APL Photonics

APL Photonics Publishing fundamental and applied photonics research across multiple disciplines

The name APL Photonics is about values and community. “APL” stands for the values we share with our parent (Applied Physics Letters) and sister (APL Materials) journals - promoting significant advances and novel understandings in our fields through research reports that are driven forward by peer-review. As a new, open access journal for the photonics community, APL Photonics expands on these values and is the home for fundamental and applied multidisciplinary research anchored in photonics, and the platform for next-generation innovations in the field. In response to the diverse community and its communication needs the Journal features Articles, Letters, and Special content – specifically Invited Articles, Perspectives, Tutorials and Special Topic sections. – see the guide for authors for details on the different article types: https://publishing.aip.org/authors/journal-guidelines. Covered topics include:

Light sources
Nonlinear optics
Optoelectronics
Nanophotonics
Plasmonics
Biophotonics and biomedical optics
Ultrafast photonics
Optical communications
Quantum photonics
Optical imaging
Photovoltaics
Guided wave optics
Sensors
Terahertz

Manuscripts that focus on mathematical and computational problems only marginally related to photonics are not suitable for publication in APL Photonics. Similarly, papers focused on incremental technical advances, engineering applications, or materials science are outside the journal’s scope.

Long been considered the purview of freely propagating fields, partially coherent light can now be synthesized and chara...
08/17/2026

Long been considered the purview of freely propagating fields, partially coherent light can now be synthesized and characterized in programable integrated photonic circuits.

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Partially coherent light is typically studied in the context of freely propagating continuous fields. Recent developments have indicated the existence of a “coh

The report optical solitons in the presence of piecewise cubic dispersion, described by a fractional Laplacian operator,...
08/16/2026

The report optical solitons in the presence of piecewise cubic dispersion, described by a fractional Laplacian operator, and cubic nonlinearity. These have algebraic tails and are therefore non-local

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We report solitons in the presence of a cubic nonlinearity and piecewise cubic dispersion. This dispersion ensures that the associated group velocity of the lig

The authors present a modular optical-parametric-generator source for multimodal nonlinear microscopy, enabling co-regis...
08/14/2026

The authors present a modular optical-parametric-generator source for multimodal nonlinear microscopy, enabling co-registration of multiple intrinsic optical signals from biological tissues.

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The progress and performance of nonlinear optical microscopy have been paced by breakthroughs in laser technology. Despite substantial advances, a laser source

AS-LFM, an optical-computational platform for low-phototoxic, rapid volumetric calcium imaging, enabled long-term record...
08/12/2026

AS-LFM, an optical-computational platform for low-phototoxic, rapid volumetric calcium imaging, enabled long-term recording of functional dynamics in 3D neural networks of human cortical organoids.

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Volumetric calcium imaging in three-dimensional neural cultures requires high temporal throughput, cellular-level spatial discrimination, and low phototoxicity;

An integrated silicon photonic biosensor uses fixed-wavelength CMOS readout to shrink diagnostic systems while enabling ...
08/08/2026

An integrated silicon photonic biosensor uses fixed-wavelength CMOS readout to shrink diagnostic systems while enabling accurate biomarker detection.

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Decentralized diagnostic testing that is accurate, portable, quantitative, and capable of making multiple simultaneous measurements of different biomarkers at t

Omnidirectional acoustic sensing down to ultralow frequencies of 1 Hz is demonstrated using an optically levitated micro...
08/05/2026

Omnidirectional acoustic sensing down to ultralow frequencies of 1 Hz is demonstrated using an optically levitated microparticle

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New nanosecond NTA enables wide-field video-rate HD mid-IR imaging without ultrafast lasers, delivering chemical-sensiti...
08/04/2026

New nanosecond NTA enables wide-field video-rate HD mid-IR imaging without ultrafast lasers, delivering chemical-sensitive visualization across the broadband molecular fingerprint region.
UCI School of Physical Sciences

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https://aippub.org/4yt1gAh

Non-degenerate two-photon absorption (NTA) offers an attractive route for wide-field mid-infrared imaging by mapping long wavelength information into the spectr

HFST: a robust label-free platform integrating angled LED illumination with z-scanning to decode three-dimensional struc...
06/16/2026

HFST: a robust label-free platform integrating angled LED illumination with z-scanning to decode three-dimensional structural information through scattered field filtering analysis.

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Optical microscopy has evolved from quantitative phase imaging to three-dimensional tomography, yet existing label-free techniques face critical limitations in

3D-printed reflective micro-optics enable efficient collimation of divergent interband cascade laser emission, providing...
06/15/2026

3D-printed reflective micro-optics enable efficient collimation of divergent interband cascade laser emission, providing a pathway towards compact and alignment-free mid-infrared optical systems.

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Highly divergent and asymmetric beam profiles are an inherent limitation of facet-emitting mid-infrared semiconductor lasers and complicate their use in free-sp

This review surveys recent progress in lab-on-fiber SERS optrodes, integrating nanostructures with optical fibers for se...
06/14/2026

This review surveys recent progress in lab-on-fiber SERS optrodes, integrating nanostructures with optical fibers for sensing, and discusses key challenges and future biomedical applications

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Surface-enhanced Raman scattering (SERS) has established itself as a powerful analytical technique for detecting specific molecular structures and analyzing the

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