楅栘尋媶幒丂搶嫗擾岺戝妛

婡嵽偺晄嬶崌偱壒惡側偟
壒惡偁傝
Keita Mochizuki, Harumi Asada, and Takehito Suzuki, "Manipulation of terahertz waves with a right- or left-handed metasurface for directivity enhancement," IRMMW-THz 2023, We-PM2-3-7, Montreal, Sep. 2023.

2023擭9寧丂BBQ傪傗傝傑偟偨丅嵟崅偺BBQ擔榓偱偟偨丅

2023擭5寧18擔丂儊僞儅僥儕傾儖偵娭偡傞尋媶幒僙儈僫乕

2023擭4寧7擔丂JST憂敪揑尋媶巟墖帠嬈
乽僥儔僿儖僣僊儍僢僾傪愗傝戱偔恖岺峔憿嵽椏偺怺壔偲7G捠怣傊偺揥奐乿
(2023擭4寧乣2030擭3寧梊掕)偺尋媶傪奐巒

2023擭4寧4擔丂M2嶳怷偑搶嫗擾岺戝妛妛弍尋媶妶摦妛惗昞彶傪庴徿

2023擭3寧24擔懖嬈幃丒廋椆幃

2023擭3寧24擔丂B4埨愳偑搶嫗擾岺戝妛丂抦擻忣曬僔僗僥儉岺妛壢丂桪廏懖嬈榑暥徿傪庴徿

2023擭3寧24擔丂M2塝搰偑搶嫗擾岺戝妛丂揹婥揹巕岺妛愱峌丂桪廏廋巑榑暥徿傪庴徿

塝搰峃暯, 楅栘寬恗, "儊僞儗儞僘傾儞僥僫偲嫟柭僩儞僱儖僟僀僆乕僪偺梈崌偵傛傞0.3THz懷30dB巜岦惈棙摼偺愝寁," 怣妛媄曬, vol.122, no.352, MWPTHz2022-66, pp.47-52, Jan. 2023. (尋媶夛偲偼暿偱嶣塭)

嶳怷弜巌, 塝搰峃暯, 楅栘寬恗, "柍曃岝丒崅孅愜棪丒掅斀幩側儊僞僒乕僼僃僗偵傛傞僥儔僿儖僣岝塓惗惉慺巕偺愝寁," 怣妛媄曬, vol.122, no.352, MWPTHz2022-67, pp.53-58, Jan. 2023. (尋媶夛偲偼暿偱嶣塭)

Harumi Asada and Takehito Suzuki,
"Metasurface demonstrating both high refractive index
and low reflectance in the infrared region,"
The Third International Symposium on Frontiers in THz Technology,
Fr1-4, Fukui, Nov. 2022.

2022擭8寧8擔丂儊僞儅僥儕傾儖偵娭偡傞尋媶幒僙儈僫乕

2022擭4寧5擔丂D2挬揷偑搶嫗擾岺戝妛丂妛弍尋媶妶摦妛惗昞彶傪庴徿

2022擭3寧25擔丂懖嬈幃丒廋椆幃

2022擭3寧25擔丂B4朷寧偑搶嫗擾岺戝妛丂揹婥揹巕岺妛壢丂桪廏懖嬈榑暥徿傪庴徿

2022擭3寧25擔丂M2嵅摗偑搶嫗擾岺戝妛丂揹婥揹巕岺妛愱峌丂桪廏廋巑榑暥徿傪庴徿

2022擭3寧18擔丂B4嶳怷偑揹巕忣曬捠怣妛夛搶嫗巟晹妛惗夛尋媶敪昞夛丂妛惗彠椼徿傪庴徿

2021擭12寧27擔丂D1挬揷偑僥儔僿儖僣壢妛偺嵟愭抂VIII桪廏妛惗敪昞徿傪庴徿

2021擭7寧13擔丂壢尋旓挧愴揑尋媶(朑夎)偵嵦戰

2021擭7寧13擔丂6G傾儞僥僫偵娭偡傞曬摴娭學
擔姧岺嬈怴暦

2021擭7寧13擔丂榑暥嵦戰偲僾儗僗儕儕乕僗

2021擭6寧7擔丂怴嵽椏偵娭偡傞曬摴
擔姧岺嬈怴暦1丂擔姧岺嬈怴暦2丂Chem-station

2021擭5寧12擔丂僥儔僥僋捠怣偵尋媶幒徯夘偑宖嵹

2021擭5寧11擔丂榑暥嵦戰偲僾儗僗儕儕乕僗

2021擭4寧2擔丂壢尋旓婎斦(B)偵嵦戰

2021擭4寧2擔丂嬌尷孅愜棪嵽椏偺婎杮摿嫋(僛儘孅愜棪)偑暷崙偱惉棫

2021擭4寧2擔丂D1挬揷偑擔杮妛弍怳嫽夛摿暿尋媶堳偵嵦梡

2021擭3寧25擔丂M2墦摗偑搶嫗擾岺戝妛揹婥揹巕岺妛愱峌桪廏廋巑榑暥徿傪庴徿

Kota Endo, Jaeyoung Kim, Takehito Suzuki, "High Refractive Index Metasurface For Terahertz Flat Optics," MM6, IRMMW-THz 2020, Virtual Conference, Nov. 2020. (妛夛敪昞偲偼暿偱榐夋)

2020擭壞崌廻

嵅摗寶搒, 楅栘寬恗, "柍曃岝丒挻崅孅愜棪丒掅斀幩側儊僞僒乕僼僃僗偲儊僞儗儞僘傊偺墳梡" 2020擭戞81夞墳梡暔棟妛夛廐婫妛弍島墘夛, 11a-Z24-4, 僆儞儔僀儞奐嵜, Sep. 2020. (妛夛敪昞偲偼暿偱榐夋)

2020擭9寧14擔丂榑暥偺撪梕偑巕嫙偺壢妛2020擭10寧崋偱徯夘

2020擭9寧1擔丂儊僞儅僥儕傾儖偵娭偡傞尋媶幒僙儈僫乕
婇嬈偺曽偱偛嫽枴偺偁傞曽偼偛楢棈偔偩偝偄丅

2020擭7寧14擔丂榑暥嵦戰偲僾儗僗儕儕乕僗

2020擭7寧13擔丂嬌尷孅愜棪嵽椏偺婎杮摿嫋偑暷崙偱惉棫

2020擭7寧2擔丂弝嫵庼楅栘偑揹巕忣曬捠怣妛夛枛徏埨惏徿傪庴徿

2020擭4寧13擔丂嬌尷孅愜棪嵽椏(僛儘孅愜棪柍斀幩嵽椏)偺摿嫋偑惉棫

2020擭4寧13擔丂B4(尰M1)嵅摗偑搶嫗擾岺戝妛揹婥揹巕岺妛壢桪廏懖嬈榑暥徿傪庴徿

2020擭2寧28擔丂僥儔僿儖僣岝塓偺怴偟偄惗惉朄

2019擭11寧1擔丂嬌尷孅愜棪嵽椏偺婎杮摿嫋偑惉棫

拞旜弔塮(M1) "Terahertz 3D Components Made from Metamaterials," IRMMW-THz 2019, Paris, Sep. 2019.

2019擭壞崌廻

2019擭8寧6擔愱栧壠偺曽岦偗偺尋媶徯夘帒椏

2019擭8寧4擔堦斒偺曽岦偗偺尋媶徯夘帒椏

2019擭4寧24擔(悈)丂弝嫵庼楅栘偑慏堜妛弍徿傪庴徿

2019/4/12(嬥)丂尋媶TOPICS偑岞奐

2019/3/5(壩)丂B4拞旜偑搶嫗擾岺戝妛揹婥揹巕岺妛壢桪廏懖嬈榑暥徿傪庴徿

2018擭朰擭夛

2018/10/11(栘)丂CEATEC JAPAN 2018 嶲峫弌揥偺偍抦傜偣

2018擭壞崌廻

2018/9/18(壩)丂JST愴棯揑憂憿尋媶悇恑帠嬈偝偒偑偗偵嵦戰

楅栘寬恗 "Transparent Terahertz Metamaterial with an Extremely Wide Range of Refractive Indices for Antenna Applications"

奐嵜曬崘

2017擭10寧5擔丂墳梡暔棟偵尋媶撪梕偑宖嵹
楅栘寬恗, "嬌尷孅愜棪嵽椏偺扵嶕偲僥儔僿儖僣攇懷傊偺墳梡," 墳梡暔棟, vol.86, no.10, pp.897-902, Oct. 2017.

亂2017擭12寧16擔丂朰擭夛寭OB夛丒屼戅怑偍廽偄偺夛亃
奐嵜曬崘

搉堜榓墰(M1) "Metamaterial Demonstrate Both a High Refractive Index and Extremely Low Reflection in the 0.3-THz band"

2017/7/12(嬥)丂尋媶幒堏揮偺偛曬崘

2017/6/16(嬥)丂尋媶幒堏揮偺偍抦傜偣

2017/6/2(嬥)丂揹婥妛夛帍摿廤婰帠
乽儊僞儅僥儕傾儖偱僥儔僿儖僣攇懷偺岝妛慺巕傪嶌傞乿

2017/4/19(悈)丂暯惉29擭搙壢妛媄弍暘栰偺暥晹壢妛戝恇昞彶昞彶幃
乽僥儔僿儖僣岝嬌尷暔幙偺奐戱偲挻崅姶搙寁應墳梡偵娭偡傞尋媶乿

2017/4/12(悈)丂暯惉29擭搙壢妛媄弍暘栰偺暥晹壢妛戝恇昞彶庴徿寛掕

2017/3/16(栘)丂島巘楅栘偑栴嶈妛弍徿(彠椼徿)傪庴徿

2016擭12寧2擔丂彲嶳墄旻擔棫惢嶌強柤梍憡択栶偵偛棃尋偄偨偩偒丄尋媶幒撪崸択夛傪奐嵜偄偨偟傑偡丅
尋媶幒撪崸択夛
擔帪: 12寧21擔(悈)12:00-14:20
島巘: 擔棫惢嶌強柤梍憡択栶彲嶳墄旻條
応強: E6搹4奒夛媍幒
扴摉: M2愇尨岟婎

2016擭10寧14擔丂CEATEC JAPAN 2016偱偺僥儔僿儖僣儊僞儅僥儕傾儖揥帵傊偺懡悢偺偛棃応丄惤偵偁傝偑偲偆偛偞偄傑偟偨丅
摉尋媶幒偱峴偭偰偄傞怴嵽椏偺尋媶偵偮偄偰徻偟偔偼乽傛偔偁傞幙栤乿傪偛棗偔偩偝偄丅

嵅摗棾栫(M2) "Transparent Terahertz Metamaterial with a Refractive Index of Zero"

愇尨岟婎(M2) "Transparent Metamaterial with Extremely High Refractive Index for Terahertz Applications"

2016/8/25(栘)乣26(嬥)丂揥帵夛JST僼僃傾傊弌揥

2016/8/8(寧)丂僆乕僾儞僉儍儞僷僗曬崘傪宖嵹

2016/6/13(寧)丂怴娊崌廻奐嵜曬崘傪宖嵹

2016/6/6(寧)丂島巘楅栘偑怴壔妛媄弍尋媶彠椼徿傪庴徿

亂2016擭5寧18擔 ALPS'16偵偰島巘楅栘偑彽懸島墘亃

Takehito Suzuki, "Terahertz Component Platforms Inspired by Metamaterials," The 5th Advanced Lasers and Photon Sources Conference, ALPS9-2, Yokohama, Japan, May 2016.

亂妛埵庼梌幃亃
2016/3/23(悈)丂偛懖嬈偍傔偱偲偆偛偞偄傑偡丅