Behind the Paper
The real stories behind the latest research papers, from conception to publication, the highs and the lows
STING Agonism and B Cells in Liver Cancer: How Immune Activation Can Drive Both Tumor Control and Metastasis—and Why Targeting Regulatory B Cells Can Unlock Durable Anti-Tumor Immunity
Immunotherapy can potently activate anti-cancer immunity, yet liver cancer often resists it. Our new research reveals one reason why: STING agonism or PD1/VEGFR2 blockade increases regulatory B cells that suppress T cells. Targeting these B cells can restore the immune balance and block metastasis.
A bendable low-frequency mechanical antenna for cross-medium communication in unmanned missions
Conventional radios fail in seawater, underground, or behind rock; high-frequency signals attenuate so quickly. We developed a flexible, magnet-based low-frequency mechanical antenna that provides a robust, low-rate link for cross-medium coordination among unmanned systems, even when RF breaks down.
Faster than expected drying in western Europe: mechanisms, attribution and implications
As global temperatures continue to climb, Western Europe is fast becoming ground zero for a new climate reality — one where drought and water scarcity are no longer distant threats but present-day crises. Understanding this recent shift is essential for the design of no-regret adaptation strategies.
Forecasting the Unforeseen: How a "Black Box" Failure Revealed the Inequality Crisis in Global Water Security
Traditional water scarcity models often treat inequality as a byproduct rather than a driver. By moving from a "black box" approach to interpretable machine learning, we discovered that technological efficiency alone cannot save us—in fact, without equity, it may make the water crisis worse.
