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March 14, 2026Nature0 citationsOpen Access

A silicon chip that enables the creation of 4D cameras

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Key Points

  • The aim is to develop an energy-efficient sensor for mapping 3D objects in dynamic environments.
  • Development of a silicon chip integrating photonic circuits for imaging.
  • Design of a sensor with a focal plane array of 352 × 176 pixels.
  • Focus on energy efficiency and high resolution in the sensor's construction.
  • Successful creation of a sensor that provides 4D imaging capability.
  • Demonstrated mapping of 3D object position and velocity.
  • Proven low power consumption and affordability of the imaging system.

Abstract

The development of an affordable, low-power and scalable sensor to map the position and velocity of 3D objects in a dynamically evolving scene has so far proved difficult. An imaging system formed using integrated silicon photonic circuits has now been developed as an equivalent to a camera, but for 4D imaging. The energy-efficient, high-resolution sensor consists of 352 × 176 pixels on a focal plane array.

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Cite This Study

A 2026 study studied this question.

synapsesocial.com/papers/69b4fbf9b39f7826a300c7bdhttps://doi.org/10.1038/d41586-026-00727-1
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