@borylation profile picture
Hiroshi Shinokubo @borylation

Professor of chemistry at Nagoya University. Organic chemistry, pi-conjugated systems, porphyrin, aromaticity, foods, cooking, wine & beer, classic music

Joined August 2010
  • Tweets 17,496
  • Following 331
  • Followers 4,245
1,156 Photos and videos
Pinned Tweet
Hiroshi Shinokubo@borylation
11 Jan 2018
Shinokubo@NUの質問箱です | Peing peing.net/borylation #peing #質問箱

1
3
10
2
490
Hiroshi Shinokubo retweeted
Miyake_lab@lab_miyake_chem
Jun 12
名大時代の村瀬君、永田君の研究がCEJにpublishされました。サーキュレン酸化体の刺激に応答しクロミズムをともなう結晶-結晶間の構造変化に関する論文です。サーキュレンの柔軟な骨格に由来した三つの結晶間での構造変化を見いだすことが出来ました。 chemistry-europe.onlinelibra…

Molecular Crystals With Reversible Chromic Three‐State Crystal‐to‐Crystal Transformation via the...

We report that tetrathia[8]circulene octaoxide shows reversible three-state crystal-to-crystal transformations with distinct color changes induced by external stimuli. These changes arise from the...

chemistry-europe.onlinelibrary.wiley.com
2
26
2,646
6
443
Hiroshi Shinokubo retweeted
FUKUI Norihito@FukuiNorihito
Jun 11
Our new paper is out in Org. Lett.! 🎉 We synthesized a rigid and configurationally stable figure-eight macrocycle via the inner-bond-cleavage approach. “Inner-Bond Cleavage of Sterically Congested Dibenzo[g,p]chrysene to a Rigid Figure-Eight Macrocycle” doi.org/10.1021/acs.orglett.…
2
33
133
6,246
Hiroshi Shinokubo retweeted
Daiki Shimizu@DShimizu_chem
Jun 9
Our latest paper has appeared on @J_A_C_S #ASAP ! We report a unique Kekulé-type molecule that unexpectedly features a triplet ground state. This leads to the manifestation of ground-state Baird aromaticity in a 16π system. doi.org/10.1021/jacs.6c05109

Manifestation of Ground-State Baird Aromaticity in a Neutral Hexaazaphenanthrene Derivative with a...

Controlling molecular spin states is essential for organic electronics, yet achieving high-spin (triplet or higher) ground states in Kekulé-type π-conjugated systems remains a challenge. Achieving...

pubs.acs.org
1
29
113
13,527
384
2
371
Hiroshi Shinokubo retweeted
日本化学会(BCSJ/ChemLett)
@CSJjournals_jp
Jun 5
[カバー紹介][Selected Paper] figure-eight, helical assembly, metal-organic framework 松田亮太郎先生・井改知幸先生・福井識人先生 @NagoyaUniv_info (名古屋大学) #OnTheCover #OpenAccess academic.oup.com/bcsj/articl…
2
19
1,849
Hiroshi Shinokubo retweeted
Chem-Station
@chemstation
Jun 4
「π-πスタッキング」という言葉が生む誤解【芳香環の相互作用を見直す: 前編】 | Chem-Station (ケムステ) buff.ly/7ViC9Gq
2
253
1,385
196,175
2
675
5月25日から27日の3日間、第二回領域会議とリトリート合宿を北海道にて行いました！ 35件もの研究発表・75件のポスターを堪能した超充実の会議で、領域の輪が深まりました。 リトリート合宿では存分に議論を行うことができました。 石垣さんをはじめとする鈴木研のみなさま、ありがとうございました！
2
6
50
10,264
7
756
4
736
Hiroshi Shinokubo retweeted
Michael Haley - UOregon Chemistry@UOHaleyLab
May 24
THIS 👇 – DO IT if you can!!! I have attended every ISNA meeting since 1992 in Victoria, BC. Absolutely the BEST conference for all things related to aromaticity/conjugated molecules! A great community of scientists and I always learn fascinating new stuff every meeting.
TeamISNA@TeamISNA
May 24
ISNA-21 is this coming August 9-14th — we hope you will join us in Beijing! Some important deadlines are coming up at the end of June: 1. Abstract submission 2. Early bird registration Check out the website (isna2026.scimeeting.cn/en/we…) and follow the links for all the details.
1
4
17
2,730
Hiroshi Shinokubo retweeted
IKCOC-16@15Ikcoc
Apr 11
We are back! IKCOC-16 will be held on Nov. 16-19, 2026 in Kyoto. Save the dates! ikcoc16.org/ We are looking forward to welcoming you in Kyoto. #IKCOC16
17
44
11,372
6
733
3
548
4
522
Hiroshi Shinokubo retweeted
深澤 愛子@afukazawa_chem
May 14
以前ChrmRxivにポストしていた論文がJACS誌にオンライン掲載されました。卒業生の今西くんがペンタレン合成の過程で予期せず得た錯体をきっかけに再解釈し、鍬田さんが謎を解いてくれました。構造有機化学者の目で遷移金属錯体を視ると…という研究です。ぜひご覧ください！ pubs.acs.org/doi/10.1021/jac…

A Persistent Ni(0)–Pentalene Complex with High Fluxionality: Does Stronger Antiaromaticity Promote...

Despite the long-standing use of transition metal complexation for stabilizing antiaromatic hydrocarbons, the underlying factors that govern their coordination behavior remain unclear. A Ni(0)...

pubs.acs.org
2
21
180
18,162
3
816
Load more