Is this the first replication of #LK99? Folks, help. Here's the full text and video uploaded to twitter, enjoy 🫡 source in RT tweet, was just dropped on BiliBili by folks in 🇨🇳 full text translated by Targum.video The toothpick is pointing to the material we obtained, this black dot. And under the microscope, it looks like this on the screen. Let's zoom in a bit. This is an aluminum shed magnet. Then we place this aluminum shed magnet underneath its material to observe the reaction of the material. This can be directly extended underneath the material. Let's find the position. OK, found it. Adjust the focus. Our magnet is now directly below this sample, but it is far away. Now we slowly bring the magnet closer to this sample. You can see it standing up. Now let's move away from this sample. And then it falls down again. Let's bring it closer to this sample again. It stands up again. And then it falls down when we move away. Now let's change the direction of the magnet. And then put it underneath again. After it comes close, this sample piece stands up again. And then it falls down when we move away. And then it stands up again when we come closer. And then it falls down again when we move away. Now I'm going to directly change the direction underneath. You can see that after changing the direction, it is still magnetic. And then when we come closer, it stands up. And then when we move away, it falls down. And then when we come closer, it stands up again. And then when we move away, it falls down again. It stands up. It falls down. It stands up. It falls down. It stands up. Whether it's N-class or S-class, it has a magnetic force on this piece. It's magnetic.