How are heavy elements formed in the universe? Extremely neutron-rich atomic nuclei and their beta-decay rates play an ...

In an era where understanding and manipulating light at the nanoscale is increasingly crucial, a paper in Light: Science & Applications reveals a significant leap forward. A team of scientists from ...

In quantum technologies, emitter coherence time is a critical bottleneck. Traditional subradiant states—long-lived entangled states in waveguide QED—suppress collective decay through interference but ...

The process: The study focuses on a radiation-induced process by which weakly bound matter can fall apart, the so-called electron-transfer-mediated decay (ETMD). Given predictions that it efficiently ...