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• The proposed TAG framework overcomes the ghosting effect in thermal imaging for high-fidelity night vision.method 95%
• TAG universally outperforms state-of-the-art HADAR across various scenes.result 90%
• TAG enables unprecedented expression recovery in ghostly human faces, which has been a long-recognized ghosting phenomenon.result 90%
• TAG reveals the influence of material non-uniformity and sheds light on HADAR's effectiveness boundary.technical 85%
• The framework demonstrates, for the first time, thermal 3D topological alignment and mood detection.result 90%
• State-of-the-art HADAR applies only to limited scenes with uniform materials, whereas material non-uniformity is ubiquitous in the real world.limitation 85%
• TAG takes hyperspectral photon streams for nonparametric texture recovery.method 90%
• This work establishes a universal foundation for high-fidelity computational night vision with potential applications in autonomous navigation, reconnaissance, healthcare, and wildlife monitoring.market 80%

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