-forum.com/forum/thread/6607-electric-fusion-systems/?postID=158566#post158566

k.e.kopp
New Member
Reactions Received3
Jun 18th 2021
#9
Hello, Thanks so very much for your interest!

While as has been noted, the EFS LEEF approach is not LENR, it is unique.

We have updated our FAQ section with the following information:

HOW DOES EFS’S APPROACH ACHIEVE PRACTICAL FUSION?
The standard of fusion system performance is the Lawson Criterion. The Lawson criterion is a figure of merit used in nuclear fusion research. It compares the rate of energy being generated by fusion reactions within the fusion fuel to the rate of energy losses to the environment. The criterion consists of three basic elements: density, temperature, and time. These elements are used to calculate a value known as the “Triple Product”

EFS’s LEEF Triple Product is favorable for the follow reasons:

1. EFS’s LEEF fuel operates in a supercritical fluid state with a density orders of magnitude higher than any other known approach. LEEF densities are literally off the chart used to document the plethora other approaches.

2. Ion temperatures orders of magnitude higher and measured in MEV as opposed to KEV seen in other approaches result in significant chain reactions during every fusion cycle. Again, LEEF energies are literally off the chart.

3. In other approaches stability of magnetic confinement is the primary driver of the confinement & Fusion burn time. This has been a failure point for other approaches. The LEEF process is cyclical and fusion EMF energy is extracted every cycle via magnetic induction at very high efficiencies exceeding 90% as compared to the ~30% seen in “heat” based extraction used in other approaches. Our induction field by nature is not a steady state field nor should it be lest we suffer the same issues plaguing other programs.

4. In a preignition state our fuel exhibits a modified coulomb barrier by orders of magnitude through a phenomenon known as electron screening.