Marina Mochizuki

Japan Display (Japan)

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Shinichiro Oka

Japan Display (Japan)

Kazuhide Mochizuki

Seoul National University Bundang Hospital

Lu Jin

Xinjiang Agricultural University

Hiromi Kaneda

Seoul National University Bundang Hospital

Yoshiro Aoki

University of Michigan–Ann Arbor

Genki Asozu

John Wiley & Sons (United States)

Naoyuki Asano

Seoul National University Bundang Hospital

Yosuke Hyodo

Japan Display (Japan)

Hajime Watakabe

Japan Display (Japan)

Toshinari Sasaki

Japan Display (Japan)

Cooperative Institutions

Japan Display (Japan)

John Wiley & Sons (United States)

Seoul National University Bundang Hospital

University of Central Florida

Samsung (South Korea)

Korea Advanced Institute of Science and Technology

The University of Tokyo

Tokyo University of Information Sciences

Photonics (United States)

Bunkyo University

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45‐2: Distinguished Paper: Ultra‐narrow Border Display with a Cover Glass Using LCDs with a Polyimide Substrate

SID Symposium Digest of Technical Papers (2020)

Shinichiro Oka Yosuke Hyodo Lu Jin Genki Asozu Hiromi Kaneda

We propose a novel plastic Liquid crystal display (LCD) with an ultra‐narrow‐border. As the most significant improvement, the four borders of the LCDs can be folded to wrap the backlight unit. This LCD was based on various new techniques, including the use of plastic substrates, processing of polarizer films, control of the neutral surface of a bending component based on the sealant width, and the use of a cover glass with a lens effect. We believe that these novel LCDs will be useful for numerous new applications.

Backlight

Polarizer

10.1002/sdtp.13953

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Citations (1)

Development of Ultranarrow Border LCDs Using Transparent Polyimide Substrates

Proceedings of the International Display Workshops (2020)

Yosuke Hyodo Shinichiro Oka Lu Jin Genki Asozu Hiromi Kaneda

10.36463/idw.2020.0084

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Citations (1)

A conformable imager for biometric authentication and vital sign measurement

Nature Electronics (2020)

Tomoyuki Yokota Takashi Nakamura Hirofumi Kato Marina Mochizuki Masahiro Tada

Conformable matrix

10.1038/s41928-019-0354-7

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Citations (180)

TFT Characteristics of High Mobility Poly-Crystalline Oxide

Marina Mochizuki Masashi Tsubuku Hajime Watakabe Toshinari Sasaki Takaya Tamaru

10.23919/am-fpd61635.2024.10615456

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Citations (0)

Ultra‐narrow border display with a cover glass using liquid crystal displays with a polyimide substrate

Journal of the Society for Information Display (2020)

Shinichiro Oka Yosuke Hyodo Lu Jin Genki Asozu Hiromi Kaneda

Abstract Plastic liquid crystal displays (LCDs) termed sheet LCDs with transparent polyimide (PI) substrates were constructed. There is a lot of potential to expand the use of these LCDs in LCD applications. Herein, we investigated a structure for sheet LCDs such as high‐density main post spacers (PSs) and PI substrates with the aid of a barrier layer to control the residual stress and protect the liquid crystal from moisture. Drawing on this, we propose an ultra‐narrow border LCD that makes of the developed sheet LCDs. The most significant improvement is that the four borders of the LCD can be folded to wrap the backlight unit. This LCD was based on various new techniques, including the use of plastic substrates, processing of polarizer films, control of the neutral surface of a bending component based on the sealant width, and the use of a cover glass with a lens effect. We believe that these novel LCDs will be useful in numerous new applications.

Backlight

Polarizer

10.1002/jsid.890

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Citations (6)

Issue Information

Journal of the Society for Information Display (2020)

Junyu Zou Tao Zhan Jianghao Xiong Shin‐Tson Wu Yongmin Jeon

No abstract is available for this article.

10.1002/jsid.803

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Citations (0)

High Mobility Oxide TFT Using Poly-Crystalline Oxide Semiconductor on Gen.6 Glass Substrate

Proceedings of the International Display Workshops (2023)

Masashi Tsubuku Hajime Watakabe Toshinari Sasaki Takaya Tamaru Marina Mochizuki

Oxide thin-film transistor

10.36463/idw.2023.0215

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Citations (1)

8‐1: Invited Paper: High Mobility Poly‐Crystalline Oxide TFT Achieving Mobility over 50 cm²/Vs and High Level of Uniformity on the Large Size Substrates

SID Symposium Digest of Technical Papers (2023)

Masashi Tsubuku Hajime Watakabe Toshinari Sasaki Takaya Tamaru Ryo Onodera

We have successfully developed stable poly‐crystalline oxide semiconductor (Poly‐OS) as channels of TFT on Gen.6 glass substrates. This technology has significantly improved mobility and stability at the same time, achieving both extremely low off‐state current similar to conventional oxide TFTs and high on‐state current equivalent to LTPS TFTs.

Electron Mobility

10.1002/sdtp.16492

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Citations (1)