Thursday, November 12, 2026
Electoral College
Wednesday, November 11, 2026
SpaceX launch
Flight 15 of Starship is preparing to launch as soon as Friday, November 13, pending regulatory approval. The 75-minute launch window will open at 4:45 p.m. CT.
A live webcast of the flight will begin about 30 minutes before liftoff, which you can watch here and on X @SpaceX. Coverage is planned to continue through ship catch, with the potential for hours of live views from Starship as it orbits Earth, powered by Starlink. As is the case with all launches, the schedule is dynamic and likely to change, so be sure to check in here and stay tuned to our X account for updates.
The upcoming flight is planned to be the first to return both Starship and Super Heavy to the launch site for catch. If successful, this will mark the first full recovery of an orbital launch system and a breakthrough moment in making Starship a reliable, rapidly reusable rocket.
Starship’s initial return to launch site mission is expected to orbit the Earth at an altitude of ~275 km and complete approximately 14 orbits around the planet over the course of a more than 22-hour flight. Similar to Starship’s first orbital mission, the flight profile has been designed with the opportunity to insert into a passively safe suborbital trajectory or safely deorbit at multiple pre-determined areas over the ocean after raising to an orbital altitude. Read more about the testing, mission design, and safety measures for first planned Starship catch.
Starship’s previous mission was the culmination of more than a dozen flight tests and years of development, sending Starship to orbit and deploying meaningful payloads to space for the first time. Watch “Go For Orbit”, the latest episode in the ongoing Starship series experience the moments behind flying the most ambitious Starship mission yet.
The booster’s primary objective on Flight 15 will be executing a successful launch, ascent, stage separation, boostback burn, and return to the launch site for catch. This will be the first return and catch attempt for a Super Heavy V3 booster. Three V1 boosters were successfully caught on earlier flight tests with two demonstrating successful reflights.
The Starship upper stage’s primary objectives include the deployment of 26 Starlink V3 satellites and the first return to launch site and catch at Starbase. Starship will only execute a return to launch site if the flight control team has ensured that the vehicle systems critical for reentry maneuvers and final landing burn and tower approach are healthy.
Starship will deliver 26 Starlink V3 satellites to orbit, which aim to greatly expand the network's capacity and user speeds. Each Starlink V3 satellite will add 1 Terabit of capacity to the constellation, with all 26 satellites equaling ~10 Starlink V2 Mini launches on Falcon 9.
After deploying from Starship, the Starlink V3 satellites will unfold their antennas and deploy their solar arrays and make initial contact with the ground and the rest of the Starlink constellation via radio frequency and laser links. The satellites will then begin raising their orbits with their onboard thrusters. Following their on-orbit checkouts, the satellites should begin serving customers as soon as a few weeks after launch.
Three of the satellites have been modified with a suite of cameras to scan Starship’s heatshield and transmit imagery down to operators. This method of analyzing Starship’s heatshield has been tested on previous flights and is one of several data sources to help inform Starship’s readiness to return to the launch site on Flight 15.
Starship’s heatshield will incorporate the improvements made on Flight 14 including additional retention mechanisms on tiles in areas deemed to be at highest risk of falling off during ascent and addressing areas with a flow path for plasma to get behind the tiles. The vehicle will also have a large portion of the heatshield equipped with a curved tile design that has shown the ability to reduce heating in the gaps between tiles.
Tuesday, November 10, 2026
Epstein shadow
Monday, November 9, 2026
Science Daily
NASA reveals bold new plan to return astronauts to the Moon in 2028
NASA has revealed new details about its accelerated effort to return American astronauts to the Moon in 2028. The updated strategy includes testing two competing lunar landers, streamlining rocket preparations, and introducing a lighter spacesuit to help make the first moonwalks possible sooner.
During an October 23 briefing, NASA Administrator Jared Isaacman and other agency leaders outlined the next steps for the Artemis program. The revised approach centers on two major missions: Artemis III, a test flight scheduled for 2027, and Artemis IV, which is intended to land astronauts on the lunar surface in 2028.
The announcement builds on priorities introduced earlier this year through NASA's Ignition initiative. Agency officials also highlighted recent progress in spacecraft development, mission preparations, and partnerships with private aerospace companies. These efforts are intended to reduce technical risks, accelerate the schedule, and establish the foundation for a lasting American presence on the Moon.
"This is a very energized NASA, and these updates are only a small part of that story. We are bringing extreme focus to the mission to ensure delivery of world-changing outcomes as quickly, safely, affordably, and successfully as possible," said Isaacman. "NASA is driving outcomes to make Moon missions a reality, and we're not waiting for others to bring their plans to us -- the campaign must move with urgency as strategic competitors pursue a permanent presence beyond Earth."
Artemis III Will Test Two Lunar Landers in Earth Orbit
Before attempting another crewed Moon landing, NASA plans to conduct a major rehearsal in Earth orbit. The Artemis III mission will bring together NASA's Orion spacecraft and experimental lunar landers developed by SpaceX and Blue Origin.
Four astronauts will travel aboard Orion, launching on NASA's powerful SLS (Space Launch System) rocket. During the planned 14-day mission, the crew will practice rendezvous and docking procedures with both companies' lander test vehicles. Rendezvous involves guiding two spacecraft to meet in orbit, while docking allows them to connect so astronauts can move between vehicles.
These demonstrations are designed to verify important spacecraft capabilities before Artemis IV attempts to carry astronauts to the Moon's surface.
The tests will take place in a carefully planned sequence. Blue Origin will first launch a test version of its Blue Moon lander into Earth orbit. NASA will then send Orion and its four astronauts into space aboard the SLS rocket, where Orion will rendezvous and dock with the Blue Moon vehicle.
Next, SpaceX will launch a test version of its Version 3 Starship lunar lander. Orion will separate from Blue Moon and perform another docking maneuver, this time with Starship. By testing both systems during a single crewed mission, NASA aims to gather essential operational experience while reducing uncertainties before the 2028 landing attempt.
NASA Cuts Rocket Preparation Times and Costs
The new mission details follow other recent Artemis progress reports. According to NASA, the hardware needed for Artemis III remains on schedule, and improvements in processing have reduced preparation timelines by approximately 50%.
The agency also reported a significant engineering achievement involving a critical rocket fuel-line component. Rather than relying on an outside supplier, NASA engineers redesigned, manufactured, and tested the component themselves in just five months. The work cost roughly one-tenth of an earlier estimate from an external vendor.
"NASA should be expected to do this kind of work, and we have some of the best technical knowledge in the world on rocket hardware and operations to do it," said Jeremy Parsons, the agency's Artemis program manager. "It's an example of how we are rebuilding our core competencies and developing centers of excellence in technical functions instead of continuing to outsource expertise."
The improvements reflect NASA's broader effort to strengthen its internal engineering capabilities, shorten development schedules, and reduce the cost of preparing missions for launch.
SpaceX and Blue Origin Offer Different Paths to the Moon
For Artemis IV in 2028, NASA intends to launch astronauts aboard Orion using the SLS rocket from Kennedy Space Center in Florida. Once in space, the crew will rely on a lunar landing system developed by either SpaceX or Blue Origin to reach the Moon's surface.
Both companies have revised their original mission designs to make operations simpler, more efficient, and more adaptable. Although they share the same objective, their approaches to transporting astronauts to the lunar surface differ considerably.
SpaceX plans to use its Starship spacecraft, which will take on additional propellant while orbiting Earth. After refueling, Starship will meet Orion and carry the spacecraft toward the Moon. Refueling in orbit is an important part of SpaceX's strategy because it allows the vehicle to receive the propellant needed for its journey after leaving the launchpad.
Blue Origin is developing a different approach using its Blue Moon Mark 2 lander. Its plan calls for additional propulsion stages in Earth orbit to send the lander toward the Moon. The lander will then meet Orion in a relatively low lunar orbit before carrying astronauts down to the surface.
Both companies are working toward having their systems ready to support a crewed Moon landing in 2028. Maintaining two potential landing systems gives NASA greater flexibility as development and testing continue.
NASA Explores New Rocket Options for Artemis IV
NASA is also considering two possible upper stages for the SLS rocket used on Artemis IV. An upper stage is the portion of a rocket that provides additional propulsion after the earlier stages have completed their work, helping send a spacecraft toward its destination.
One option is the interim cryogenic propulsion stage already used by SLS. The other is an extended version of United Launch Alliance's Centaur V upper stage, which would hold additional propellant.
By developing both possibilities, NASA hopes to preserve flexibility in its launch plans and avoid becoming dependent on a single technical solution. Having alternatives could help the agency respond to engineering challenges without jeopardizing the broader Moon landing schedule.
A New Lightweight Spacesuit Could Speed Up Moonwalks
Another important change involves the spacesuits astronauts will wear while exploring the lunar surface.
NASA is working with Axiom Space on a second, lighter design known as the "Sortie suit." The new suit is intended specifically for the first Moon surface excursions and weighs approximately half as much as Axiom's larger primary spacesuit.
The lighter design could simplify preparations for the earliest landing missions and help astronauts begin exploring the lunar surface sooner.
However, the Sortie suit is not intended to replace the primary design. Axiom's more capable suit will remain part of NASA's plans for future missions that require longer periods outside the spacecraft and more demanding surface activities.
Building a Permanent Human Presence on the Moon
NASA's ambitions extend well beyond returning astronauts to the lunar surface for a single mission.
As the Artemis program advances, the agency intends to send crews on increasingly challenging expeditions near the Moon's South Pole. This region is an important focus of future lunar exploration, and the missions are designed to expand how much of the Moon humans can investigate directly.
NASA describes the effort as part of a new Golden Age of innovation and exploration. The agency expects its lunar missions to support scientific discoveries, generate economic benefits, and encourage the development of technologies needed for more ambitious space exploration.
Ultimately, the goal is to establish an enduring human presence on the Moon rather than repeat the brief visits of earlier lunar expeditions. The experience gained from operating spacecraft, supporting astronauts, and carrying out increasingly complex missions on the lunar surface will also help NASA prepare for another historic objective: sending the first astronauts to Mars.
Sunday, November 8, 2026
Dylan Downs
Saturday, November 7, 2026
Julie Waters
remember
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