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Superquantum & Qubitcoin [$QTC], the low cap crypto quantum simulator with roots at MIT and turning the heads of tech giants like Nvidia. Content Disclaimer: The content contained therein has been written using publicly available information and imagery for educational purposes only. All references are listed at the tailend of the post. ψ 1 - Introduction: Before we dive into the technicals of Qubitcoin and Superquantum, it is important contextually for readers to be aware of the concept of Quantum Simulation, as this strikes to the core of Qubitcoin (and Superquantum), and what they are trying trying achieve. ψψ 2 - What Is Quantum Simultion & Why Should I Care? Quantum computing breakthroughs are making headlines on a near-daily basis in 2025, and the general consensus is that this will ramp up between now and into the late '20s. As stated in the magnificent Quantum Insider; Quantum Simulation is "the next big thing in advanced computing. On a high level, quantum simulation is an emerging technology that stands as one of the most promising applications for quantum computing" [1] Quantum simulation seen as the next frontier in computational science. By combining quantum simulation with blockchain's battle-tested Proof of Work mechanism, Qubitcoin introduces a practical way to crowdsource quantum simulation power - qPOW / quantum Proof of Work. Unlike traditional proof-of-work (eg Bitcoin) where energy secures the chain but adds no intrinsic value, Qubitcoin’s mining process contributes directly to advancing quantum algorithms and simulators. ψψψ 3 - Quantum Simulation - the next computing narrative after AI? According to MarketsandMarkets [2], the quantum computing market is expected to reach $20bn by market capitalization by 2030, up from ~$3.5bn in 2025. I personally think this quite conservative, particularly when one considers that China is rumored to be spending 20x more than the USA per year on quantum computing research and development, and obtaining accurate data from within China is difficult. I personally expect that as the US government and US-based tech companies continue to ramp-up investment in quantum computing R&D, China will continue to strive for domination in the space. I truly believe that the race for quantum computing supremacy will become the next generation race between global superpowers, similar to the highly politically charged races between Soviet Union and USA in the 1950s-1980s (e.g. nuclear weapons, space race etc). Quantum simulation is playing a critical role in this race, and I predict that this race will heat up exponentially in the coming years - the race has already started. ψψψψ 4 - qPOW & how Qubitcoin solves quantum problems via simulation? Qubitcoin & Superquantum - who? Qubitcoin ($QTC) is the native token of the Superquantum Network, a proprietary Layer 1 blockchain developed to support distributed quantum simulation and quantum computing. [3] Superquantum is a US-registered non-profit organization in the state of Texas as of 21 March 2025 [4]. File number: 0805956336, Texas Secretary of State [5].

ψψψψψ 5 - Qubitcoin Launched in October 2024 by a team based in the United States, Qubitcoin provides a decentralized infrastructure for executing quantum circuits on classical hardware, such as GPUs. Unlike traditional proof-of-work systems (like Bitcoin) where the work is cryptographically purposeless (e.g. hash puzzles), the Superquantum Network's consensus mechanism is based on verifiable scientific computation. In other words, the network has added utility by way of a quantum circuit execution to create a 'useful computation' - hence qPOW / quantum Proof of Work, each time a block is mined a quantum problem has been solved. Bitcoin and other POWs lack this unique and clever capability. Think of Qubitcoin as a POW network (like Bitcoin) + with the added utility of quantum problem-solving functionality. In exchange for supporting the network, those providing energy to the network(electric / $) receive a financial reward (mined QTC) for their effort. At present, few realise the genius of Superquantum and Qubitcoin. The real beauty is that anyone can connect to the network and support it by mining/creating pools. The network size is also determined by the number of validators/contributors and in terms of potential scalability, the network can reach all corners of the globe with minimal investment from participants. ψψψψψψ 6 - Where is the value in all of this? Sub-question - Could using Superquantum Network (and therefore Qubitcoin by proxy) save companies like Nvidia money on operational and infrastructure costs for more conventional quantum simulators? Yes, that is the answer. Operators within the quantum computing & simulation space are burdened by high infrastructure costs (computational infrastructure, floorspace / real estate, high energy costs, ancillary costs such as security, and a myriad of other operational costs. Superquantum has software that allows anyone to effectively plugin their own optimized libraries of quantum problems. Thought: I have a set of pre-selected quantum questions that I need answers to, and I can "plugin" to Superquantum How does that work, you ask? Details are not fully unveiled yet, however Superquantum have develpped SuperSim, "a high-performance quantum circuit simulator with optimized tensor network calculations for large-scale simulations." [4] The key phrases there are "high-peformance" and 'large scale", capiche? By using Superquantum, those with optimized libraries (as Nvidia currently does) can access decentralized, crowdsourced infrastructure to run simulations (quantum circuit) without the need of building and maintaining dedicated quantum simulation centres. Saving money / capital expenditure = value. Using Superquantum's network is likely to significantly reduces R&D capital pressures, especially for small-medium sized quantum computing companies, and this provides opportunity to deploy funds elsewhere on the balance sheet, all whilst accelerating quantum algorithm development through the network by solving quantum problems.