Science

Layered semiconductor unlocks magnetic control of light emitted by quantum condensates

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Briefings

A new layered semiconductor enables magnetic control over light emitted by quantum condensates. This breakthrough allows researchers to manipulate the emission of light from Bose-Einstein condensates using magnetic fields, potentially expanding the scope of quantum technologies. The study was published in October 2026, marking a significant step forward in controlling macroscopic quantum states. The research highlights the potential for specialized laboratory conditions to be overcome by advanced materials.

Key points

• A layered semiconductor material was developed to enable magnetic control of light emitted by quantum condensates.
• The first Bose-Einstein condensates were observed in ultracold atomic gases at temperatures near absolute zero, requiring specialized cooling.

Context and limitations

The study covers only the initial observation of Bose-Einstein condensates and the subsequent development of the semiconductor control method. It does not include data on the long-term stability of the new material or the specific experimental conditions used in the laboratory.

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