WASHINGTON D.C. — The James Webb Space Telescope (JWST) has made a groundbreaking discovery, detecting dry ice (solid carbon dioxide) in the planetary nebula NGC 6302, marking the first time this essential party prop has been found beyond Earth’s atmosphere. Sources close to NASA indicate that the agency has already begun exploring lucrative branding opportunities, with early concepts including 'Nebula Nectars' and 'Cosmic Coolers.'

“This opens up entirely new avenues for understanding the universe, particularly its potential as a premium event space,” stated Dr. Krysta Vance, lead astronomer on the project, during a hastily arranged press conference that featured several mocktails smoking dramatically. “For too long, space has been seen as a cold, empty void. Now, we know it’s a cold, empty void with excellent chilling capabilities for your artisanal beverages.”

The discovery, detailed in a pre-print paper, suggests that the conditions within certain nebulae are perfect for forming and preserving CO2 ice, which is chemically identical to the dry ice used in theatrical fog machines and high-end drink presentations. A spokesperson for the Interstellar Bartenders Guild, a newly formed lobbying group, praised the finding. “We’ve been saying for eons that the universe needs more flair. This is a game-changer for galactic happy hours.”

Critics, however, questioned the immediate pivot to commercialization. “While fascinating, perhaps we should focus on the scientific implications before we start selling 'Orion Old Fashioneds,'” cautioned Dr. Aris Thorne, a theoretical astrophysicist. His concerns were reportedly drowned out by the sound of a blender. NASA confirmed that initial taste tests for a 'Butterfly Nebula Bellini' are scheduled for next quarter, contingent on congressional funding for a space-rated shaker.