Month: October 2025

This is the first time the novel imaging technique has been applied to telescopes. For the first time, astronomers have applied a new imaging method to a ground-based telescope, allowing a UCLA-led research team to capture the most precise view ever recorded of a star’s surrounding disk. This advancement revealed structural details that had never […]

This is the first time the novel imaging technique has been applied to telescopes. For the first time, astronomers have applied a new imaging method to a ground-based telescope, allowing a UCLA-led research team to capture the most precise view ever recorded of a star’s surrounding disk. This advancement revealed structural details that had never […]

This is the first time the novel imaging technique has been applied to telescopes. For the first time, astronomers have applied a new imaging method to a ground-based telescope, allowing a UCLA-led research team to capture the most precise view ever recorded of a star’s surrounding disk. This advancement revealed structural details that had never […]

This is the first time the novel imaging technique has been applied to telescopes. For the first time, astronomers have applied a new imaging method to a ground-based telescope, allowing a UCLA-led research team to capture the most precise view ever recorded of a star’s surrounding disk. This advancement revealed structural details that had never […]

This is the first time the novel imaging technique has been applied to telescopes. For the first time, astronomers have applied a new imaging method to a ground-based telescope, allowing a UCLA-led research team to capture the most precise view ever recorded of a star’s surrounding disk. This advancement revealed structural details that had never […]

The Taurid meteor shower’s dazzling “Halloween fireballs” may be more than just a cosmic show. New research led by Mark Boslough suggests that clusters of larger debris could swing near Earth in 2032 and 2036, potentially heightening impact risks. Taurid Meteor Shower: Halloween’s Fiery Sky Spectacle Each year from late October through early November, the […]

Japanese scientists have found that a small change in plant proteins explains why pumpkins and zucchini absorb more pollution than other crops. The proteins help transport toxins through the plant’s sap. By modifying this process, researchers hope to grow vegetables that resist contamination—or use plants to cleanse toxic soils. The finding could make future harvests […]

Japanese scientists have found that a small change in plant proteins explains why pumpkins and zucchini absorb more pollution than other crops. The proteins help transport toxins through the plant’s sap. By modifying this process, researchers hope to grow vegetables that resist contamination—or use plants to cleanse toxic soils. The finding could make future harvests […]

Japanese scientists have found that a small change in plant proteins explains why pumpkins and zucchini absorb more pollution than other crops. The proteins help transport toxins through the plant’s sap. By modifying this process, researchers hope to grow vegetables that resist contamination—or use plants to cleanse toxic soils. The finding could make future harvests […]

Japanese scientists have found that a small change in plant proteins explains why pumpkins and zucchini absorb more pollution than other crops. The proteins help transport toxins through the plant’s sap. By modifying this process, researchers hope to grow vegetables that resist contamination—or use plants to cleanse toxic soils. The finding could make future harvests […]