Great. Thank you, Ellen. Good afternoon, everyone, and thank you for joining us today. As Ellen mentioned, we have posted an earnings presentation and Terry and I will reference those slides as we go through our prepared remarks. Starting on Slide 3 and with Q1, we are pleased to report strong operational and financial performance. Our fleet generated $289 million of adjusted EBITDA and $194 million of adjusted free cash flow in Q1, largely driven by realized hedge gains of $165 million from our commercial hedging strategy. On that, we are updating our 2024 guidance to remove the ERCOT fleet going forward and increasing guidance on our remaining fleet for higher forward prices and spark spreads, along with lower interest payments from our term loan repricing. Our new guidance ranges are adjusted EBITDA of $600 million to $800 million and adjusted free cash flow of $160 million to $310 million. We are off to a strong start in 2024, and we unlocked value in multiple ways this quarter. As announced on our Q4 call, after observing an opening in the ERCOT M&A market, we launched the monetization process for our 1,700-megawatt ERCOT fleet in late 2023. Earlier this month, we closed the sale of those assets to CPS Energy for $785 million gross, capturing a valuation materially higher than consensus estimates. We successfully completed a repricing of our term loan B and C on May 8, decreasing the interest rate by 100 basis points, which drops annual interest by approximately $13 million. We also obtained a waiver on our debt paydown requirement for the estimated $723 million of net proceeds from the ERCOT sale and achieved other amendments in our credit agreements. All of this enabling greater capital allocation flexibility. I will also note that S&P upgraded our outlook to positive in early April and continues to maintain that outlook after the term loan repricing. As many of you know, in March, we announced the sale of our Cumulus Data assets to AWS for $650 million, along with signing long-term revenue contracts. Since then, we started earning revenues from AWS and anticipate the release of the $300 million of sales proceeds currently in escrow in the second half of 2024. The monetization process for our interest in the Nautilus Bitcoin mine is progressing, and we remain committed to exiting the coin business in a value-accretive way. We also continue to explore how to leverage our recent data deal for other potential opportunities across our fleet. In the fourth quarter of last year, we implemented a $50 million cost savings program, and we have achieved $45 million of the target to date. We expect to achieve the full amount by year-end and continue to look for ways to save on expenses and optimize our cash flow per megawatt. Finally, we continue to focus on the most effective way to return capital to shareholders. Under our existing $300 million share repurchase program, we bought back 493,000 shares to date for a total of $38 million. Today, we are upsizing our remaining share repurchase capacity to $1 billion. This SRP is evidence of both management and the Board's conviction in our operating performance and long-term cash flow generation profile. We continue to work towards uplisting on a major national exchange and recently announced that we will be refreshing our draft S-1 for the Q1 financials. The SEC will need to complete its review of our S-1 before we can uplist or before our uplisting can become effective. In the interim, as announced last month, we are planning to execute a CUSIP exchange to maximize equity, liquidity and transparency for our investors. As a reminder, we have 2 classes of shares. The [ 1145s ] that are quoted on OTCQX and the [ 4(a) (2)s ], which trade in private transactions. One year after emergence, which is May 17, we can exchange our 4(a) (2)s for 1145s, which will allow all shares to be quoted on the OTCQX. This will enable our shares outstanding to become one, become more visible liquid and accessible to a broader universe of investors. Turning to Slide 4. Let's look at our operational and financial results in more details. Our fleet ran well generating 8 terawatt hours with an EFOF of only 1.9%, and 58% of that generation comes from our carbon-free Susquehanna nuclear facility, which also started its spring refueling outage in the first quarter and was successfully completed in April. Importantly, our whole team worked safely with a strong quarterly OSHA total recordable incident rate of only 0.3. Historically, this is in line with or better than our peers, and we continue to emphasize safety as our first priority across the fleet. We continue to prioritize capital discipline and balance sheet management during the quarter. We currently have nearly $2 billion of liquidity, thanks to the recent asset sales and cash from operations. With that cash balance, our net leverage is only 1.2x, far below our 3.5x target. This enables us to return more capital to shareholders, and Terry will touch on this later. I'd like to take this opportunity to recognize and thank our employees across the company who have worked safely to deliver impressive operational results across our entire fleet. The past couple of months were the busiest time of the year for many of our operations team members as they successfully navigated our spring outage schedule. These team members are key to the overall financial performance as they operate, maintain and improve our generation fleet and other assets. Without their hard work and commitment to excellence, none of this would be possible. I'd also like to commend the Talen commercial and risk teams for implementing a highly successful 2024 hedging strategy, capturing significant margin during the down market of Q1. Turning to Page 5. Our good performance this quarter tees us up to take advantage of exciting market trends. Let's talk about why now is the best time to be a pure-play IPP. Many of you have seen industry reports from Mackenzie, Goldman Sachs Research, BCG and others talking about the accelerating load growth and supply demand factors driving this growth. These trends impact the entire U.S. but are especially acute in PJM. For those of us that have been in the power sector for many years, we have seen multiple boom-bust cycles, but things are different now. Over the last 10 to 15 years, load growth flattened out as energy efficiency increased and commercial load began replacing around-the-clock industrial load. Furthermore, there was a lot of relatively cheap and abundant natural gas from the shale boom and power and capacity prices also became flat to declining. From a supply perspective, limited demand created excess capacity that intersected with the rise of ESG mandates, plants ran less, earn less and face more stringent environmental restrictions. So we began seeing large retirements of coal and inefficient gas-fired generation assets in favor of developing renewables, thus substituting more intermittent forms of power generation for units that ran around the clock or baseload. Battery storage development also began but is still in its early innings and not at commercial scale. Today, the demand picture is much different while the supply picture has not kept up. U.S. power demand is forecasted to grow at 1.5% per year over the next decade per IEA. The primary drivers are data centers, industrial and manufacturing and the electrification of transportation and buildings. Much of the new load growth requires baseload reliable energy like a nuclear plant. Reliable power is scarce and reliable low carbon power even more so, especially as large power consumers continue to work towards their net 0 targets. As many of you know, the rise of AI has greatly accelerated data center growth with tech companies like Amazon, Google, Microsoft and Meta budgeting over $200 billion in CapEx in 2024 alone. Data centers can consume 10 to 50x the power of an office building with AI on the upper end of that range. Meanwhile, on the supply side, there is minimal excess capacity and given the build-out of intermittent generation, that minimal excess capacity has limited dispatchable generation. Market economics and EPA regulations have continued to incentivize fossil retirements and the development of new generation has not filled the gap. Development queues are still mostly renewables and longer-duration battery storage has not progressed far enough to solve the intermittency problem. Thermal newbuilds have long lead times and the new GHG rules issued by the EPA in April may make them even more challenging to construct. Existing dispatchable generation is becoming increasingly critical to grid stability and the supply-demand mismatch is now triggering reliability actions like RMRs. We're starting to see the capacity in energy markets respond as well with long-term power prices increasing despite gas prices remaining low, which has led to a significant spark spread expansion. These dynamics have created several attractive value catalysts for IPPs, a significant data center market opportunity combined with increasing power prices and spark spreads, higher capacity, revenues, all alongside downside protection through the nuclear PTC. We are one of the few pure-play IPPs in the space without retail load. We have both reliable baseload power, including nuclear and a dispatchable gas fleet. We enjoy the downside protection from the PTC on approximately 50% of our generation and PJM capacity revenues on most of our fleet. We have full exposure to the price and spark spread improvement through our commercial hedging strategy, dispatchable fleet and the lack of retail load. And lastly, we are the only one so far who have done a behind-the-meter data center deal that includes an attractive PPA with a AA credit counterparty. Talen's ability to capture all 3 of these key value catalysts gives us visibility to a greater than 10% adjusted free cash flow CAGR over the next 5 years. Let's look at Slide 6 and how it takes a closer look at the PJM wholesale market is starting to respond to the supply-demand dynamics laid out on the prior slide. Both forward prices and spark spreads in 2025 and 2026 are up when comparing today versus year-end 2023, particularly in the winter and summer months. These pricing improvements flow through to the earnings of our baseload nuclear plant and coal fleet through a relatively simple P-times-Q or price times quantity calculation. When power prices increase, plants like Sasquehanna generate more. However, what about our gas plants? The increase in spark spreads could also translate to significant upside for them, but how do we realize that? We use 2 primary tools to monetize our exposure to the PJM market opportunity, physical generation and our commercial hedging strategy. I will now turn the call over to Terry to unpack how our gas plants can capture these increasing sparks.