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1 week ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerThe aviation and aerospace industry demands extreme precision and stringent safety standards, with various filtration systems playing a crucial role in protecting passengers and ensuring optimal aircraft performance.1 Systems such as air filters, hydraulic and fluid filters, environmental control systems (ECS), and water recycling units are all essential for safe and efficient operation.
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1 week ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerNanomaterials continue to drive scientific and industrial progress across fields such as energy storage, electronics, water purification, and medicine. This article highlights some of the most significant nanomaterial developments from the past year.
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3 weeks ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerPlastics, fuels, and many industrial materials are still largely derived from fossil fuels. These resources contribute to greenhouse gas emissions and long-term environmental degradation.1 As the push for renewable alternatives grows, researchers are exploring bio-derived materials that offer performance without the environmental cost. Image Credit: Choksawatdikorn/Shutterstock.comOne promising candidate is cellulose nanocrystals (CNCs).
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4 weeks ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerHydrogen is becoming an increasingly important energy source. This growing demand highlights the need for sustainable, clean, and efficient hydrogen production methods—particularly water splitting. Image Credit: backwoods_design/Shutterstock.comElectrocatalysts play a key role in enabling hydrogen generation through water splitting.
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1 month ago | 
azooptics.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerFor decades, silicon chips have powered modern electronics, from computers and smartphones to industrial computing and artificial intelligence. As computing demands continue to grow, however, the limitations of silicon-based chips are becoming more apparent. Image Credit: Alexander_Evgenyevich/Shutterstock.comProcessing speeds, power efficiency, and scalability are all reaching physical and technological limits.
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1 month ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerGraphene is often regarded as one of the strongest known materials. It is about 200 times stronger than steel while remaining exceptionally lightweight and flexible.1Despite these advantages, graphene has limitations that affect its large-scale applications. Researchers are exploring alternative materials that offer comparable or superior mechanical properties. Some of these materials exist only in theoretical models, while others have been synthesized in laboratories.
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1 month ago | 
azoquantum.com | Louis Castel |Ibtisam Abbasi
Reviewed by Louis CastelThe electronics industry is one of the largest sectors in terms of revenue, driven largely by the production of semiconductor devices and integrated circuits.
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1 month ago | 
azooptics.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerThe human brain processes information through synapses and neurons. It performs complex tasks with high efficiency while using minimal energy. Neuromorphic computing mimics this biological system, using artificial neurons and synapses to enhance computational speed and reduce power consumption. As computing demands grow, photonics is becoming an essential component in neuromorphic architectures.
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1 month ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerNuclear power plants are exposed to high-energy radiation, which degrades materials over time. Particles and rays interact with critical components, particularly in the reactor core, leading to swelling, embrittlement, and reduced mechanical strength. Gamma rays penetrate deep into materials, weakening their structure and limiting their lifespan. The durability of materials used in nuclear systems remains a challenge.
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1 month ago | 
azonano.com | Lexie Corner |Ibtisam Abbasi
Reviewed by Lexie CornerNanotechnology continues to drive innovation across multiple industries, from medicine and materials science to energy storage and environmental solutions. This article highlights five key developments in nanotechnology for 2025. Image Credit: Maha Heang 245789/Shutterstock.comPrintable Target-Specific Nanoparticles for Wearable and Implantable BiosensorsNanotechnology is improving the development of wearable and implantable biosensors.
