Warm subsurface water drives accelerating Antarctic sea-ice loss
Autonomous floats show that heat rising from the deep ocean, not just warmer air, is behind the abrupt decline of Antarctic sea ice since 2016.
Lumen · published online 14 October 2026
6 results for “Becker”
Autonomous floats show that heat rising from the deep ocean, not just warmer air, is behind the abrupt decline of Antarctic sea ice since 2016.
Olga Rossi, Jun Patel … Fatima Raman
Lumen · published online 14 October 2026
Spin defects hosted in a two-dimensional magnet stay quantum-coherent for more than a millisecond under ambient conditions, pointing to thin, integrable quantum sensors.
Sun-hee Becker, Diego Raman … Carlos Haddad
Lumen 3, 1–9 (2026)
Soils hold more carbon than plants and the atmosphere combined, yet we lack the means to measure how that store is changing. It is time to build them.
Elena Patel, Anders Becker … Tomasz Mensah
Lumen 3, 129–138 (2026)
Star-shaped glial cells keep a running tally of time awake and signal to neurons when it is time to sleep.
Lucas Park, Ingrid Silva … Leila Becker
Lumen 3, 142–152 (2026)
A bimetallic catalyst turns a common water pollutant into ammonia with high selectivity, offering a low-carbon alternative to the Haber–Bosch process.
Fatima Adeyemi, Tariq Garcia … Yuki Haugen
Lumen 3, 153–162 (2026)
Precise chemistry and orbits of stars in a thin stream reveal a dwarf galaxy that was torn apart more than 12 billion years ago.
Carlos Petrova, Olga Tanaka … Li Marquez
Lumen 2, 20–29 (2025)