So your attention please. This will be just a please slides presentation. So short, the panelists, if you could mind, but English. So, two years ago, Jim sent me a device of the type that we already saw previously, based on the PCT stack. And with the idea to test it on a trust balance, which is basically of the same sort that Jim also has. And George also, a similar, I mean, and Martinez. So, it's based on, there is an optical sensor, which is measuring the displacement of the arm. This is basically rotating like that. You have here in the center a series of contact, there's no discarding stack concept, which was invented by Jim. So, it's on the pivot, so if you have adaptation, there is no problem with the input input in forces. And so, the device, here it's shown with, so open a Faraday cage, and there it's shown mounted on the balance. So, this is the direction, the direction the trust is calling, so like that, push, tear, so like that, okay. Like that, like that. And we did this, yeah, at the photo, which is the company, which I work for. Usually we are measuring, we are measuring the trust of I'm trust, okay. And this can measure trust down to the sub-micronuton levels, okay. And what I saw, what I recorded, is what you see on the right side, okay. And on the left side, you see what Jim was getting. So, what you can see here, I mean the first thing that can, that is evident, is the shape of the curve, you see. So, we have this bump sphere, which is, let's say, the three peak, which is happening when you switch on and off the device. And then we have also stable trust, okay. The only thing, the only problem is that the magnitude of the trust is different, okay. And it's not yet clear if this is due to a calibration problem, please. Let me just interject, there's a factor of two different speakers in case of our result. It's a 4-1-1, I assume, works. Okay, I assume that that's a single. This is a single, yeah, okay. So, it's the open-tree kind of ending. But still, I mean, we are in all the many two lower, okay. But nevertheless, it's not important, I don't think it's important the level fast also, because this is the same level that Martin and George were obtaining, okay. What is important is this shape, okay, this peaks, which are present on all three replications. Okay, this indicates that it's not a facility effect, that this is not an interaction of the device with the surrounding, but it is something which is coming from the device itself, okay. Is there any significance between on Jim's, the red trace kind of goes down below the zero line, and you know, during that... You know, there's always some drift on the mortgage. Yes, because you don't have it. You actually make this squig up, it will be in the seat. Okay, so that going on does not represent the actual, it's going the same. But then, it's to drift. Okay. Yeah. Another very important thing is that when I reverse the device direction, okay, if it goes on, yeah. The thrust reverses as well. So this is also an indication that it's an effect, which is produced in the device itself, see. So in this case, I add the three passes in sequence. So it's not just a single thing, as well you see how it's happening. So we see that we have a drift, like that, okay, of the level of the balance. This is normal, but you see here, so that the great area is when the device is switched on, and the rest is off, then on again, you know, and you see as soon as it is switched on, you have this peak on the reverse direction, and then you come see a stable thrust, you switch it off. So a reverse direction, then back to zero, and so on. And the fact that, yeah, the thrust, which reverses with the reverse of the device, tells you that it's again not an effect of an interaction with the device. I mean, most probably, it's not due to the interaction of the device with the chamber, with the environment. That's all. Actually, yeah. These three slides were taken from a presentation. I had a small scientific workshop that I do within a science fiction conference in Italy, which it was called the long strata per la world drive, that means the long road to the world drive. Thank you. Thank you. That's your picture. That's, yeah, someone of you can recognize this is the cover of James. That's how I normally knew to you. Who's up there? Any question? I'm Jeremy Lillian. Can you bring another question? I'd like to make one comment. Yeah. When dealing with gallons then, or any liquid metal contact, once you keep, be aware of ampere forces. In a high, at least in high currents, applications of currents flowing through liquid metal conductors, you will have forces, usually circulating forces, circular forces, which actually can exert a little bit of a torque on, unless they have implements in the pot of liquid metal. And if you're offset, if you're offsetter, if you're center pivot parties, off-center, those forces can be magnified. And also, if you are bringing the current in to the pot of gallons then, from one point, and you're taking the current out from the center, sometimes there are additional forces. They're really small, but the people who are using gallons that, including me, should be aware of that at high currents. And I can't tell it's a medium of calculations. I'm pairs, right? Maybe tens of amps in silence. In this case, yeah, it was less than normal. I'm not sure, but just, I think it's... And there's a man who's going to have quite a short check for his reverse interversion. You're true. No, they have. Except, yeah. Yeah, absolutely. I would like to share some experience here too, because something else I mentioned with the skeleton context was that you have coulomb repulsion too. So you have the gallons in contact, you have the pin in there. If you have something like one on a pulse, which is the owner of Magnetyl towards, we have here, right? You can measure microuten forces of this pin being pushed out of the gallon stand. So if you're not again here in the perfect center, then it's too. That's... I was an aerosol that I was looking for a long time. But again, that's... We've not got the mercy, we've got the mercy, we've got the mercy. Oh, sure, right? And it's independent, of course, of polarity. But this is something that if you do weight measurements, which I'm doing too, that can kill you with the skeleton context. Okay.