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[ml] IVNC2026登壇申込み延長(〆切:3月15日)

[ml] IVNC2026登壇申込み延長(〆切:3月15日)

対象：会員および一般

速報発信者；村上勝久（IVNC2026現地実行委員長）

2026年7月13日～17日に東京都立川市日立馬場記念ホール（日立製作所中央研究所内）にて
第39回真空ナノエレクトロニクス国際会議が開催されます。
講演申込みの〆切が3月15日に延長されました。

皆様の積極的なご参加をお待ちしております。

Dear IVNC Community:
This is the first call for abstracts of IVNC 2026.

We are pleased to inform you that short abstracts submission deadline for IVNC 2026 has been extended to 15 March, 2026.
We welcome your submission and participation.

============== Key Dates ========================
16 Jan. Start Registration and Short abstract submission
15 Mar. Deadline for submission of short abstract (deadline extended)
2 Apr. Notification of acceptance
1 May Deadline for submission of extended abstracts
22 Apr. Deadline for early bird registration
13-17 July Conference days starting
===============================================

The 39th International Vacuum Electronics Conference (IVNC2026) will be held at Hitachi Baba Memorial Hall, Tokyo, Japan, from July 13 to17, 2026.
Social events include welcome reception, tour in Tokyo, and the conference banquet.

To submit a short abstract, please go to https://amarys-jtb.jp/ivnc2026/ (deadline March 15, 2026)

A Word template to create your abstract can be found in
https://www.vacuum-electronics.org/ivnc2026/docs/Template-for-short-abstract.docx

The conference will publish its proceedings in IEEE Xplore

More information at the conference's website
https://www.vacuum-electronics.org/ivnc2026/

I hope to see you at IVNC 2026!
Katsuhisa Murakami (AIST)
Chair IVNC 2026

Contact:
ivnc2026@vacuum-electronics.org

=========== List of topics for open Call for papers ===========
-Emission Fundamentals and Modeling
Theory of field-, thermionic-, and photo-induced electron and ion emission
Field ionization, evaporation and liquid-metal ion source¬
Physics and phenomena of vacuum breakdown and space charge
-Novel Materials for Electron Emission and Vacuum Tunneling
Carbon nanotube/graphene/diamond
Wide bandgap semiconductors
Negative electron affinity
Two-dimensional materials
-Technology of Vacuum Nanoelectronics
Novel cathode devices and fabrication
Novel evaluation technique
Photo-stimulated cathodes
High speed devices
Thermionic energy harvester
-Applications of Vacuum Nanoelectronics
Displays, sensors, actuators, and light sources
X-ray sources and imaging devices
Electron devices in harsh environments
Microscope and surface analysis
Medical, biological, energy, high-power and space applications
Application to communication and energy transmission