Frequent question asked: What type of radioactive materials do you need to use now that your systems are ready or are near ready to test.

As you are all aware handling of nuclear materials needs experience and know-how.

Secondly nuclear material handling to be placed in the core needs full knowledge of how to remove it safely afterwards too, after systems is used.

We cannot recommend any nuclear materials, if you read the patent the sources are given and it is clear what we have used in our nuclear test conditions.

We cannot advise and will not advise as this can create problems for the Foundation with governments.

Recent tastings of the non-nuclear systems have shown us plasma for creating Magravs using newly developed materials without use of nuclear material is possible.

We have started testing again as system had to be modified again due to escape of plasma three weeks ago due to damage to seals.

We have started testing again and soon will report about the new results.

We are trying to repeat the condition of weight reduction of 2.300 kg in two stages of three weeks ago.

Once we achieve the full process, now that our team has redesigned part of the reactor to bring changes about that we do not lose plasma again through too much plasma in the core, we will bring the knowledge to you directly.

We can clearly say how the use of new materials developed can maintain the plasma's in the coming weeks.

Please if you are at the stage of loading, especially with steel reactors be careful with the plasma and gas expansion during tests.

When you open your reactor please look inside and look for burn marks, if you see any, this means that plasma has touched the walls of the core and try to understand when this phase happened through your logbook.

If you get oscillation of the core speed, this means that you have achieved plasma creation and the system is trying to find its balance with its environment.

If the core speed goes up and down by 20 % then you have fully achieved plasma and lift condition.

Do not touch the systems and monitor the change in speed.

Time it, then this shows you how long your plasma can be sustained and how much magnetic fields you lose to the environment and then arrange your loading of the gas for the next stage through this new knowledge.

Steel cores are one of the most beautiful systems to work with for star systems if you understand the process.

Please note, high speed of rotation is not necessarily needed to create conditions, some loadings need very slow and developing speed and start with 50-60 RPM.

I wish you all the best and we come back when we have results with the new redesigned systems.

I would like to thank the Research team and backup team working relentlessly to make sure we achieve our goal of lift and production of energy and bringing it safely to you, our team in Iran, Italy and Belgium.

M T Keshe