尋媶幒僽儘僌

2024擭 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2023擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2022擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2021擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2020擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2019擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2018擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2017擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2016擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2015擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2014擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2013擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2012擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2011擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧 3寧 2寧 1寧

2010擭 12寧 11寧 10寧 9寧 8寧 7寧 6寧 5寧 4寧

2016擭9寧30擔丂戝嶃弌挘丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂巌忛

奆偝傫偙傫偵偪偼!巌忛偱偡丅

9寧21擔(悈)偵戝嶃晎棫崙嵺夛媍応(僌儔儞僉儏乕僽戝嶃)偱峴傢傟傑偟偨
怴妛弍椞堟尋媶乽岝埑僫僲暔幙憖嶌乿僉僢僋僆僼僔儞億僕僂儉
偵曌嫮偟偵峴偭偰偒傑偟偨丅

9寧20(壩)

旕忢偵嫮偄戜晽16崋偺塭嬁偵傛傝丄
梻擔偺揹幵偑塣媥偵側傞壜擻惈偑崅偔側偭偨偨傔丄
媫绡慜擔偵堏摦偟傑偟偨丅

柤屆壆~暷尨娫偺戝塉偺塭嬁偵傛傝丄
懡彮怴姴慄偑抶傟傑偟偨偑丄柍帠偵戝嶃墂偵摓拝偟傑偟偨丅

偙偺擔偼戝嶃墂偵偁傞攷懡堦岾幧偱梉怘傪偄偨偩偒傑偟偨丅

巹偑偄偨偩偄偨攷懡偺怱堄婥僙僢僩

擹岤偱偡偑屻枴偺偝偭傁傝偲偟偨偲傫偙偮僗乕僾偑嬌嵶査偵棈傒崌偄丄
攷懡儔乕儊儞撈摿偺偍偄偟偝偑枴傢偊傑偟偨丅
偲偰傕偍偄偟偐偭偨偱偡!

偙偺屻儂僥儖偵岦偐偄丄梻擔偺僉僢僋僆僼僔儞億僕僂儉偵岦偗偰
弨旛傪峴偭偰偐傜丄備偭偔傝偲媥傒傑偟偨丅

21擔(悈)

憗傔偵夛応偵岦偐偄丄夛応撪偵偁傞OIC CAFE偱帪娫偑嫋偡尷傝
岝埑偵偮偄偰挷傋丄僉僢僋僆僼僔儞億僕僂儉偵椪傒傑偟偨丅

夛応慜偱婰擮嶣塭

OIC CAFE偱偄偨偩偄偨僕儍乕儅儞僪僢僌

巆擮側偑傜夛応撪偼嶣塭嬛巭偱偁偭偨偨傔丄幨恀偼偁傝傑偣傫偑
旕忢偵懡偔偺曽偑偄傜偟偰偍傝丄妶婥偁傞暤埻婥偱偟偨丅

帺暘偺尋媶暘栰偲偼堎側傞椞堟偺愢柧偵弶傔偼屗榝偄傪姶偠傑偟偨偑丄
悽奅揑側尋媶幰偺僾儗僛儞傪暦偒丄夵傔偰尋媶偺執戝偝傪幚姶偟傑偟偨丅

傑偨丄僾儗僛儞傪峴偭偨偡傋偰偺尋媶幰偺曽乆偑
尋媶暘栰傪偟偭偐傝偲揱偊傞巔傪尒偰丄
帺暘傕偦偺傛偆偵偟偭偐傝偲憡庤偵乽揱傢傞乿揱偊曽偑偱偒傞傛偆偵丄
偙傟偐傜傕傛傝堦憌婃挘偭偰偄偙偆偲巚偄傑偟偨丅

僉僢僋僆僼僔儞億僕僂儉偺屻偼丄
岎棳夛偵嶲壛偟偰偒傑偟偨丅

晛抜榖偡偙偲偺偱偒側偄悽奅儗儀儖偺尋媶幰偲岎棳偟丄
懡庬懡條側榖偑暦偗偰丄偲偰傕椙偄巋寖傪庴偗傑偟偨丅

偙偙偱摼偨宱尡傪尦偵丄尋媶幰偲偟偰偝傜偵惉挿偟偰偄偗傞傛偆偵
偙傟偐傜傕婃挘傝偨偄偲巚偄傑偡!

岎棳夛偱偍榖傪偝偣偰偄偨偩偄偨奆條丄偁傝偑偲偆偛偞偄傑偟偨!

2016擭9寧29擔丂IRMMW-THz 2016丂丂丂丂丂丂丂丂尋媶幒帠柋

Tatsuya Sato and Takehito Suzuki, "Transparent Terahertz Metamaterial with a Refractive Index of Zero," IRMMW-THz 2016, Copenhagen, W4D.1, Sep. 25-30, 2016.

2016擭9寧26擔丂榑暥嵦戰丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂尋媶幒帠柋

揹巕忣曬捠怣妛夛榑暥帍B偵儊僞儅僥儕傾儖偵傛傞僥儔僿儖僣攇懷崅擻棪暯柺傾儞僥僫偵娭偡傞榑暥偑嵦戰偝傟傑偟偨丅

戝撪 棽巏, 愇尨 岟婎, 嵅摗 棾栫, 晉妦 棽媣, 楅栘 寬恗, "崅孅愜棪掅斀幩儊僞儅僥儕傾儖傪妶梡偟偨敄僼傿儖儉暘晍孅愜棪僐儕儊乕僩儗儞僘偺愝寁," 揹巕忣曬捠怣妛夛榑暥帍B, vol.J100-B, no.3, Mar. 2017.

2016擭9寧26擔丂崙嵺夛媍IRMMW-THz 2016丂丂丂丂丂丂尋媶幒帠柋

9/28(悈)(擔杮帪娫 23:00-23:15)偵僐儁儞僴乕僎儞偱奐嵜偝傟傞僥儔僿儖僣暘栰偺崙嵺夛媍IRMMW-THz 2016偱M2嵅摗偑敪昞(僆乕儔儖敪昞)傪峴偄傑偡丅

Tatsuya Sato and Takehito Suzuki, "Transparent Terahertz Metamaterial with a Refractive Index of Zero," IRMMW-THz 2016, Copenhagen, Sep. 25-30, 2016.

奣梫
It is commonly believed that most of naturally occurring transparent materials have small positive refractive indices around 1 in the terahertz waveband. However, metamaterials have made a paradigm shift and achieve the design of man-made materials with both on-demand electromagnetic properties and unprecedented refractive indices. Here, inspired by the metamaterial concept, we report a transparent metamaterial with a refractive index of zero. Measurements demonstrate an effective refractive index of 0.037 + j0.072, near perfect transmission power of 94.5%, and an extremely low reflection of 0.8% at 0.50 THz. Electromagnetic properties at a refractive index of zero such as an infinite phase velocity and wavelength put many attractive applications exceeding the limitations of conventional materials within reach.

2016擭9寧20擔丂彽懸島墘傪僶儖僙儘僫偐傜Live拞宲丂丂丂丂丂丂丂丂尋媶幒帠柋

M2愇尨偑9/21(悈)(擔杮帪娫 18:55-19:20)偵僥儔僿儖僣傾僾儕働乕僔儑儞偺偨傔偺挻崅孅愜棪柍斀幩儊僞儅僥儕傾儖偵娭偡傞彽懸島墘(僗儁僀儞 僶儖僙儘僫偐傜Live拞宲)偵搊抎偟傑偡丅

Koki Ishihara and Takehito Suzuki, "Transparent Metamaterial with Extremely High Refractive Index for Terahertz Applications," EMN Meeting on Photonics, Barcelona, Spain, Sep. 19-23, 2016.

2016擭9寧16擔丂墶昹弌挘丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂丂搉堜