Over a decade in the making: Lanthanide nanocrystals illuminate new possibilities
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In a discovery shaped by more than a decade of steady, incremental effort rather than a dramatic breakthrough, scientists from the National University of Singapore (NUS) and their collaborators demonstrated that great ideas flourish when paired with patience.
Flashback to 2011: a small group of young researchers gathered around an aging optical bench at the NUS Department of Chemistry, watching a faint, flickering glow on a screen. Their goal seemed deceptively simple: make an insulating crystal emit light when electricity flowed through it. The challenge, however, was nearly impossible.
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In a discovery shaped by more than a decade of steady, incremental effort rather than a dramatic breakthrough, scientists from the National University of Singapore (NUS) and their collaborators demonstrated that great ideas flourish when paired with patience.
Flashback to 2011: a small group of young researchers gathered around an aging optical bench at the NUS Department of Chemistry, watching a faint, flickering glow on a screen. Their goal seemed deceptively simple: make an insulating crystal emit light when electricity flowed through it. The challenge, however, was nearly impossible.
Spectroscopic tests revealed ultrafast spin conversion and nearly 99% triplet-energy transfer, marking an unprecedented level of control over exciton dynamics.
Ah, yes. I see. 99% triplet-energy transfer. Good, good.
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Spectroscopic tests revealed ultrafast spin conversion and nearly 99% triplet-energy transfer, marking an unprecedented level of control over exciton dynamics.
Ah, yes. I see. 99% triplet-energy transfer. Good, good.
“Exciton dynamics”?! WTF am I reading?
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Spectroscopic tests revealed ultrafast spin conversion and nearly 99% triplet-energy transfer, marking an unprecedented level of control over exciton dynamics.
Ah, yes. I see. 99% triplet-energy transfer. Good, good.
This reads like the turbo encabulator
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Spectroscopic tests revealed ultrafast spin conversion and nearly 99% triplet-energy transfer, marking an unprecedented level of control over exciton dynamics.
Ah, yes. I see. 99% triplet-energy transfer. Good, good.
Ah, yes. I see. 99% triplet-energy transfer. Good, good.
Sounds like a video title on porn hub
