Commander Reid Wiseman and his team survived a grueling 45-minute interrogation Thursday, presenting their findings on freeze-dried pudding to an unforgiving tribunal of elementary schoolers.
HOUSTON — The four astronauts slated to fly NASA's Artemis II mission around the moon faced their most rigorous methodological audit to date on Thursday, successfully defending their orbital nutritional frameworks against a highly skeptical, juice-box-wielding peer review panel.
The inquiry, portions of which are expected to be published in next month's issue of *Nature*, represents a paradigm shift in how the aerospace community understands the gastrointestinal realities of the Orion spacecraft. Over the course of a staggering 45-minute cross-examination, astronauts Reid Wiseman, Victor Glover, Christina Hammock Koch, and Jeremy Hansen were forced to abandon their prepared public-relations telemetry and provide raw, unvarnished data regarding the exact mechanics of eating dessert in a microgravity environment.
"We are witnessing a profound methodological breakthrough," noted Dr. Elena Rostova, a payload specialist who observed the proceedings from the gallery. "For decades, NASA has relied on sterile thermodynamic modeling. It took a seven-year-old named Chloe asking 'but what if the cookie crumbs get in the steering wheel' to expose the catastrophic fragility of our current orbital safety frameworks. It was simply breathtaking to watch."
The sheer unrelenting velocity of the inquiry was staggering. When the panel chair, an eight-year-old wearing a Paw Patrol t-shirt, demanded to know exactly how the vacuum plumbing prevents a catastrophic fecal breach during trans-lunar injection, Commander Wiseman practically visibly aged. We have never seen structural engineering scrutinized with such terrifying, unblinking clarity.
Despite the awe rippling through the astrophysics community, some researchers urge caution before fully adopting the panel's conclusions. Dr. Marcus Lin, an aerospace engineer at MIT's Draper Laboratory, noted that while the primary data is robust, the panel's alternative solutions require terrestrial replication.
"The third-graders accurately identified the critical gaps in Commander Wiseman's pudding containment protocols," Lin explained. "However, their subsequent hypothesis—that the agency should simply launch a golden retriever to intercept the floating crumbs—fails to account for the strict mass payload constraints of the Space Launch System. We need significantly more funding to model the dog theory before we can declare it flight-ready."