An object can theoretically spin indefinitely in a vacuum, but placing it in a pressurized environment may cause it to slow down due to various forces. Calculating the time it takes for an object to stop rotating in such an environment involves understanding the forces acting on it, possibly including shape alterations. The discussion also touches on the challenge of capturing space debris, where stopping or matching the rotation is crucial. One proposed method involves surrounding the debris with a pressurized space to halt its spin, but this raises questions about feasibility. Conservation of momentum is a key principle that complicates this approach, suggesting that simply pressurizing the space may not effectively stop the rotation.