I genuinely don't understand how the previous generation watched this in 1999 and 2005 and call it bad....

Join us in Discord at 8pm ET tonight for the White House UFC. 👉 discord.gg/doginaldogs

What actor was originally cast or considered for a role that would’ve been interesting to see?

Batman meets Catwoman in the very first episode of BATMAN: THE ANIMATED SERIES (1992). Right from their first scene together, the show perfectly captures the chemistry, and mutual fascination that would define one of comics’ greatest relationships.

241 GIFs. 20.7 million views. That’s an average of 85,000 views per upload, made by hand, for a brand inscribed on Dogecoin.. No ad spend. No algorithm hack. Just frames placed where billions of people talk daily.

SpaceX is moving humanity's AI compute off the planet, and construction has already begun. AI now hits physical limits before software ones. Power plants, substations, transformers, transmission lines, cooling, land, permits, and construction time all gate it, and every ground data center competes with cities, factories, and homes for the same grid. Goldman Sachs expects US data center power demand to more than double from 31 gigawatts in 2025 to 66 gigawatts in 2027, and only 50 to 60 percent of the capacity scheduled for the next year or two to come online on time. SpaceX is answering by building the next compute layer in space. In February, it acquired xAI, bringing launch, satellites, AI models, and the power behind them into one company, in a deal that valued SpaceX at 1 trillion dollars and xAI at 250 billion dollars. In June, it raised $75 billion in the largest IPO ever recorded, debuting at a valuation of $1.77 trillion. The whole architecture starts with the Sun. In the right orbit, sunlight almost never stops, so solar arrays generate power, radiators shed heat into the vacuum, laser links move the data, and Starship carries the hardware up. SpaceX is taking the satellite technology it has already proved across thousands of Starlink satellites and pointing it straight at AI compute. On June 8, Elon Musk revealed the first satellite, AI1. Each one carries 120 kilowatts of sustained compute and 150 at peak, about the draw of a single Nvidia GB300 rack, on a frame 70 meters across, wider than a Boeing 747. It cools itself with deployable liquid radiators and redundant loops, and its chip bay is interchangeable, so the best silicon on the market drops straight in. Every satellite is a full server rack running in orbit. SpaceX has filed with the FCC to launch up to one million orbital data center satellites. In the sun-synchronous orbits it picked, they stay in sunlight more than 99 percent of the time, cooled by radiating heat into space and cut loose from every grid constraint on the ground. The filing calls the system a first step toward becoming a Kardashev II civilization, one that can harness the full power of the Sun. The launch math is 1 million tonnes of satellites a year, each tonne generating 100 kilowatts of compute, adding 100 gigawatts of AI capacity each year. The entire US data center fleet is forecast to draw 66 gigawatts in 2027. SpaceX aims to add 100 gigawatts of new orbital compute capacity every year by 2030, so a single year of launches would exceed the projected draw of the entire American fleet. Gigasat is the factory built to make that real, an eleven-million-square-foot complex on a thousand-acre site in Bastrop, Texas, more than ten times the size of SpaceX's largest plant today. It builds the satellite end to end, from its own solar cells and circuit boards to the finished craft, and SpaceX is targeting one gigawatt of orbital compute a year by late 2027 and scaling it by roughly ten times a year toward 100 gigawatts by 2030. xAI's Colossus reached 200,000 H100 GPUs in a single interconnected cluster, built in 122 days and then doubled at record speed. A 100-gigawatt orbital layer gives SpaceX the power budget for whole populations of frontier systems running at once: multimodal and world models, robotics foundation models for humanoids and factories, protein and drug discovery, materials search, fusion and propulsion simulation, and scientific agents that work without sleep. More compute means more experiments and more discoveries per day, and a civilization with cheap power in orbit can chase ideas the ground would force it to ration. The next stage is the Moon. SpaceX is prioritizing a self-sustaining lunar city, with the first uncrewed landing targeted for March 2027. The Moon becomes a factory outside Earth's gravity well, where local material turns into satellite structures, solar arrays, and radiators, and electric mass drivers fling that hardware into deep space with no chemical fuel at all. Elon has described that path scaling to between 500 and 1,000 terawatts of new AI capacity a year, petawatt scale. Earth launches open the orbital layer, and the Moon expands it. Starship carries all of it. Starship V3 flew for the first time on May 22 from the new Starbase pad, hit its major milestones, and deployed 20 Starlink simulators, along with two modified satellites that imaged the ship in flight. Orbital compute needs mass to orbit at industrial cadence, and Starship is the machine built for that volume. SpaceX now holds every element pointed at one goal: the company, the public capital, the AI lab, the satellite, the factory, the FCC filing, the lunar roadmap, and the rocket, all aligned to move compute above the grid and run it on the Sun. The internet carried human knowledge, and AI turned it into something that thinks. SpaceX is building the power and the transport for what comes next. Humanity is moving its compute to the stars, and the rocket to carry it is already flying.

no literally. go see Supergirl only in theaters June 26 and don’t forget to pick up the Ultimate meal on the way. Plus the Krypto Bucket available June 10th!