There Might Be More Than One Way to Make a PlanetAstronomers may need to reconsider the approach to planet formation, revealing a complex process involving both bottom-up and top-down mechanisms.
JWST shows a new side of planet formationNew stars continuously form in the Milky Way, driven by gas cloud collapses.JWST provides groundbreaking observations of the Taurus molecular cloud's protostar L1527.
The badminton model of planet formationLin's study offers a simplified method to understand dust alignment in protoplanetary disks, crucial for the early stages of planet formation.
There Might Be More Than One Way to Make a PlanetAstronomers may need to reconsider the approach to planet formation, revealing a complex process involving both bottom-up and top-down mechanisms.
JWST shows a new side of planet formationNew stars continuously form in the Milky Way, driven by gas cloud collapses.JWST provides groundbreaking observations of the Taurus molecular cloud's protostar L1527.
The badminton model of planet formationLin's study offers a simplified method to understand dust alignment in protoplanetary disks, crucial for the early stages of planet formation.
Look! This Gas-Rich Cloud Could Be Growing Massive Exoplanets86 potential cradles of new planets observedDifferent features of planet-forming disks noticed in various star-forming regions