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After weeks of criticizing the Russian government for allowing the country to spiral into collapse, it seems Russia's most popular blogger (13 million followers, living in Monaco) got a visit from the FSB. Now saying everything's great because Peskov heard her and Putin will fix everything.

The next $TAO or $KAS is brewing Lead by a team full of MIT scientists (doxxed) Narrative? Quantum Very hard to buy but this gives the best opportunities, this is how both Tao and Kaspa began Can you guess?

3. Qubitcoin… the decentralized quantum sim network. Alongside the giants exploring QS, there are SMEs and non-profit organisations taking a more unconventional approach. One such organisation is Superquantum, a non-profit foundation behind the project Qubitcoin ($QTC). Founded by academics from MIT (like Feynman) and Vanderbilt University, and supported by experienced advisors—including Michael Dubrovsky (noted for early involvement with DAGLabs, which developed Kaspa $KAS) and Yudong Cao, former Harvard postdoctoral researcher and now Head of Quantum at BCG X—Qubitcoin has conceptualised a world first: a decentralized quantum simulator network. Qubitcoin combines proof-of-work blockchain technology (qPoW, or quantum Proof of Work) with its own plug-and-play quantum software, SuperSim, allowing users to connect highly optimised libraries (effectively databases) to simulate real quantum tasks using classical hardware such as GPUs. Miners are incentivised either by selling the token or holding it long-term as an investment. In return, the network benefits from miners contributing electricity and infrastructure—similar to Bitcoin. The difference between BTC and QTC is small but stark. Qubitcoin is based on Bitcoin’s source code, but its developers have found a way to make network hashes produce tangible answers to quantum problems, potentially unlocking valuable data. Think of it like this: each time Bitcoin produces a block, it generates a hash. Each time Qubitcoin produces a block, it may generate data that solves an actual quantum problem. Instead of relying on physical quantum machines—often costing hundreds of millions of dollars and plagued by stability and reliability issues—Qubitcoin uses decentralised classical computing power to run simulations. The network is open-source and primarily aimed at institutions and SMEs. Imagine a global network of GPUs and ASICs, all contributing power to what could become the largest decentralised quantum simulator ever built—accelerating quantum machine development and potentially solving real-world industrial problems with valuable data. The list of potential applications is difficult to fully comprehend; it is almost 2001: A Space Odyssey-esque. Qubitcoin coordinates access to these simulation resources while securing transactions, positioning itself as a bridge between classical blockchains and future quantum networks. While the commercial value remains uncertain and much development lies ahead, one thing is clear: quantum simulation is an established and rapidly growing field.