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
7 results for “Raman”
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)
Systems made of self-propelled units—from cells to robots—obey shared physical principles that are only now coming into focus.
Aisha Ivanova, Leila Kim … Priya Raman
Lumen 3, 21–30 (2026)
Cell therapies have transformed blood cancers but struggle against solid tumours. Engineering the cells—and the environment they enter—could change that.
Kenji Raman, Kenji Nilsson & Fatima Lindqvist
Lumen 3, 67–78 (2026)
Accepting your first faculty job is a once-in-a-career chance to secure the resources you need. Don't waste it.
Aisha Raman & Chloe Garcia
Lumen 3, 96–97 (2026)
3D-printed lattices that shrink when heated could keep precision instruments stable in harsh thermal environments.
Jonas Lindqvist, Tariq Raman … Chloe Adeyemi
Lumen 3, 106–116 (2026)
A decade of seafloor geodesy reveals that slow, silent fault slip accelerated in the months before two magnitude-7 earthquakes.
Ingrid Fernandez, Gabriel Sato … Yuki Demir
Lumen 2, 40–46 (2025)