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Ultrafast Nonlinear Optics for Laser Pulse Compression

In the past 50 years, the pursuit of shorter laser pulses has been the driving force in advancing ultrafast science, with laser pulse compression techniques now enabling the generation of single-digit femtoseconds and even attosecond pulse durations.

New-york , United-states , Owais-ali , Owais-alioct , Thomson , Energy-ultrafast , Biophotonic-solutions , Pulse-compression , Nonlinear-optics , Ultrafast-nonlinear , Nonlinear-methods , Laser-pulse

How Fluid Mechanics Underlies Deep-Sea Mining Challenges

While deep seabed mining offers a potential new source of scarce metals, it also poses risks of environmental harm that must be carefully studied and mitigated. This article examines how fluid mechanics underlies these challenges.

Norway , California , United-states , Norwegian , Owais-ali , Owais-alioct , Laura-thomson , Le-boyer , International-journal-of-coal-science-technology , A-delft-university-of-technology , Communications-earth-environment , Southern-california

Innovations and Approaches for Curbing Ethylene Oxide Pollution

Ethylene oxide (EtO) serves various industrial purposes, notably medical equipment sterilization, but its carcinogenic and environmental risks demand rigorous pollution control. Addressing EtO pollution necessitates a multi-faceted approach involving stringent regulations, technological advancements, and collaborative efforts across commercial sterilization facilities and chemical plants.

United-states , American , Owais-alioct , Laura-thomson , Owais-ali , National-analysis , Us-environmental-protection-agency , American-chemistry-council , Economics-statistics-department , Thermo-fisher-scientific-inc , Air-act , Regulatory-framework

Differential Absorption LiDAR for Emissions Detection

Differential absorption LiDAR (DIAL) is an advanced laser remote sensing technique that can accurately measure the concentration and distribution of pollutants, greenhouse gases, and industrial emissions.

South-korea , Han , Bilanol-shutterstock , Owais-alioct , Owais-ali , Network-for-detection-of-atmospheric-climate-change , Development-of-emissions-detection , Environmental-protection-agency , Emissions-detection , Industrial-revolution , Atmospheric-climate-change , Accurate-emission

Tackling the Challenges of Ice Phenology in Optical Satellite Data

In a study published in Water, researchers proposed a new algorithm for monitoring ice phenology in lake wetlands using optical satellite (Landsat and Sentinel-2) imaging and optical sensor (MODIS) datasets.

Owais-alioct , Sophia-coveney , Marijs-jan-shutterstock , Owais-ali , Ice-phenology-research , Monitoring-ice-phenology , Lake-wetlands-based , Optical-satellite-data , Case-study , Wuliangsu-lake , Image-credit

Metalens-Based Optical Microsensors: A New Revolution in Engineering Optics

In a study published in Sensors, researchers experimentally, numerically, and theoretically investigated an optical microsensor based on high-aperture metalens in an amorphous silicon film.

Owais-alioct , Laura-thomson , Owais-ali , Limitations-of-current-metalens-technology , Optical-polarization-sensor-based , Metalenses-revolutionizing , Current-metalens , Metalens-based-polarization-microsensor , Thin-silicon ,

Enhancing Subway Wheel Frictional Properties Using Laser-Cladding

A study published in Coatings used laser-cladding technology to enhance the sliding frictional properties of subway wheels with metallic alloy deposition. It analyzes the tribological properties of nickel- and iron-based alloy powders applied to subway wheel coatings.

Owais-alioct , Laura-thomson , Owais-ali , Friction-wear-properties-of-ni , Sliding-tribological-properties , Laser-cladding-alloy-coating , Operational-safety , Cladding-technology , Studying-wheel-sliding , Dry-sliding-friction-wear-properties , Subway-wheel ,

Ocean Surface Roughness and its Impact on Laser Beam Propagation

A study published in Sensors presents a geometrical optical model to examine the impact of dynamic oceanic waves on the optical propagation of laser beams.

Owais-alioct , Laura-thomson , Owais-ali , Sea-challenges-of-marine-technology , Turbulent-ocean-surface , Laser-beam , Sea-challenges , Marine-technology , Beam-propagation , Artificial-wave-generation ,

AI-Assisted Terahertz Imaging for Acute Lung Injury Therapy

In a study published in Biosensors, a label-free and rapid identification technique based on artificial intelligence (AI)-assisted terahertz imaging is proposed to identify the therapeutic effect of low-level laser therapy for acute lung injury.

Owais-alioct , Laura-thomson , Owais-ali , Label-free-identification , Efficient-light-formula , Acute-lung , Level-laser-therapy-treatment , Therapeutic-effect , Low-level-laser-therapy , Improve-identification-time ,

Frequency Locking at Farey Fractions of Breathers in Ultrafast Lasers

In a study published in Nature Communications, researchers report the first comprehensive assessment of the frequency locking mechanism in breathers in ultrafast fiber lasers.

Owais-alioct , Laura-thomson , Owais-ali , Nature-communications ,