New Study Expands Understanding of Energy Transfer Without Loss
A recent study from TU/e indicates that energy transfer between particles can occur over longer distances without radiation loss, utilizing microscopic vibrations in gold rods.
Editorial Staff
1 min read
Updated 13 days ago
Researchers at TU/e have made significant strides in understanding energy transfer between particles, revealing that it can happen over much greater distances without the loss of energy.
The study highlights the role of microscopic vibrations in gold rods, which are crucial to this process of energy transfer.
This breakthrough could have implications for various applications in energy transmission and material science, though further research is needed to explore its full potential.