Scientists develop "fingerprint matrix" method to detect hidden objects through opaque materials
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Summary
A research team from Institut Langevin (Paris) and TU Wien (Vienna) has developed a novel method called the "fingerprint matrix" to reveal objects hidden in opaque environments like sand or thick fog. The technique uses wave physics to detect and reconstruct hidden objects by analyzing how waves scatter through complex media, effectively creating a unique fingerprint for each hidden object. This breakthrough could have applications in medical imaging, security, and archaeology.
Key quotes
· 3 pulledA team from the Institut Langevin (Paris) and TU Wien (Vienna) has developed an astonishing method.
With conventional imaging techniques, the answer is no: a dense cloud or layer of material blocks light so completely that a simple photograph contains no information about what lies behind it.
How do you find objects buried in sand or hidden in thick fog?
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