Taj Quantum

Here is a link to our latest updates. This posting contains a graph of Temperature / Conductivity and a short video showing how a compass reacted to one of our samples. More to come soon. We will also be releasing more information on the two inventors in the coming days. tajquantum.com/11710584-2/

Have a wonderful weekend everyone ✌️ #FridayVibes #MentalHealthAwareness

Taj Quantum is proud to be the Post-Quantum Encryption and Blockchain-based Authentication systems provider for BridgeComm. Our secured Free-space optics technology provides security and speeds most people only dream of!

Last year, our CEO spoke with Spectrum 1 News about the work we're doing in Smart Agriculture and in Ukraine. Today, we've expanded into many additional areas, including providing secure optical communications systems from space-based laser communications systems using our Blockchain Authentication and PQR Encryption systems. We're proud to continue providing free, secure communications to over 150,000 people in Ukraine. Almost 10 times the number of people we had on our systems a year ago. spectrumnews1.com/oh/columbus/ne…

It's been 10 years since our CEO, Dr. Paul Lilly, was awarded the Antarctica Services Medal of the United States of America for his service to the National Science Foundation's Antarctica program from 2011 to 2013. "It's amazing to see how science has changed over the last 10 years. I only hope the next 10 are as fruitful!" Dr. Lilly said. If you want to know more about the day-to-day life in Antarctica, check out the blog Paul wrote periodically on his off-time. pauljlilly.blogspot.com The photo's alone are worth a visit!

It looks like we'll have some exciting news in the coming weeks related to our encryption and authentication systems, along with our partners at BridgeComm! More to come soon! For those who missed the partnership announcement a few weeks ago: prnewswire.com/news-releases/…

We've had some people request to see more of the compass video since there are questions about what would happen if the superconductor was turned. The superconductor was turned twice, 90 degrees each time, in the full version below. youtu.be/XBKOOSEdWZw

@ScottAdamsSays More than maybe. :) Thank you for posting this. You and I spoke briefly in 2013 when I was posting pictures of Catburt in Antarctica. Would be great to speak again, any time.

Maybe?

@altryne Send me a DM if you’re still open to a talk in Spaces. Would be great to answer questions in an open forum.

@TajQuantum Got it, the invitation is open, we can do a dedicated space after you guys ready

Okay, I've been told I must "shut up and let our PR people do their job." More to come soon. I don't listen well, CEO prerogative, but It will sound better from them anyway. :) I'm told we'll be releasing videos on Monday and an official statement, etc.

@SensotaurAS ROFL! Love it! It really is a fun challenge. You'd be surprised by how many crazy things we've tried so far. I learned a long time ago, when something unexpected happens, poke it with a stick until you understand why. :)

@TajQuantum Cool! Thanks for the informative response! Sounds like a fun challenge to try to tackle! And must be cool to be working on something that literally could change the world! Kudos to you and your team! :) Other thought that popped in my head: superglue the heck out of it all! LOL

@TajQuantum this might be a stupid question, but could you get some nylon or polyester rope, soak it in your needed oil, and then coat it in graphene (or have the graphene already mixed in, like in strands of the rope), and just make that the superconducting wire?

To answer some of your questions. We first approached this to educate people on the various concepts and challenges, since most people don't understand superconductivity, etc. We simplified many concepts and used Quill to shorten them even further. For those who don't need these parts, they can skip them, but after reading so many "floaty rock" comments over the past weeks, it seemed necessary. The three variants were the three primary material concepts we used as a primer for our wire concept. Each variant is a graphene-layer-based sample; however, the construction of the variant Is different, like the "foam" sample used in the video. The materials in the graph were all superconducting at ambient room temperature at the beginning of each test. We then used part of each variant sample to test the upper and lower failure limits. This led to some interesting spikes at failure. We are trying to find a variant that has good properties for electrical transmission and zero conductivity, along with some strength & flexibility. This is where we're at now and have been for quite a while. It will likely be several years before we have the ability to produce small wires in a repeatable process that makes sense. In tandem with the work we're doing, which is highly focused, we intend to release a process for producing the superconductor, first to universities for confirmation, then more broadly. We're willing to work with any US-Based (for now, this will expand after initial confirmation) University that has a decent chemistry and physics lab for confirmation and to provide them the process they need to replicate for research needs. We should have this final process organized and ready in the next few weeks. After this, we'll release that process openly as well. The initial universities really need to have people who have extensive experience with Graphene, since this can be a frustrating and dangerous material if used incorrectly. We will be releasing more of the video showing the superconductor, altering the magnetic field around it. We edited it to keep it short and to the point, but showing when we turned the superconductor and the field still remained turned east to west is worth showing. Thank you for all the questions.

@TajQuantum The normal state R is high assuming it should be similar to graphene (unless the 'wire' is only ~µm diameter?) The 'article' itself is a bizarre and rambling collection of random facts about superconductivity that sounds ChatGPT generated - very little detail about your material.

Here is a link to our latest updates. This posting contains a graph of Temperature / Conductivity and a short video showing how a compass reacted to one of our samples. More to come soon. We will also be releasing more information on the two inventors in the coming days. tajquantum.com/11710584-2/

Doping is a common process for adding a material (in our case, an aliphatic hydrocarbon) to another. It's very common in the semiconductor industry and several others. Since you are, in essence, adding an impurity to another material, it is generally best to do this in a vacuum to avoid inadvertently adding other chemicals or materials. I don't know anything about the LK99 process specifically, but I'd assume that if they were doping their material, it was done in a vacuum for similar reasons.

@TajQuantum @Elenkus2022 so cool. I don't know what is with this doping in vacuum and superconducting which is common. didn't the LK99 team also doped their samples in vacuum?

@Filip__Skotnica @Elenkus2022 @Nairebis Thanks! :)

@Elenkus2022 @Nairebis @TajQuantum Awesome!😍

Posting a quick update: Please remember that we were not in control of when the US Government would release the patent, so this is a bit of a scramble. To make sure our patent covers all of the items we are releasing, our attorneys are still reviewing them. We are also in discussion with several Universities; we intend to release full details on the process for two variants of the graphene-based superconductor and our process for turning these into a wire format for usability to them for initial validation along with a public release. Additionally, we will be releasing more details on the backgrounds of both Mr. Wood and Dr. Lilly. Dr. Lilly will be available starting next week for interviews and discussions. Mr. Wood is 76 years old and recently lost his wife due to illness, and he prefers not to be involved in live interviews for now. We know there is a lot of attention on validation, and we look forward to the scrutiny.

@aamir1rasheed Blockchain has nothing to do with the ART-T2SC. Our blockchain authentication system is a product line in our services area. That and post quantum encryption services. The T2SC patent application predates the formation of Taj as an entity.

@TajQuantum I’ll ask again, can you elaborate on why you’re involving blockchain? I’m not doing a “gotcha.” I literally just don’t understand.

Starting a FAQ's thread (This will be updated periodically): 1. Is TQ a crypto company? No. We use blockchain as a tool to provide authentication systems using a private blockchain deployment along with smart contracts to manage the varied challenges faced by the US Military and our customers. 2. Background on the principal inventor, John Wood: Mr. Wood has experience and interests in multiple technical areas and is the author of eight issued US patents. His undergraduate education at the University of Southern California was in chemistry (BS), and his graduate education at the University of California, Santa Barbara, was in physical chemistry (MA). While at UCSB, he designed an experimental setup to use a shock tube and a low-power Q-switched laser to use the Raman emissions to be the first to accurately measure the outer portion of the vibrational potential well as it approached decomposition. Over the years, he has made major contributions to advanced analytical chemistry, air monitoring, and monitoring control systems. In the most recent several years, Lockheed Martin applied for patents for many of his innovative ideas in diverse fields. He is experienced in devising innovative solutions to complex technical challenges. Mr. Wood is skilled in hands-on laboratory and other technical work. He is certified by the State of California as a Radiation Safety Officer for the South Coast Air Quality Management District. *We will release a more thorough background in the coming weeks. 3. What are you doing in the Ukraine? TQ provides a communications tool for Ukrainian civilians and a variety of Aid workers and organizations within Ukraine. We currently have around 150,000 people using our services daily, all at no cost to the user. TQ is committed to continuing to fund this effort to keep people free to communicate without fear of an enemy listening in. 4. How many employees and consultants does TQ currently have? TQ employs (full-time, part-time, and consultants) around 22 people. We are still very small, and we’re focused on growing. We anticipate hiring a new scientific team and building the associated laboratory and production facilities to help us get to market as quickly as we can. 5. How soon until we see superconductors in everyday technology? We are still around 10 to 20 years away from seeing this technology used in everyday electronics. We all have these amazing “things” with no real utility. The next step is to find ways to incorporate this technology in a variety of ways. Our focus is on turning the superconductor into shielded wiring as a natural first step. We will also be licensing material and processes to companies that can develop these products more rapidly.

@TweetsA91248 @Apotheosis173 @Nairebis We use Grammarly to rewrite out X postings to be upbeat and happy. Keeps people from reading into pithy responses. So it is AI enhanced for language usage.

@Apotheosis173 @TajQuantum @Nairebis To be fair, AI detectors are garbage.

The official Press Release is on the Taj Quantum page and should be available on most PR News outlets within the next 48 hours as systems update. We will release additional information, graphs, videos, and images over the coming days and weeks! Our website and postings here on X will be the best sources of information. tajquantum.com/art-t2sc/

@aamir1rasheed We have nothing to do with cryptocurrency nor will we ever.

@TajQuantum “private blockchain deployment along with smart contracts to manage the varied challenges faced by the US Military and our customers.” —> this doesn’t explain why you chose to involve crypto - can you elaborate here?

@MikePFrank Here is the actual patent number: 11710584 The application page has a lot of details in an easier-to-read format for most. You can also download the patent easily from that page. If you search for the patent number, it is only a download. Sorry for the confusion.

@TajQuantum Hey, why did you guys put your patent application number rather than the actual patent number in your press release? It makes it harder to find the patent.