Breaking sensitivity barriers in luminescence thermometry: Synergy between structural phase transition and luminescence thermal quenching

Key Points

• Sensitivity in luminescence thermometry improved with structural phase transition effects, allowing for more accurate thermal readings.
• Measurement capabilities of luminescence-based systems can be significantly enhanced by addressing thermal quenching issues.
• Analysis shows that combining phase transitions with luminescent materials leads to better thermometric performance across varied temperatures.
• Highlighting the importance of understanding material properties may enable future advancements in temperature sensing technologies.