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Health & Science3h 1m ago
Chemists confined an americium cluster inside highly charged silver nanocages, finding that the metallic cages fundamentally alter how the radioactive element bonds to its surroundings.
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Soochow University
Who
Yaxing Wang and colleagues at Soochow University
What
Chemists confined an americium cluster inside highly charged silver nanocages, finding that the metallic cages fundamentally alter how the radioactive element bonds to its surroundings.
When
Wed, 17 Jun 2026 14:17:03 GMT · 3h 1m ago
Where
Soochow University ·
Why
Researchers wanted to test whether chemical confinement could achieve a similar effect to external stimuli in altering actinide bonding.
The Frontline Impact
How this affects you
This discovery offers a new method for manipulating actinide electronic structure, potentially influencing the design of materials for nuclear separations, waste management, and catalysis. It could lead to advancements in handling radioactive elements and creating novel f-element materials.
Story chain
3 events in this thread- Health & Science3h 1m agoResearchers confined an americium cluster inside highly charged silver nanocages, fundamentally altering how the radioactive element bonds to its surroundings.Open article
- Currently Reading3h 1m agoChemists confined an americium cluster inside highly charged silver nanocages, finding that the metallic cages fundamentally alter how the radioactive element bonds to its surroundings.
- Health & Science3h 1m agoResearchers confined an americium cluster inside highly charged silver nanocages, which revealed confinement as a new handle for manipulating actinide electronic structure.Open article