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+++++++++++++++++++++++++++++++++++++++++++ https://www.seizansha.co.jp/ISBN/ISBN978-4-88359-339-2.html https://www.seizansha.co.jp/ (0)はじめに
(1)金属と絶縁体の違い
(2)半導体の基本特性
(3)single接合型のダイオードの整流特性
(4)double 接合型バイポーラトランジスタの電流増幅特性
(5)triple 接合型サイリスター型の理想的な高速Switch動作特性
(6)MOS型のトランジスタの電流増幅特性
(7)CMOS型インバータ回路の省エネ特性
(8)超光感度のCMOS型イメージセンサーの特性
(9)P+PNPP+接合の double接合型の新型太陽電池の構造とその動作原理
https://www.sangyo-times.jp/article.aspx?ID=5331 Sangyo-Times.jp/article_ID=5331_(PDF) Sangyo-Times.jp/article_ID=5331_(html) 講義の録画ビデオ(６９分).MP4
Double_Junction_Pinned_Photodiode_type_Solar_Cell_by_Hagiwara_20220619.pdf
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新型太陽電池の開発推進活動をご支援していただける有志を募集案内です
2022_06_07_Gunma_Top.html
人工知能ロボットを支える、超光感度の賢い電子の目を太陽電池に応用する
Hagiwara_Tomie_E_Tegami.html
萩原トミエの絵手紙展や他の萩原良昭の活動のご紹介です。
Hagiwara_Yoshiaki_Activity_Appendix.html
https://www.seizansha.co.jp/ISBN/ISBN978-4-88359-339-2.html https://www.seizansha.co.jp/ P+PNPP+_Double_Junctio_Pinned_Photodiod_type_Solar_Cell_Two_in_Series.pdf
Please_Support_Our_Activity.html
新型太陽電池の開発推進活動をご支援していただける有志を募集案内です
萩原のこの活動をご支援いただける仲間_匿名(OK)_を募集中です..
Science_Publishing_Group_E_Jounal_Paper_by_Hagiwara_June_02_2021
http://www.ijossam.org/article/245/10.11648.j.ijssam.20210602.13/gz1H3
https://ja.wikipedia.org/wiki/萩原良昭
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P+PN-PP+接合型太陽電池の提案_萩原良昭_2022_05_03.pdf
Publication_List_by_Yoshiaki_Hagiwara.html
鉄腕アトムを創りたい」という男が画像の新世界を切り開く _電子デバイス産業新聞の記事から_2020_11_13.pdf
Electric_Shutter_on_Pinned_Photodiode_was_invented_Hagiwara_at_Sony_in_1975.pdf
History_of_Semiconductor_Devices_with_Pinned_Photodiode_invented_by_Hagiwara_in_1975.pdf
Sony_Pinned_Photodiode_does_not_use_LOCOS_isolation.pdf
JPA1975_127646_裏面照射型_Global_Shutter機能つき_Pinned_Photodiode.pdf
https://www.sony.com/ja/SonyInfo/News/Press/201903/19-023/
http://www.ijossam.org/article/245/10.11648.j.ijssam.20210602.13/gz1H3
半導体歴史館の記事「イメージセンサ用フォトダイオードの改良」には事実誤認があります_萩原_2022_05_13.pdf
発明協会の「戦後のイノーベーション１００選」の「イメージセンサMOS・CCD」の記載には事実誤認があります_萩原_2022_05_13.pdf
2022_06_07_Gunma_Top.html
人工知能ロボットを支える、超光感度の賢い電子の目を太陽電池に応用する
群馬大学アナログ集積回路研究会での特別講義(6/7)のご案内です。
講義の録画ビデオ(９０分).mp4
講義slide.pdf
講義のSlide_Show（ゆっくりマイペースで学習するのに最適です).html
はじめに
超光感度イメージセンサーの発明と開発努力
賢い電子の目を持つ AI ROBOT の未来像
太陽電池の開発とその未来像
おわりに
SONY OB 川名喜之さんの貴重なお言葉
SONY OB 塚本哲郎さんと江崎玲於奈さんの業績について
Philips社の世界初のDouble 接合型受光素子の発明特許について
P+Pの受光表面の濃度勾配によるバリア電界の数値計算
太陽電池の動作原理のための半導体基礎知識
(1)Philips_JPA1976-65705 Priority June 9,1975
(2)Sony_JPA1975-127646 Priority Oct 23,1975
(3)Sony_JPA1975-127647 Priority Oct 23,1975
(4)Sony_JPA1975-134985 Priority Nov 10,1975
(5)Sony_JPA1977-126885 Priority Oct 23,1977
(6)NEC_JPA1980-138026
(7)Hagiwara(AIPS)_JPA2020-131313
(１)P1974_ISSCC1974_PhD_Thesis_Paper.pdf
(２)P1977_SSDM1977_Paper.pdf
(３)P1978_SSDM1978_Paper.pdf
(４)P1996_IEEE_Journal_Review_Paper
(５)P2001_ESSCIRC2001_Paper.pdf
(６)P2008_ESSCIR2008_Paper.pdf
(７)P2019_3DIC2019_Paper.pdf
(８)P2020_EDTM2020_Paper.pdf
(９)P2021_06_16_IJSSA2021_Paper.pdf
(10)P2021_12_09_ICECET2021_Paper061.pdf
(11)P2021_12_09_ICECET2021_Paper_075.pdf
P+PN-PP+接合型太陽電池の提案_萩原良昭_01.pdf
P+PN-PP+接合型太陽電池の提案_萩原良昭_02.pdf
P+PN-PP+接合型太陽電池の提案_萩原良昭_03.pdf
P+PN-PP+接合型太陽電池の提案_萩原良昭_04.pdf
P+PN-PP+接合型太陽電池の提案_萩原良昭.pdf
萩原のこの活動をご支援いただける仲間_匿名(OK)_を募集中です..
Science_Publishing_Group_E_Jounal_Paper_by_Hagiwara_June_02_2021
http://www.ijossam.org/article/245/10.11648.j.ijssam.20210602.13/gz1H3
Hagiwara_Yoshiaki_Activity_Appendix.html
https://www.ssis.or.jp/committee/kyouiku/index.html#point02 https://www.ssis.or.jp/pdf/kouza/into202111_curriculum.pdf https://www.ssis.or.jp/pdf/kouza/stepup202112_curriculum.pdf https://www.ssis.or.jp/activities/kouza/2022/20220531.html https://www.ssis.or.jp/pdf/kouza/into202205_curriculum.pdf https://www.ssis.or.jp/activities/kouza/2022/20220628.html https://www.ssis.or.jp/pdf/kouza/stepup202206_curriculum.pdf Pinned_Buired_Photodiode_invented_in_1975_and_developed_in_1978_by_Hagiwara_at_Sony.pdf
Who_invented_Pinned_Buried_Photodiode_with_Dyanamic_Charge_Storage_Memory_Capacitor_2022_04_14.pdf
What_is_Pinned_Buried_Photodiode_Who_invented_it_Who_developed_it.pdf
History_of_Semiconductor_Devices_and_Invention_of_Pinned_Photodiode_in_1975_by_Hagiwara.pdf
JP1975-127646.pdf
JP1975-127647.pdf
JP1975-134985.pdf
JP1977-126885.pdf
JP1976_65705
Sony_1987_Image_Sensor_with_Electrical_Shutter_Function_invented_in_1975_by_Hagiwara.pdf Evidence_that_Hagiwara_at_Sony_is_the_inventor_of_Pinned_Photodiode.html
JPA_2020_131313_Japan_Patent_6818208_on_Pinned_Photodiode_type_Solar_Cell_by_Hagiwara.pdf Hagiwara_invented_triple_junction_type_Pinned_Photodiode_with_Anti_Blooming_Strcuture_in_1975.pdf Hagiwara_invented_triple_junction_type_Pinned_Photodiode_with_Anti_Blooming_Strcuture_in_1975_60_min_45_Sec.mp4 https://kobaweb.ei.st.gunma-u.ac.jp/news/pdf/2017/Dr_hagiwara.pdf https://en.wikipedia.org/wiki/Yoshiaki_Hagiwara http://www.aiplab.com index_Japanes.html index_Japanese_001.html index_Japanese_002.html index_Japanese_003.html index_Japanese_004.html index_Japanese_005.html index_Japanese_006.html index_Japanese_007.html index_Japanese_008.html Back_up_List of aiplab.com Past Home Pages Oh_Sony_My_Life_by_Yoshiaki_Daimon_Hagiwara.html index_Japanese_001.html http://www.aiplab.com/Evidence_that_Hagiwara_at_Sony_is_the_inventor_of_Pinned_Photodiode.html http://www.aiplab.com/Candy_in_the_Heart.html https://www.sangyo-times.jp/article.aspx?ID=5331 Future_of_Image_Sensors_and_Solar_Cells.pdf index_Japanese_002.html Evidence_that_Hagiwara_at_Sony_is_the_inventor_of_Pinned_Photodiode.html Who_invented_Pinned_Photodiode_by_Hagiwara.pdf Candy_in_the_Heart.html Review_on_Invention_of_Pinned_Photodiode.html World_of_Digital_Circuits_for_AIPS.html Review_on_the_Feynman_Lectures_of_Physics.html Who_Invented_Pinned_Photodiode_in_Japanese.pdf Back_up_List_of_Past_Homepages_of_http://aiplab.com/ Hagiwara_Publication_List_Index.html Publication_List_by_Yoshiaki_Hagiwara.html 半導体産業人協会 で萩原が教育委員長として奉仕中の教育委員会の活動報告です。https://www.ssis.or.jp/activities/kouza/index.html Publication_List_by_Yoshiaki_Hagiwara.html https://www.sangyo-times.jp/article.aspx?ID=5331 http://www.aiplab.com/Hagiwara_invented_PPD_and_Sony_HAD_in_1975.pdf https://www.sony.com/ja/SonyInfo/News/notice/20200626/ AIPS_Library/AIPS_210123/002_Image_Sensor_Story_by_Hagiwara.pdf index_Japanese_003.html index_Japanese_004.html https://www.ssis.or.jp ) の教育委員会の活動報告です。https://www.ssis.or.jp/activities/kouza/index.html ISSCC2006_Conference_Report_by_Hagiwara_June_2006.pdf Publication_List_by_Yoshiaki_Hagiwara.html https://www.sangyo-times.jp/article.aspx?ID=5331 http://www.aiplab.com/Hagiwara_invented_PPD_and_Sony_HAD_in_1975.pdf https://www.sony.com/ja/SonyInfo/News/notice/20200626/ AIPS_Library/AIPS_210123/002_Image_Sensor_Story_by_Hagiwara.pdf The_Truth_Shall_Make_You_Free.html index_Japanese_005.html AIPS_Library/Hagiwara_Yoshimi.html index_Japanese_006.html Publication_List_by_Yoshiaki_Hagiwara.html https://www.sangyo-times.jp/article.aspx?ID=5331 http://www.aiplab.com/Hagiwara_invented_PPD_and_Sony_HAD_in_1975.pdf https://www.sony.com/ja/SonyInfo/News/notice/20200626/ AIPS_Library/AIPS_210123/002_Image_Sensor_Story_by_Hagiwara.pdf The_Truth_Shall_Make_You_Free.html index_Japanese_007.html Prof_Yoshiaki_Hagiwara_at_Sojo_University_on_Fuji_TV_March_24_2013.pdf https://kakaku.com/tv/channel=8/programID=35568/episodeID=631530/ ++++++++++++++++++++++++++++++++++++++++++++++
Caltech_1975_PhD_Thesis_Yoshiaki_Daimon_Hagihara.pdf Hagiwara_invented_Pinned_Photodiode.pdf ++++++++++++++++++++++++++++++++++++++++++++++
Hagiwara_is_the_inventor_of_Robot_Vision_Pinned_Buried_Photodiode_with_Electrical_Shutter_Function.pdf http://www.icecet.com/home http://www.icecet.com/ICECET_Program.pdf ICECET2021_Session_E-III_chaired_by_Yoshiaki_Hagiwara.pdf ICECET2021_Program_Session_E-III.pdf ICECET2021_Paper61_html ICECET2021_Paper75_html http://www.icecet.com/home http://www.icecet.com/ICECET_Program.pdf ICECET2021_Session_E-III_chaired_by_Yoshiaki_Hagiwara.pdf 001A_ICECET2021_Paper061_Pinned Buried PIN Photodiode type Solar Cell.pdf 001B_ICECET2021_acceptance_letter_ID_061.pdf 001C_ICECET 2021_PARTICIPATION_CERTIFICATE_061.pdf 001D_ICECET2021_Paper061_supplement_Process_Flow_of_Pinned_Buried_PIN_Photodiode_type_Solar_Cell_2021_08_14.pdf 002A_ICECET2021_Paper075_Invention and Historical Development Efforts of Pinned Buried Photodiode.pdf 002B_ICECET2021_acceptance_letter_ID_075.pdf 002C_ICECET 2021 PARTICIPATION CERTIFICATE_075.pdf 002D_ICECET2021_Paper075_supplement_The_Evidence_that_Hagiwar_at_Sony_invente_Pinne_Burie_Photodiode_in_1975.pdf 003_ICECET2021_CHAIR_CERTIFICATE_Session_E3.pdf 004_ICECET2001_Session_E-III_Chaired_by_Yoshiaki_Hagiwara.pdf https://www.sangyo-times.jp/article.aspx?ID=5331 Sangyo-Times.jp/article_ID=5331_(PDF) Sangyo-Times.jp/article_ID=5331_(html) Pinned_Buried_Photodiode_with_Electrical_Shutter_Function.pdf Publication_List_by_Yoshiaki_Hagiwara.html http://www.aiplab.com/ Hagiwara_1975_Pinned_Photodiode_Patents_protected_Sony_Image_Sensor_Business.pdf Enjoy_Korean_Language_for_Fun/index.html Introduction to the world of Artificial Intelligent Partner System (AIPS) +++++++++++++++++++++++++++++++++++++++++++ Introduction to the world of Super Light Sensitive Image Sensor and Solar Cell The_Respectful_Words_of_Kawana_Yoshiyuki_on_Pinned_Photodiode.pdf Invention_an_Historical_Developmen_Efforts_of_Pinne_Burie_Photodiode.pdf
+++++++++++++++++++++++++++++++++++++++++++ https://www.seizansha.co.jp/ISBN/ISBN978-4-88359-339-2.html https://www.seizansha.co.jp/ index_Japanese_008.html https://www.sangyo-times.jp/article.aspx?ID=5331 http://www.aiplab.com/Hagiwara_invented_PPD_and_Sony_HAD_in_1975.pdf https://www.sony.com/ja/SonyInfo/News/notice/20200626/ AIPS_Library/AIPS_210123/002_Image_Sensor_Story_by_Hagiwara.pdf The_Truth_Shall_Make_You_Free.html Prof_Yoshiaki_Hagiwara_at_Sojo_University_on_Fuji_TV_March_24_2013.pdf https://kakaku.com/tv/channel=8/programID=35568/episodeID=631530/ ++++++++++++++++++++++++++++++++++++++++++++++
Caltech_1975_PhD_Thesis_Yoshiaki_Daimon_Hagihara.pdf Hagiwara_invented_Pinned_Photodiode.pdf https://www.sangyo-times.jp/article.aspx?ID=5331 Sangyo-Times.jp/article_ID=5331_(PDF) Sangyo-Times.jp/article_ID=5331_(html) Pinned_Buried_Photodiode_with_Electrical_Shutter_Function.pdf Publication_List_by_Yoshiaki_Hagiwara.html http://www.aiplab.com/ https://www.seizansha.co.jp/ISBN/ISBN978-4-88359-339-2.html https://www.seizansha.co.jp/ Please_Support_Our_Activity.html
新型太陽電池の開発推進活動をご支援していただける有志を募集案内です
2022_06_07_Gunma_Top.html
人工知能ロボットを支える、超光感度の賢い電子の目を太陽電池に応用する
Hagiwara_Tomie_E_Tegami.html
萩原トミエの絵手紙展や他の萩原良昭の活動のご紹介です。
Hagiwara_Yoshiaki_Activity_Appendix.html
http://www.aiplab.com 
