this is the lab of tokamak energy, which is developing relatively small tokamaks.rototypes can be tested and improved much quicker and more cheaply, as the science is understood and the designs refined. this approach means the team may be the first to work out how to produce a net gain of energy. go on then, fire it up. 0h! my word! that is a fusion reaction! inside here, we are generating plasma, which is gas with electricity flowing through it and we're going to fuse atoms together, join them together, to generate fusion energy. and this light show isn't even fusion. this isjust a warm up which is hoped will happen in the next year. and then what we're going to do is heated up to over 10 million degrees, up towards 100 million degrees... what will that look like? we won't be able to keep our face this close because it would get damaged. we will have to be further away outside some sort of concrete barrier. but it will actually start to go transparent, as the plasma gets really hot, ten times the temperature of the sun, 100 times the temperature of the sun. once t

tokamak. the problem is you need to put more energy in then you get out. which is not ideal. but the company here is taking a different route. this is the lab ofs generating relatively small tokamaks. the designs are being refined. this approach means that the team may be the first to work out how to produce a net gain of energy. go on then, fire it up. that is a fusion reaction! insight here, we are generating a gas with electricity flowing through it, and we are going to fuse atoms together, joined together, and generate fusion energy. —— inside here. together, and generate fusion energy. -- inside here. and this is not even fusion, this is just a warmup for the next age, which is hoped to happen next year. what we will do is heated up to over 10,000,000 degrees, up towards 100 million degrees. what will that look like? we won't be to keep our face this close, because it will get damaged! will have to be further away, outside a concrete barrier. but it will start to go transparent as the plasma gets really hot, ten times the coverage of the sun, 100 times the coverage of the sun, 100 times the coverage of the sun, 100 times the director of t

this is the lab of tokamak energy, which is developing relatively small tokamaks.ach means the team may be the first to work out how to produce a net gain of energy. go on then, fire it up. 0h! my word! that is a fusion reaction! inside here, we are generating plasma, which is a gas with electricity flowing through it and we're going to fuse atoms together, join them together, to generate fusion energy. and this light show isn't even fusion. this isjust a warm up which is hoped will happen in the next year. and then what we're going to do is heated up to over 10 million degrees, up towards 100 million degrees... what will that look like? we won't be able to keep our face this close because it would get damaged. we will have to be further away outside some sort of concrete barrier. but it will actually start to go transparent, as the plasma gets really hot, ten times the temperature of the sun, 100 times the temperature of the sun. once they have achieved the temperatures, they need to keep the plasma in place long enough for it to become self—sustaining and this is