Discover how #AdditiveManufacturing is driving the 21st-century industrial revolution! Join the #ExtremeManufacturing #Webinar Series featuring experts from @WSUNews, @NorthwesternU, @UTEP, @HKUniversity & @harvardmed. Date: Nov 6 (New York) | Nov 7 (Beijing) Event link:

Demonstrating glass catfish-inspired abrasion-resistant underwater #Antifouling window fabricated by femtosecond laser #Electrodeposition method, exhibiting excellent anti-fouling property and high light transmittance. #IJEM #OpenAccess: https://t.co/kmqduzwjkZ

#Wirearc directed energy deposition of dissimilar CuAl9 and #Inconel718 #alloys produces distinct transition zones, revealing strong bonding but different precipitate evolution and tensile performance. #AdditiveManufacturing #Fabrication #OpenAccess in #IJEM:

The generation, visualization, & manipulation of focal light fields induced during ultrafast #Laser-matter interaction enable ULDW-based integrated, controllable, single-step composite structuring within a single-beam focus. #IJEM #OpenAccess: https://t.co/nlmwh1I2BT

Tailoring #ThermalHistory during Fe–Ni–Ti–Al maraging #steel #AdditiveManufacturing via laser-directed #EnergyDeposition enables widely tunable strength–ductility combinations, without changing #alloy composition or post-treatment. @ASTARsg #OpenAccess in #IJEM:

Exploring self-powered #WearableSensors, this #IJEM review provides an overview of #EnergyHarvesting technologies, conversion mechanisms, structural/ material innovations, #EnergyStorage platforms, and their applications. #OpenAccess: https://t.co/MMBIQadisg

This review explores #MRAM, a non-volatile memory tech ideal for energy-efficient storage and #computing, detailing #SpinTransfer and spin-orbit torque MRAM, manufacturing challenges, #AI hardware applications, and future development prospects. #OpenAccess #IJEM:

An overview of skin #Bioprinting, advanced skin bioprinting techniques & the types of specialized inks, with a discussion on integrating #Biosensors with bioprinted skin constructs, challenges & future directions. @penn_state #OpenAccess: https://t.co/3DgiZsRiVQ

This review highlights advances in multi-nozzle #Electrohydrodynamic #JetPrinting, examining jet behavior, mitigation strategies, #manufacturing methods, and emerging applications, outlining paths toward scalable industrialisation. @NCState #OpenAccess in #IJEM:

This review highlights #TENG & #PENG as self‑powered solutions for #IoT and #metaversedevices, summarizing design strategies, performance, and challenges in achieving continuous multimodal monitoring for #wearable and environmental applications. #IJEM: https://t.co/t5WxGiVnPi

An overview of the #Manufacturing strategies for highly sensitive & self-powered #Piezoelectric & #Triboelectric #Sensors, their working principles, various fabrication methods, applications, challenges, and future directions. #OpenAccess: https://t.co/m5pkhsOkM9

This review outlines how #Piezotronics and piezo-phototronic modulation in GaN enhances electrical and optical performance, highlights advances in #3D #StressEngineering, & showcases applications in #optoelectronics and #EnergyHarvesting. @Chiba_Univ_PR #IJEM:

An overview of the designs, deformation mechanisms, fabrication strategies, and applications of magnetically responsive microstructured functional surfaces (MRMFSs), highlighting the challenges & future directions. #IJEM #OpenAccess: https://t.co/roNGmEj8hf

This review highlights emerging advances in #AdditiveManufacturing, #OrganOnChip platforms, #DrugDelivery systems, and #AI that are enabling more anatomically, mechanically, and electrically accurate functional #cochlea models. @UniofOxford #OpenAccess in #IJEM:

This review describes the principles, #Fabrication processes, progress, and applications of in-memory & in-sensor nano-#Memristors-based #ReservoirComputing systems, highlighting the challenges & future strategies. #IJEM #OpenAccess: https://t.co/fYzhRMvcs4

Reviewing #AdditiveManufacturing methods in #Fabrication of biomedical components, with insights into 3D-printed mechanical #Metamaterials in biomedical applications, and the use of #Biomimetic materials as a future direction. #IJEM #OpenAccess: https://t.co/qvPpfug5IK

Decorating #MXene with the N-fused organic #semiconductor CBIN overcomes its metallic behavior to enable stable bipolar #memristive switching with low voltages and #synapticplasticity, expanding MXene #memristors toward #neuromorphic computing. #IJEM: https://t.co/F8p6BRIeWG

A light-modulated #Neuromorphic device that enables dynamic multimodal visual–thermal perception with temperature-dependent #SynapticBehavior, #AdaptiveStorage, and 98.8% #RecognitionAccuracy, offering insights for next-generation neuromorphic systems. #IJEM:

Using a PμSL-based #3Dprinting technique, this #IJEM study fabricated helicoidally patterned #Microchannels with precisely controlled morphologies for enhanced liquid lifting height with potential uses in #FluidManagement systems. #OpenAccess: https://t.co/xAeuE1xVxY

A #3DPrinting-assisted streamline-orientation method that programs filler alignment in #PolymerComposites, enabling targeted heat-dissipation pathways & delivering higher #ThermalConductivity and #ChipCooling efficiency than random composites. #OpenAccess #IJEM:

Inspired by LEGO® bricks, this #IJEM study developed innovative modular scaffolds, based on machine vision for rapid & intelligent assembly according to #BoneDefects, highlighting their potential in #BoneTissueEngineering. #OpenAccess: https://t.co/OTfAoWNv4W