Thanks, Philip. Before we get to your questions, let me step back for a moment so that we can see the forest through the trees. The great hockey player, Wayne Gretzky, famously said, "You skate to where the puck is going, not to where it’s been." As the last few months have shown us, from the devastating floods in Germany to the wildfires in the Northwest United States and in Southern Europe, extreme weather events are becoming more common, more intense and more dangerous. The real-world effects of climate change are becoming more evident and more immediate. Government leaders, from presidents and prime ministers to mayors and governors, are faced with increasing pressure to act and to act aggressively. Global electricity demand is expected to roughly double over the next 30 years. But to avoid the worst consequences of climate change, we need to achieve net zero emissions in the electricity sector in that same time frame. In other words, a 100% increase in generation and a 100% decrease in emissions. Wind and solar are clearly part of the answer, and I’ve always believed we should deploy as much as we can, everywhere we can, as fast as we can. But it is equally clear that intermittent renewables are not enough on their own. We need to back them up with firm, flexible, dispatchable, zero carbon generation, which nuclear power is uniquely suited to provide. Maintaining our existing nuclear reactors and deploying the new advanced reactor designs is indispensable to filling the gap. In fact, many of the new reactors, like the ones X-Energy and TerraPower and Oklo are working to deploy are designed with the ability to ramp their electricity production up and down. They can compensate for the intermittency of renewables to help make a zero carbon electricity grid more achievable, affordable, and reliable. Decarbonizing electricity is the first step in any serious plan to confront climate change. And as the pressure mounts on world leaders, demand for zero carbon nuclear should continue to grow. Here in the United States, Congress and the administration have made a commitment to support advanced nuclear power. But that effort cannot succeed without the ability to produce HALEU domestically, filling that glaring hole in America’s nuclear fuel supply chain will become even more urgent in the next few years. We are skating hard in that direction so that we will be in a position to take the puck into the net. Once again, I want to thank all of you for joining the call and more importantly for the trust and confidence that you have placed in Centrus. We look forward to continuing to build value for you, for the U.S. nuclear industry and for the country. Operator, we’d be happy to entertain any questions at this time.