Peer Review Confirms New Exoplanet's Atmosphere Is 94% Marinara Sauce

In what researchers are calling 'the most Italian discovery in the history of astrobiology,' spectral analysis of exoplanet Kepler-442b has confirmed the presence of a dense atmospheric layer composed almost entirely of what appears to be marinara sauce. Dr. Helene Voss of the Exoplanetary Atmospheres Laboratory at MIT published her findings Tuesday in the journal Nature Astrobiology, noting that the planet's absorption spectrum is 'a near-perfect match for slow-simmered crushed tomato with basil and a touch of red pepper flake.' 'We initially assumed instrument error,' Dr. Voss told reporters at a press conference where she appeared visibly shaken. 'We recalibrated three times. We had colleagues at ESA run independent analyses. Every result came back marinara.' The discovery has reignited debate within the xenobiology community about the panspermia hypothesis — specifically, whether life in the universe may have originated not from amino acids in primordial soup, but from actual soup. 'If we accept that complex organic tomato compounds can form spontaneously in an exoplanetary atmosphere, we need to fundamentally rethink abiogenesis,' said Dr. Raj Patel of the SETI Institute. 'Also, someone needs to check if there's mozzarella in the lithosphere, because at that point you've basically got a pizza.' NASA has fast-tracked a proposal to redirect the Europa Clipper mission toward Kepler-442b, though engineers note the 1,200-light-year journey presents 'logistical challenges.' The Italian Space Agency has offered to fund a garlic bread probe.