这份讲稿热情地倡导核电，将其视为全球繁荣和人类进步的根本支柱，超越了其历史上仅与和平相关的联想。Radiant的创始人强调，获得负担得起、充足的能源对文明本身至关重要，它能赋能个人和国家实现繁荣。 美国核电的现状被描述为停滞不前。该国在20世纪70年代后失去了在该领域创新的能力，表现为缺乏新的反应堆设计，未能听取客户需求。这种衰落归因于多种因素：环保倡导团体散布错误信息，导致法规日益严格，最终使得核电成本高昂得令人望而却步，经济上不可行。演讲者指出，虽然到1977年爱达荷国家实验室建造了52座反应堆，但此后便再无新建，导致美国缺乏先进的反应堆技术。 现有的电网被描述为老旧且脆弱，大部分建于20世纪60年代和70年代。其老化的基础设施导致频繁停电，影响企业运营和国家整体生产力。美国经常在能源需求水平线或以下运行，扼杀创新和未来的增长。由核能等可靠来源提供的能源独立性，也被视为一项关键的国家安全要务，可防止地缘政治脆弱性，因为对外国能源的依赖可能导致冲突期间全国停摆。 Radiant的创立源于一项个人使命，这起源于创始人在SpaceX工作期间应对火星挑战的经历。他意识到多行星生命需要巨大的能量，而火星上的太阳能是不可行的，核能因此成为唯一可行的解决方案。这一认识促成了Radiant的诞生，旨在解决使传统核电令客户望而却步的固有挑战。 Radiant的核心创新是Kaleidos微型反应堆，旨在解决传统核电站的以下问题：庞大、昂贵且耗时的现场建设，永久性放射性场所，以及现场废物管理。Kaleidos是一种地上、可移动的微型反应堆，可以通过陆路、航空和海路运输。Radiant通过处理所有废物来消除客户的后顾之忧：在五年运行寿命结束后，他们会将设备运回位于田纳西州橡树岭的工厂进行燃料补给。 Kaleidos被描述为大致与柴油发电机尺寸相当，但能提供显著更高的功率，并且可以运行五年而无需补充燃料。其模块化设计允许“串联”多个单元，以满足更大的电力需求，例如为小型城市或超大型数据中心供电。这种前所未有的便携性为电力部署开辟了新的应用场景，从远程军事行动和快速部署人工智能基础设施，到为未来的太空殖民地或水下城市供电。 该公司的战略是在工厂环境中大规模生产这些反应堆，将核能转变为一种可预测、成本可控的商品，就像消费电子行业一样。这种工厂化建造方式大幅降低了客户在成本和现场活动方面的不确定性。 Radiant有望创造历史，计划于2026年在爱达荷国家实验室改造后的实验性增殖反应堆穹顶内测试其Kaleidos微型反应堆的商业原型机。这项全功率测试将持续150小时，温度超过700摄氏度，这将是该实验室很长时间以来首次进行此类测试，并得益于最近行政命令的加速。 演讲者认为，美国正在见证核能的“全面复兴”，而Radiant则展现了率先的勇气。他们的愿景是实现核反应堆的大规模生产，理想状态下每周一个，从而深刻改变社会与能源的关系。这种大胆、“不合理”的立场旨在普及电力，使人类能够探索地球之外，并实现多行星未来，这被认为是文明的必然要求。

The transcript passionately advocates for nuclear power as a fundamental pillar for global prosperity and human advancement, transcending its historical association solely with peace. The speaker, founder of Radiant, emphasizes that access to affordable, abundant energy is essential for civilization itself, empowering individuals and nations to thrive. The current state of nuclear power in the U.S. is depicted as stagnant. The nation lost its ability to innovate in the sector after the 1970s, characterized by a lack of new reactor designs and a failure to heed customer demands. This decline is attributed to a combination of factors: environmental advocacy groups pushing misinformation, leading to escalating regulations, and ultimately, making nuclear power prohibitively expensive and economically unviable. The speaker highlights that while 52 reactors were built at Idaho National Laboratory by 1977, none have been built since, leaving the U.S. without advanced reactor technology. The existing energy grid is described as outdated and fragile, largely built in the 1960s and 70s. Its aging infrastructure results in frequent power outages, impacting businesses and overall national productivity. The U.S. often operates at or below its energy needs, stifling innovation and future growth. Energy independence, provided by reliable sources like nuclear power, is also framed as a critical national security imperative, protecting against geopolitical vulnerabilities where reliance on foreign energy can lead to national shutdowns during conflict. Radiant was founded out of a personal mission, stemming from the founder's time at SpaceX working on the Mars challenge. Realizing that multi-planetary life required immense power, and solar on Mars was unfeasible, nuclear became the only viable solution. This realization spurred the creation of Radiant, aiming to solve the inherent challenges that made traditional nuclear power undesirable for customers. Radiant's core innovation is the Kaleidos microreactor, designed to address the issues of traditional nuclear plants: massive, expensive, and time-consuming on-site construction, permanent radiological sites, and on-site waste management. The Kaleidos is an above-ground, movable microreactor, transportable by land, air, and sea. Radiant eliminates customer friction by handling all waste, taking the unit back to their factory in Oak Ridge, Tennessee, for refueling after its five-year operational lifespan. Described as roughly the size of a diesel generator, the Kaleidos offers significantly more power and operates for five years without refueling. Its modular design allows for "daisy-chaining" units to power larger needs, such as a small city or a very large data center. This unprecedented portability opens up new use cases for power deployment, from remote military operations and rapidly deploying AI infrastructure to powering future space colonies or underwater cities. The company's strategy is to mass-produce these reactors in a factory setting, transforming nuclear power into a predictable, cost-controlled commodity, much like the consumer electronics industry. This factory-built approach drastically reduces customer uncertainty regarding costs and on-site activities. Radiant is poised to make history, with plans to test a commercial prototype of their Kaleidos microreactor at Idaho National Laboratory's repurposed Experimental Breeder Reactor dome in 2026. This full-power test, for 150 continuous hours at over 700 degrees Celsius, will be the first of its kind at the lab in a very long time, accelerated by recent executive orders. The speaker believes the U.S. is witnessing a "full-on renaissance" in nuclear power, with Radiant demonstrating the courage to be first. Their vision extends to mass-producing nuclear reactors, ideally one per week, to profoundly change society's relationship with energy. This bold, "unreasonable" stance aims to proliferate power, enabling humanity to explore beyond Earth and fulfill a multi-planetary future, which is deemed imperative for civilization.