Thanks, Jack, and good morning, everyone. While the LNG market kicked off the third quarter with prices reflecting the relatively subdued demand of the shoulder season, unprecedented early winter gas procurement in Europe, coupled with threats of potential supply disruptions globally, resulted in increased volatility and higher pricing throughout August and September. Prices remain elevated relative to pre '21 as the market is still precariously balanced, sensitive to any sign of disruption given the lack of spare supply capacity in the system, which is expected to continue for the next few years. The proposed strikes at the Australian LNG export facilities, representing approximately 10% of the global LNG market, garnering significant coverage during the quarter as the market tried to gauge the scale and length of any potential disruption to global flows. Fortunately, these risks were largely inverted and LNG exports continued to flow through the end of the quarter. Nevertheless, even the threat of disruption led to significant volatility in LNG prices, which was further exacerbated by the about 48% decline in Norwegian piped gas to Europe in September following extensive maintenance at the brownfield and the [indiscernible] gas processing plant. As a result, despite elevated storage inventories throughout the region, volatility persisted as TTF spot price has experienced some fairly significant swings throughout the quarter. The maintenance in Norway supported prices from early June, with July settling at $11.30 in MMBtu, while August settled over 25% lower at $830 an M, as Norwegian volumes returned only to rebound in September, which settled at $11.5 amid concerns around the Australian strikes as well as additional unplanned Norwegian maintenance. Still TTF prices remained at pre-Russian-Ukraine war levels during the quarter and continued to edge higher with futures settling October above $12 an M. Meanwhile, JKM prices largely tracked TTF throughout the third quarter, ultimately settling September slightly below TTF at $11.20. However, more recently, JKM futures settled October higher at $13.30 due to the uncertainty around the potential industrial action in Australia as well as increased demand from China and India. Prices have since climbed further as indications of winter demand started to emerge towards the end of the quarter with JKM November trading around $14 to $15 an M. This is in stark contrast to Henry Hub prices, which averaged $2.55 an M during the quarter as inventories held above the 5-year average. These price levels continue to support the attractiveness of U.S. LNG globally. Unfortunately, threats of further disruptions in global gas markets remain ongoing, exposing key risks to an increasingly susceptible market that already lost 12 Bs a day of Russian last year. Furthermore, the recent lease at the Baltic Connector add to market apprehension highlighting the critical need for the development of sufficient capacity globally in order to meet elastic demand and ensure the security of supply globally for the long term. Let's address the regional dynamics on the next page. During the third quarter and for the first time in 2 years, Europe's LNG imports were lower year-over-year. Imports were near 7% or 1.8 million tons lower in the third quarter due largely to the same fundamental reasons we discussed previously, including high storage levels, reduced gas use across sectors due to price elasticity as well as conservation efforts, plus increased renewables generation. EU gas storage levels continue to grow nearing full as of early October, while lower economic activity put downward pressure on both industrial demand and electricity generation. Demand for gas fired power dropped by nearly 20% in Europe's key markets amid renewable power generation, which was 12% higher year-on-year. As a result, the reduced gas storage fill requirements coupled with the lower gas demand year-on-year, more than compensated for the further reduction in Russian pipe supply and the extended maintenance in Norway, allowing Asia to reenter the market and pull some additional LNG cargoes from the Atlantic Basin, as shown in the upper middle and right charts. However, the cross base on price spreads throughout the quarter were not wide enough to drive meaningful volume away from Europe towards Asia. Total LNG imports in Asia grew over 4% or 2.7 million tons year-on-year in the third quarter, driven by a rebound in imports to China and India as prices softened and high summer temperatures boosted spot purchases. However, lower imports across the JKT market largely offset the significant gains seen in China and other emerging Asian markets, as shown in the lower left chart. In fact, imports into the key growth markets of China and India were 21% and 27% higher in Q3, respectively. In China, gas demand picked up during the quarter, primarily due to the year-on-year recovery in gas-fired power generation, following a drought that reduced hydro generation. Despite the higher demand, gas demand recovery in the industrial sector remains subdued, with consumption still below 2021 levels. Long-term fundamentals remain bullish for the Chinese market due to favorable policy targets and a massive gas infrastructure build-out as we described in previous calls. This year alone, China has added 9 million tons of regas capacity across three new terminals, bringing the total to 110 MTPA with another 95 MTPA under construction. Similarly, the country continues to expand its gas-fired power generation fleet with 46 gigawatts currently under construction on top of the existing 121 gigawatts. In India, it prolonged the heat wave and below average rainfall during the annual monsoon season increased the region's call in LNG. India reported 6 million tons in the third quarter. 1.3 million tons higher year-on-year as spot LNG prices moderated, incentivizing downstream gas use in the fertilizer and power sectors. Gas-fired generation was up 48% year-on-year in July and August, leading domestic players to issue tenders for cargoes to feed power demand. Furthermore, the new 6.5 MTPA Dhamra LNG terminal, the first in India East Coast ramped up to import 10 cargoes since starting commercial operations in May, ending to total imports in the quarter. The terminal which raised the country's regas capacity to 44 MTPA should enhance gas availability in Northeastern India, as connections to the grid improved, making gas more accessible to city gas distributors as well as refineries and fertilizer facilities. India's regas capacity is expected to reach 63 million tons, and that, along with the additional 11,000 kilometers of pipelines under development could make the country a top 3 LNG importer before 2040. In contrast, JKT imports dropped 11% or 3.7 million tons during the quarter, following previous declines and offsetting much of the gains in Asia. Year-to-date, JKT imports are 7.5 million tons lower versus last year, due largely to increased nuclear availability in Japan and Korea. Structural factor we have discussed previously. Japan's nuclear availability reached its highest level since the Fukushima disaster, and we expect this to present headwinds for gas power generation and LNG demand growth going forward. Accordingly, Japan's long-term gas demand is expected to decline gradually through 2040. Let's now elaborate on our updated expectations for long-term supply and demand on the next slide. As noted previously, the energy trilemma, especially with the market's heightened focus on long-term energy security has led to significant long-term LNG contracting in the past 18 or so months. These contracts signal the need for further investment in liquefaction capacity and serve to underpin some of the recent project FIDs. As a result, we now see a significant amount of new capacity currently under construction. While this is expected to help reverse the systemic market tightening that has resulted from the curtailment of Russian volumes over the last 2 years, we believe that further LNG supply is needed to fully meet demand in 2028 and beyond which we expect to be fulfilled with some of the proposed pre-FID export projects, of course, including our own expansion plans at Sabine Pass and Corpus Christi. The concentration of FID is taking place this year next along with the start of delayed projects in East and West Africa, should help make LNG more accessible to price-sensitive markets while also making the industry more resilient in the fact base of supply disruptions or major geopolitical upsets, such as those threatening the market balances today. And just as liquefaction development has been active this year, the same is true for the regas side of the business. Market players continue to develop import capacity across Europe and Asia which in total is expected to increase by 50% by 2030. We continue to forecast healthy demand for LNG over the coming decades with Europe sustaining its growth through the midterm and Asia driving future growth over the long term. As we've discussed before, we expect South and Southeast Asia as well as China to drive future demand growth as LNG plays a critical role in the economic prosperity, energy availability and decarbonization efforts in these regions. Overall, we estimate that by 2040, more than 130 MTPA of additional supplies needed beyond what is under construction today, which is due in part to the decline in production from legacy projects where feedstock availability and upstream developments appear limited going forward. For all these reasons, we believe overall market conditions remain constructive for Gulf Coast LNG and at Cheniere, we remain resolute in building on the commercial successes of recent years to support our capacity growth. In 2023 alone, we have signed almost 6 million tonnes per annum with customers across Europe and Asia including today's announcement of our second 20-year SBA with Foran. This contract could very well extend into the second half of this century. Further evidencing our customers and the market's conviction in the long-term role of natural gas in the global energy mix and the need for further development of LNG capacity globally. With that, I'll turn the call over to