Program & Speakers  /  For authors and presenters ——————— Share to
Program & Speakers

Tips for submission:
We are interested in any paper that touches on optical coating domain. Web submission is strongly encouraged, please read the submission guidelines on the website. The full-page papers submitted to the conference will be published as a special issue in Optical Engineering after the regular peer-review process. 

  1. Submission start from: 15 April 2023; Abstract deadline: 30 September 2023
  2. Full manuscript submissions open 1 October 2023 through 1 February 2024

Abstract Template:  FOC2023_Template_PDF    FOC2023_Template_WORD 


1.      Lin Jiang | Shanghai Instituteof Technical Physics, CAS

Design andfabrication of edge filter with ultra-wide infrared transmission band and low temperaturesensitivity

2.       BinZhou | Optorun Co., Ltd

Simulation andexperimental optimization of film thickness uniformity prepared on 3Dsubstrates via magnetron sputtering

3.       HolgerBadorreck | Laser Zentrum Hannover

Exploring machinelearning interatomic potentials

4.       Han Wu |Hangzhou Institute for Advanced Study, UCAS

Nanoporous silicondioxide films for ultra-low refractive index coatings

5.       SebastianBalendat | Laser Zentrum Hannover

Coating parameterstudy on HfAlO and fabrication of frequency tripling mirrors

6.       MichelLequime | Institut Fresnel

Bichromatic detuning of the virgo filtercavity due to the thermal sensitivity of its all-dielectric mirrors

7.       JinhangZhou | Sun Yat-sen University

Backscatteredlight measurement system of TianQin telescope

8.       Nick.Erhart | Cutting Edge Coatings GmbH

Virtual IBSDprocess model for rapid parameter adjustment of high current ion optics

9.       WeijiLiu | IBD Technology.

Development ofbroadband OMS for IBS system

10.    PengSun | Tianjin Jinhang Technical Physics Institute

Study on ytterbiumoxide infrared optical hydrophobic thin films

11.    ChongMa | Shanghai Institute of Technical Physics, CAS

Reducing opticalloss of dual-ion beam sputtered HfO2 films via optimization of coating andannealing parameters

12.    YanchaoWang | Changchun Institute of Optics, Fine Mechanics and Physics, CAS

Research on thelarge aperture high reflective film based on motion magnetron sputteringdeposition

13.    VladimirBorisovich Sulimov | Lomonosov Moscow State University

Study of opticalproperties of thin film composite oxides by quantum dynamics

14.    YanqiangLou | PerkinElmer

PerkinElmer: 175nm-25 μm spectrum detection solution for optoelectronic industry

15.    MichelLequime | Institut Fresnel

Scratch and digcharacterization of plane windows using an imaging scatterometer

16.    YanZhang | Changchun University of Science and Technology

Hydrophilicitystudy of PHPS based on plasma curing technology

17.    JunrenWen | I Hangzhou Institute for Advanced Study, UCAS

Thin film-basedcolorful radiative cooler using diffuse reflection for color display

18.    Jie Lin| Hangzhou Institute for Advanced Study, UCAS

Compact multilayerstructure for flexible reflective colorful electrode

19.    XiaoweiHuo | Qingdao Ruifeng Oude Technology Co., Ltd

Research on 561 nmand 589 nm lasers for life science instrumentation

20.    NiChuan | Corning China (Shanghai) Regional Headquarter

High refractiveindex glass wafers for waveguide based augmented reality wearables

21.    WenyunDu | Shanghai Institute of Optics and Fine Mechanics, CAS

Effect ofsubsurface impurity defects on laser damage resistance of beam splittercoatings

22.    JialianHe | Tongji University

Fabrication ofsoft magnetic films with micrometer thickness as neutron flippers

23.    YujieLiu | Zhejiang University

Low-diffractionEMI shielding multiband optical window based on randomized metallic mesh

24.    ChengchenYin | Tongji University

Optimized helical mask method for enhancedlinearity and uniformity in linear variable filter fabrication

25.    ShigengSong | University of the West of Scotland

Fabrication, characterization of linearvariable filters and its applications in miniaturized spectrometer

26.    ZhihuiWei | Changchun Institute of Optics, Fine Mechanics and Physics, CAS

Study on coupling resonance enhancementcharacteristics of multi-layer MIM cavity mode and F-P cavity mode

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