Intelligent Electronics & Metrology

Founded: 2026 | Quarterly Open Access Journal
Editor-in-Chief: Prof. Xufeng Jing
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Current Issue | 2026 Volume 1 Issue 1

Article Papers

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Inverse Design of Polygon-like Vortex Beam Manipulation Based on Deep Learning
Authors: XUAN XU,XUFENG JING
Abstract: Vector vortex beams hold significant application value in quantum information, optical micromanipulation, and related fields. However, their efficient generation and flexible manipulation remain challenging....
Intel. Electron. & Metrol. 2026,1(1):260105 | [PDF Download]
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Design of Broadband and Ultra-Narrowband Tunable Metasurface Absorber Based on Hybrid Ceramic and Vanadium Dioxide Materials
Authors: KE JIANG,XUFENG JING
Abstract: With the rapid advancement of terahertz (THz) technology, metasurface absorbers featuring high-efficiency absorption and dynamic tunability have exhibited broad application prospects in fields such as...
Intel. Electron. & Metrol. 2026,1(1):260104 | [PDF Download]
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Research on Multi-Modal OAM Manipulation Based on Cascaded Metasurfaces
Authors: Heqing Li,Yongxing Jin,Ying Tian
Abstract: This paper proposes a high-efficiency transmissive metasurface operating at 0.1 THz, based on a bilayer polyimide-copper structure and employing a double-L-shaped unit design, enabling the generation...
Intel. Electron. & Metrol. 2026,1(1):260103 | [PDF Download]
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Flexible regulation of phase and polarization based on plasma metasurfaces
Authors: WEIWEI TAO,YING TIAN
Abstract: This paper presents a novel plasma metasurface structure composed of a copper metal patch and a polyimide substrate, operating in the terahertz frequency band (1.6 THz). Based on the Pancharatnam-Berry...
Intel. Electron. & Metrol. 2026,1(1):260102 | [PDF Download]
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Design and Fabrication of a Lossy Ceramic Resin Absorber Based on MSLA Technology
Authors: KE JIANG,XUFENG JING
Abstract: This paper proposes and designs an all-dielectric broadband terahertz absorber based on a high-loss ceramic-filled resin, which is fabricated using Masked Stereolithography Apparatus (MSLA) 3D printing...
Intel. Electron. & Metrol. 2026,1(1):260101 | [PDF Download]

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