APL Photonics

01/02/2025

📢 Call For Papers

This Special Topic showcases the latest advances and prospects of analog and special-purpose computing enabled by free-space optical systems. Submit by May 31, 2025!

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https://aippub.org/41Z7vhb

12/25/2024

Shigella sonnei (S. sonnei) is one of the major bacteria responsible for dysentery, which plagues millions of people every year, mostly in developing countries.

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The sensor easily and accurately detects the presence of S. sonnei, a bacterium that causes dysentery.

12/18/2024

Transverse mode instability driven by quantum defect (QD) heating sets a limit for diffraction-limited power in fiber lasers. Lower QD is key and a record low QD of 1.7% is demonstrated in this work.
Clemson University College of Engineering, Computing and Applied Sciences

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https://aippub.org/3OnTUbh

In this work, we demonstrate an approach to potentially lower the quantum defect to ∼1% without significant compromise of efficiency. In a first demonstration,

11/25/2024

We are seeking active researchers in biophotonics! We have an exciting opportunity to join our editorial team as an associate editor.

APL Photonics promotes fundamental, applied, and multidisciplinary research anchored in photonics. Through our robust editorial process, we aim to publish high quality research findings that represent significant breakthroughs, novel understandings, or perspectives with long lasting impact. Our mission is to provide openly accessible resources for the international photonics and broader communities.

As an editor on the team, you would build on the community our journal serves. You would play a key role in ensuring the scientific quality of the journal, facilitating a fair and timely peer review process, and selecting manuscripts for publication.

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https://aippub.org/3tC2lcp

11/18/2024

Reminder ❗

This Special Topic is still open for submissions! Submit by March 31, 2025.

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https://aippub.org/4cWUG9a

11/18/2024

The authors introduce a novel method for switching and manipulating optical trap types using a single structured beam through optical coherence engineering.

Precisely capturing and manipulating microparticles is the key to exploring microscopic mysteries. Optical tweezers play a crucial role in facilitating these ta

11/15/2024

Quantum computing has the potential to transform industries by making previously unsolvable problems solvable, but common optical computational methods in the field require complex operations and hardware.

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11/13/2024

Synchronization in satellite networks via classical and quantum frequency combs will open new avenues of research at the fundamental limits of physics.

The next generation of space-based networks for communications, sensing, and navigation will contain optical clocks embedded within satellites. To fully realize

11/11/2024

The paper reviews a decade of advancements in dual-wavelength pumping 3.5 µm fibre lasers, focusing on their development and applications with an outlook on improvements in power and efficiency.
The University of Adelaide
OzGrav - ARC Centre of Excellence for Gravitational Wave Discovery

11/11/2024

Today there are some 10,000 active satellites encircling Earth — a number that is rapidly increasing.

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A combination of classical and quantum frequency combs offers a way to synchronize optical clocks across free space.

11/08/2024

The authors report a high-performance integrated, scalable spectrometer based on machine learning analysis of wavelength-dependent propagation patterns in an optical waveguide and a broad range of applications

Spectral analysis of light is one of the oldest and most versatile scientific methods and the basis of countless techniques and instruments. Miniaturized spectr

11/06/2024

The APL Photonics Future Luminary Collection is a highly selective collection featuring notable APL Photonics papers by emerging investigators! Learn more at AIP Publishing Booth 2 or visit us online!
👉 https://aippub.org/3YBJryN

10/23/2024

Our growing list of open access journals is a crucial part of our commitment to . As an OA journal, APL Photonics has a wide reach and broad audience. Read one of the most downloaded articles from APL Photonics as we celebrate !
👉 https://aippub.org/4eTanzY

10/16/2024

The debate over whether light's momentum in a medium follows the Abraham or Minkowski formulation has lasted over a century. We examine this issue in the context of Smith-Purcell radiation.

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The debate over whether light’s momentum within a medium is accurately described by Abraham or Minkowski formulation has persisted for over a century. To our kn

09/27/2024

Biosensors are used to detect the biological or chemical elements by turning them into measurable signals.

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Biosensors are a fundamental tool in research and have promising future applications in health care.

09/18/2024

We are seeking active researchers to join our editorial team as an associate editor!

APL Photonics promotes fundamental, applied, and multidisciplinary research anchored in photonics. Through our robust editorial process, we aim to publish high quality research findings that represent significant breakthroughs, novel understandings, or perspectives with long lasting impact. Our mission is to provide openly accessible resources for the international photonics and broader communities.

As an editor on the team, you would build on the community our journal serves. You would play a key role in ensuring the scientific quality of the journal, facilitating a fair and timely peer review process, and selecting manuscripts for publication.

For this recruitment cycle, we encourage researchers with expertise in fiber optics, sensing, and telecommunications to inquire and apply.

Learn more here!
👉 https://aippub.org/3B5krXs

09/17/2024

📢 Call For Papers

This Special Topic explores light behavior and dynamics in both active and passive complex media, including biological tissues, multimode fibers, random lasers, and linear and non-linear disordered optical systems. Submit by March 31, 2025!

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https://aippub.org/4eCnDIT

08/11/2024

In vivo NIR-II imaging analysis revealed that the sleep-awakening cycle regulated by norepinephrine is a powerful regulator of cerebral lymphatic drainage.

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The cerebral lymphatic drainage plays an important role in the occurrence and development of central nervous system diseases. Recent studies have shown that cer