BTQ 揭示范式转变：量子计算的真正价值在于能源效率

BTQ Technologies 的最新研究挑战了量子计算的传统观点，引入了“量子能源优势”的概念。这一突破强调了量子计算显着降低能源消耗的潜力，这在计算能源需求激增的情况下尤其重要。该研究探索了经典计算和量子计算之间的内在差异，强调了量子计算机在解决复杂计算挑战方面的能源效率优势，对区块链技术等领域具有实际意义。

Quantum Technology Pioneer BTQ Unveils Paradigm Shift: Energy Efficiency as the True Value of Quantum Computing

量子技术先锋 BTQ 揭开范式转变：能源效率是量子计算的真正价值

Vancouver, British Columbia, March XX, 2023 - BTQ Technologies Corp. (NEO: BTQ; OTCQX: BTQQF), a global leader in quantum technology for securing mission-critical networks, today announced groundbreaking research findings that challenge conventional perceptions of energy efficiency in quantum computing. Published in a comprehensive blog post, the company introduces the concept of "Quantum Energy Advantage" and emphasizes the potential of quantum computing to significantly reduce energy consumption.

不列颠哥伦比亚省温哥华，2023 年 3 月 XX 日 - 保护关键任务网络安全的量子技术全球领导者 BTQ Technologies Corp.（NEO：BTQ；OTCQX：BTQQF）今天宣布了突破性的研究成果，挑战了能源效率的传统观念。量子计算。该公司在一篇综合性博客文章中介绍了“量子能源优势”的概念，并强调了量子计算显着降低能源消耗的潜力。

Beyond Speed: Quantum Computing for Energy Efficiency

超越速度：量子计算提高能源效率

Traditionally, quantum computing has been celebrated for its unparalleled speed in solving complex problems, often hailed as achieving "quantum supremacy" over classical methods. However, BTQ's latest research suggests a fundamental shift in perspective, asserting that the true value of quantum computing lies in its superior energy efficiency. This revelation is particularly significant in an era where the energy demands of computational processes are reaching unprecedented levels.

传统上，量子计算因其解决复杂问题的无与伦比的速度而受到赞誉，通常被誉为相对于经典方法实现了“量子霸权”。然而，BTQ 的最新研究表明了观点的根本转变，认为量子计算的真正价值在于其卓越的能源效率。在计算过程的能源需求达到前所未有的水平的时代，这一启示尤其重要。

Quantum Advantage in Network Security

量子在网络安全方面的优势

BTQ's research underscores the fundamental disparities between classical and quantum computing architectures. While classical computing relies on bits for information processing, quantum computing operates with qubits, which possess the remarkable ability to exist in multiple states simultaneously due to the principle of quantum superposition. This unique characteristic enables quantum computers to address certain computational challenges with significantly lower energy consumption compared to classical counterparts, particularly in scenarios involving high complexity.

BTQ 的研究强调了经典计算架构和量子计算架构之间的根本差异。经典计算依靠比特进行信息处理，而量子计算则使用量子比特进行操作，由于量子叠加原理，量子比特具有同时存在于多种状态的卓越能力。与经典计算机相比，这种独特的特性使量子计算机能够以显着降低的能耗来解决某些计算挑战，特别是在涉及高复杂性的场景中。

Practical Applications: Quantum Computing and Blockchain Technology

实际应用：量子计算和区块链技术

A notable aspect of BTQ's research centers on its implications for the blockchain technology sector, specifically concerning the energy-intensive proof-of-work (PoW) mechanism employed by cryptocurrencies like Bitcoin. By leveraging boson-sampling, a technique in quantum computing, BTQ researchers have developed a quantum proof-of-work (QPoW) algorithm that dramatically reduces the energy required for blockchain transactions. This innovation not only demonstrates a tangible application of quantum computing but also addresses a pressing environmental concern associated with blockchain technology.

BTQ 研究的一个值得注意的方面集中在其对区块链技术领域的影响，特别是涉及比特币等加密货币所采用的能源密集型工作量证明 (PoW) 机制。通过利用量子计算中的玻色子采样技术，BTQ 研究人员开发了一种量子工作量证明 (QPoW) 算法，可大大减少区块链交易所需的能量。这项创新不仅展示了量子计算的切实应用，还解决了与区块链技术相关的紧迫环境问题。

Visionary Perspective from BTQ's CEO

BTQ 首席执行官的远见卓识

Olivier Roussy Newton, CEO of BTQ, expressed his enthusiasm for the research findings, describing them as a pivotal moment in the exploration of quantum computing. He emphasized the transformative potential of quantum technology in revolutionizing computational speed and energy efficiency. Newton underscored BTQ's commitment to harnessing cutting-edge technology to solve real-world challenges, envisioning a new era where quantum computing not only enhances performance but also promotes sustainability in digital networks.

BTQ 首席执行官 Olivier Roussy Newton 表达了他对研究成果的热情，并将其描述为量子计算探索的关键时刻。他强调了量子技术在彻底改变计算速度和能源效率方面的变革潜力。 Newton 强调了 BTQ 致力于利用尖端技术解决现实世界挑战的承诺，并展望了一个​​新时代，在这个新时代，量子计算不仅可以提高性能，还可以促进数字网络的可持续性。

Shaping a Sustainable Future with Quantum Technology

用量子技术塑造可持续的未来

BTQ Technologies' research breakthrough represents a significant stride towards unlocking the full potential of quantum computing. By shedding light on the energy efficiency advantages of quantum technology, the company is paving the way for a more sustainable future in computational processes. As the world transitions towards embracing quantum computing, BTQ stands at the forefront, driving innovation and addressing critical environmental concerns with its pioneering research and solutions.

BTQ Technologies 的研究突破代表着在释放量子计算全部潜力方面迈出的重大一步。通过揭示量子技术的能源效率优势，该公司正在为计算过程中更可持续的未来铺平道路。随着世界转向拥抱量子计算，BTQ 站在最前沿，通过其开创性的研究和解决方案推动创新并解决关键的环境问题。