consultant for the livermore national laboratory, whose primary mission is the development of nuclearns. the next character, nick vatters, is a retired british military officer. studied in london. dan kascheta, a weapons of mass destruction specialist and lieutenant in the us army reserve, is affiliated with the estonian-american national council and is an intern at the us department of defense. usa. justin now is a washington-based ngo who specializes in security issues and works closely with the us defense department. alberto fittarelli, head of the strategic intelligence group amsterdam. also, cameron kochman, christian triebert, nick vatters were trained at king's college london, part of the training structure for british military intelligence. i have already shown you this sheet, these are only a few people. i assure you that everyone else exists exactly. carry out who sets these tasks for them, we are adults, after all, whoever pays calls the tune, it doesn’t happen for free, well , let’s look at this list, it’s quite impressive, look, the us state department , the uk ministry o

. >> reporter: physicist john edwards invited us inside livermore national laboratory, where earliernth, government scientists managed to create a nuclear fusion reaction. over the past year, where the power produced measured more than what went into jumpstart the omission. >> you know you have a pile of wood and you can only get energy if you can light a fire and what we did is proven we can light the fire. these are the laser beams. >> reporter: their aim? to replicate the sons scorching heat. >> the lasers are inside these massive aluminum tubes together, their beams are able to create temperatures topping 180 million degrees. that is six times hotter than the center of the sun. >> is or anything as hot as that in our solar system? please not until we do another one here at the lab. >> reporter: relying on fusion powers can still be years if not decades away, even the most successful reaction here lasted less in 1 billionth of a second. and barely produced enough energy to heat up two pots of coffee. the process needs to generate about 100 times more energy to be considered commer