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New study challenges established mechanism about selectivity of cellular ion channels

E-Mail IMAGE: Cell membranes contain channels that selectively permit ions to move into or out of the cell. In a recently published paper, researchers from the University of Fukui and Kanazawa University. view more Credit: University of Fukui The cell membranes of all organisms contain ion channels that permit ions to pass into or out of the cell, and these channels play extremely important roles in fundamental physiological processes such as heartbeats and the rapid conduction of signals along neurons. An important property of these ion channels is their selective conductivity they selectively permit the passage of particular ions. For example, potassium channels more readily permit the passage of potassium ions than the passage of sodium ions, despite the fact that potassium ions are larger.

United statesShigetoshi oikiMika hayashiBunkyo fukuiHiroe yonedaScientific researchKanazawa universityUniversity of fukuiBiomedical imaging research centerPublic affairsNano life science instituteNano life science institute kanazawa universityProfessor shigetoshi oikiNational academyConductance selectivityTortuous trajectory

In your face: a compact RGB scanning projector for wearable displays and smart glasses

In your face: a compact RGB scanning projector for wearable displays and smart glasses IMAGE: Diagram of the proposed device and the actual implementation, which is compact and thus suitable for wearable devices Image: University of Fukui Thanks to the remarkable progress that has been made in miniaturization over the last decade, wearable electronic devices that were considered far-fetched in the 2000 s are within reach. Prime examples of such technology are smart glasses and similar head-mounted displays, which leverage recent advances in virtual and augmented reality to create an immersive experience or provide hands-free utilities. However, existing prototypes of smart glasses and wearable displays suffer from certain limitations that hinder their commercialization, such as bulkiness, battery life issues, and sub-par image quality. However, at the University of Fukui, Japan, scientists have been making steady progress towards creating an incredibly small yet powerful imag

Akira nakaoUniversity of fukuiInternational display workshopபல்கலைக்கழகம் ஆஃப் ஃப்யூக்யூயீசர்வதேச காட்சி பணிமனை

Compact RGB Scanning Projector Developed for Wearable Displays and Smart Glasses | Research & Technology | Dec 2020

Compact RGB Scanning Projector Developed for Wearable Displays and Smart Glasses | Research & Technology | Dec 2020
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Akira nakaoUniversity of fukuiCourtesy of the university fukuiபல்கலைக்கழகம் ஆஃப் ஃப்யூக்யூயீமரியாதை ஆஃப் தி பல்கலைக்கழகம் ஃப்யூக்யூயீ

New Miniature Laser-Based Device to Project Color HD Video on the Retina

At the University of Fukui in Japan, researchers have realized considerable advances in creating a highly compact RGB laser projector with the ability to make a high-definition (HD) projection image.

Akira nakaoUniversity of fukuiInternational display workshopStudy lead authorAssistant professorபல்கலைக்கழகம் ஆஃப் ஃப்யூக்யூயீசர்வதேச காட்சி பணிமனைபடிப்பு வழி நடத்து நூலாசிரியர்உதவியாளர் ப்ரொஃபெஸர்

In your face: a compact RGB scanning projector for wearable displays and smart glasses

E-Mail IMAGE: Diagram of the proposed device and the actual implementation, which is compact and thus suitable for wearable devices view more Credit: University of Fukui Thanks to the remarkable progress that has been made in miniaturization over the last decade, wearable electronic devices that were considered far-fetched in the 2000 s are within reach. Prime examples of such technology are smart glasses and similar head-mounted displays, which leverage recent advances in virtual and augmented reality to create an immersive experience or provide hands-free utilities. However, existing prototypes of smart glasses and wearable displays suffer from certain limitations that hinder their commercialization, such as bulkiness, battery life issues, and sub-par image quality. However, at the University of Fukui, Japan, scientists have been making steady progress towards creating an incredibly small yet powerful image projector for eyewear displays. In fact, in collaboration

Akira nakaoProceedings of the international display workshopsUniversity of fukuiInternational display workshopInternational display workshopsபல்கலைக்கழகம் ஆஃப் ஃப்யூக்யூயீசர்வதேச காட்சி பணிமனைசர்வதேச காட்சி பட்டறைகள்