Quantum Linkage: The Future of Secure Communication

Everything I’ve written here is my personal nonsense. I’m using this as my personal vlog. Or blog. I reread the original works on quantum theory and the theory of relativity today. I liked the theory of relativity. It's beautifully written, but you know, it's somehow described only locally, that's all. Superficial, you could say. Second. Quantum theory is so raw. It was crudely made from the start. That’s because it wasn’t long enough ago. First from the second. Third. I slightly modified quantum theory and linked it to Newtonian theory. Plus logic. Fourth point. Quantum gravity. You idiots. Why the fuck are you diving into quantum computers and quantum computing if you don’t even understand the basic principle of how it works? You don’t understand the principle even at an elementary level. How do you expect to learn if you’re not learning? You just copy old papers and recheck old 1960s papers on some theory. Keep looking for the graviton. Keep searching. Same shit with your fusion reactors. And with quantum communication, and with all technologies. This is some fucking bullshit. I’m going to set up my own company on Kickstarter, raise funds, and fucking implement quantum computers and communication myself. You can’t be relied on, + you’ve proven your inability to think critically. My theory needs to be learned and applied, not memorized. I won’t post any more millennium problems because of your stupidity. If you want to understand my philosophy, then without philosophy, without a solid foundation, you won’t be able even to understand this theory or apply it in any way. That’s how it works. I didn’t create it. I was simply given instructions to write it, that’s all. And that guy whose video title I just sent — he shows the philosophy of the process itself very well, because it’s very similar; I think the same way.www.youtube.com/watch?v=Nn1Np7mrFck, But to understand his philosophy, you must understand psychology, so first study psychology, then philosophy, and only then will you be able to understand quantum theory. https://youtube.com/playlist?list=PLt3fgqeygGTVk5khY228EBHujarUgyLfv&si=StkDUFkR_StuKU7l 8/8 V62 TARDIS Framework Chapter 1: I DONT FIND Chapter 2: Detailed Proof for Poincaré Conjecture Chapter 3: The Riemann Hypothesis Chapter 4: Yang-Mills Theory and the Mass Gap Chapter 5: Navier--Stokes Existence and Smoothness Chapter 6: Unified Charge-Information Theory(co-author,Schrödinger, two cat's) Chapter 7: The Hodge Conjecture Chapter 8: P(NOT =)NP Scientific Applications Detection of Gravitational WavesFrequencies: 1–100 kHz (complements LIGO)Sensitivity: h ≈ 10⁻²¹ – 10⁻²³ (network 1M–1B)Localization: <0.1° (vs ~100° for LIGO)Continuous monitoring: 100% sky coverage Testing General RelativityRelativistic effects in the Solar SystemGravitational time dilationOrbital precessionSearch for deviations from General Relativity Quantum Entanglement over Large DistancesInterplanetary quantum communicationTesting quantum mechanics in spaceFundamental experiments (Bell tests) Commercial Applications Quantum Navigation ($10B–100B market by 2050)Positioning accuracy: nanometersAutonomous cars, drones, robotsGPS replacement indoors / underwater / underground Quantum Communication ($5B–50B market by 2050)Absolute security (quantum cryptography)Banks, governments, militaryInterplanetary Earth–Mars communication Precision Timekeeping ($1B–10B market by 2050)Nanosecond-level synchronizationFinance (HFT), telecommunicationsEnhancement of GPS/GNSS systems Gravitational Mapping ($500M–5B market by 2050)Mineral explorationGroundwater monitoringGeodesy and seismology November 13, 23:55 If each of these major mathematical problems carries a one-million-dollar reward, then so be it. I’ve identified another idea on top of the existing ones. Since Perelman chose not to accept his one-million-dollar prize, I would be willing to take that reward in his place. That makes seven in total — plus an eighth amount for the person who helped me uncover and resolve the final idea.I was offered a job as a garbage collector in Helsinki, and there are no problems left in physics anymore.I’m also stopping my publications for a simple reason: there’s nothing left to tell. November 13, 19:41I spent a very long time struggling with the problem of the thermonuclear reactor. Why does the core explode? The reason is both very simple and, at the same time, incredibly complex. It all comes down to the loss of the ability to collect and analyze data from inside the containment vessel. The first solution was to redesign the structure. The second was to create quantum communication. I started moving in that direction. I completed the first part of the work, but I was missing the second part. I won’t say what exactly it was, but I eventually found it — and I’m endlessly grateful to the person who helped me. I gave back ten times more than what he did, because he opened… He probably doesn’t even realize what he opened, but he opened the future — literally, right now. I’ll write to him, but this note is just for my blog, as a sort of update. And yes, it all works — it truly works. Sometimes I even surprise myself. In short, the main issue with the thermonuclear reactor was the lack of connection. The thermonuclear zone won’t let any signal or data pass through. And the shell itself is incredibly dense — nothing can penetrate it during operation. There’s only one possible solution: quantum communication. And I had to develop it. Thanks to one person, I finally made it work. November 12, 9:30 AM. Where to start? After analyzing the first thermonuclear reactor project, things looked very grim. The problem is that it’s unclear how much of the D and T mixture will react in the thermonuclear reaction. Theoretically anywhere from 3 megatons to 1,705 megatons (I have no fucking idea how much will react), roughly. Plus or minus. The spread falls somewhere in that range. But that this thing will be powerful... Yes — and that’s why I had to completely redesign the project. Because the core... The thermonuclear reactor, essentially, turned out to be so good that it’s too good. Too much mathematical precision led to this. You need to allow an error somewhere. In short, the solution will be very banal. I just remade the project like the Sun. The way the Sun works — the same. So a thermonuclear reactor is possible, a thermonuclear bomb is possible. Well, that’s that. These are my thoughts For consultation, please contact this number +4687673836, +493020625990. 13:30 It is important to note that a trusted repeater cannot be used for transmission. Qubits over long distances. I found a solution in the field of quantum communication, over a longer distance, there is already a concept of what is needed where and how, but the project is even more expensive than the fusion reactor itself along with the bomb, which is fucked up, and for 5 years if without corruption, 15 years if through coordination, and 150 years for the fuckers, the implementation is simple but The structure of the network is simply gigantic, bigger than the universe, the bandwidth. November 11 4:41 1 The first version of the fusion reactor has a significant flaw: it will operate, but its efficiency will be around 30–50%, which is low. I understood how the Sun works and decided to completely redesign the fusion reactor. 2 Time itself cannot be rewound, but if, during a transit through a gate inside an unstable black hole, you can move into the future — provided the gates remain operational for a billion years. As long as the gates exist, you can move forward and backward in time; the main thing is not to intersect with yourself. Briefly, in a few words. Update. November 8, 1932 — with the reactor. The reactor started. Successfully. I will send more public information a little later, but for now these are general thoughts. Gates. What are the gates? In my previous works I described that the membrane must be removed, but I did not explain how to apply it. Why remove the metric of the membrane of an unstable black hole and how to make a metric from it. And why a supermagnet is needed here. The essence of it all: the thermonuclear reactor of this concept, if scaled up to large sizes, functions as such. I have designated a place on the BNG. This region could become an entry point into the space of a black hole for transition to any point in the universe. Here is a solution for how to travel through space, through the universe. These are my thoughts. November 6, 22:40 — I looked at the design from a different angle and suddenly realized there are no decent, adequate superconductors. It’s kind of — honestly — a bit of a disaster. For my needs there are no good superconductors that can withstand high pressure, serve as structural/high-mass components, conduct electricity well, and also have good thermal conductivity. Unfortunately, such materials don’t exist, so I had to develop my own alloy. You won’t like this alloy. November 6, 17:11 — My blog, my thoughts.Work on the project is complete. All the necessary components exist; everything can be built. The real question is—who will want to make it happen? The design is fully modular. This reactor can be completely disassembled. To modify any component, there’s no need to build a new version. On a single reactor, you can configure multiple setups—ten, twenty, thirty, even fifty different equipment configurations. In terms of assembly, the structure itself is very simple in detail, yet extremely complex as a system. That’s the core problem with thermonuclear reactors. Nuclear reactors, by comparison—well, those are simple enough that even a monkey could learn to handle them. These are my thoughts. Technical report — November 6, 01:47.There’s been significant progress with the thermonuclear reactor. In version 30, it’s going to be the final one. I’ve started working on