Jonathan P. Hill

Functional Chromophores Group @ MANA/NIMS. Mostly #chemistry sometimes more... #porphyrin #tetrapyrrole #oxoporphyrinogen #fuchsonarene #pyrazinacene #acene

[Chemical Communications @ChemCommun]

Check out 'Synthesis and electronic properties of nitrogen-rich nanographene'

New from Theodor Agapie and co. at @CaltechCCE

https://t.co/49DIXmqjMo

[Boron-Chem-Research @Boron_Chemistry]

Control over electronic structures of organic diradicaloids via precise B/O-heterocycle fusion (@ChinChemLett): https://t.co/eNfNKBb0qg.

[Yosuke Tani @ytani_chem]

Excited to see our latest work on "Fast Organic Room-Temperature Phosphorescence" finally out @ChemicalScience !! We decipher the record-breaking RTP efficiency in solution and the mechanism behind it.
Great collaboration w/ @KiyoshiMIYATA_E ! https://t.co/Jd0P1JpOAi

[Maciek Majdecki @MajdeckiMaciek]

Fluorescent Chaos at the Interface 🌗

[ACS Analytical Chemistry Journals @an_chem]

Fluorescence Imaging Using Deep-Red Indocyanine Blue, a Complementary Partner for Near-Infrared Indocyanine Green

By Rananjaya Gamage & Bradley Smith @NotreDame

🔓 Open access in Chemical & Biomedical Imaging 👉 https://t.co/ayQWlmu8Vx

[Nan Ma @mananself]

I built a model using 30 pencils, with the icosahedral rotational symmetry.

The structure should be identical to the origami model of six interlocking pentagonal prisms here, by Daniel Kwan:
https://t.co/nY3zHkWyjL

[alisonmartin @alisonmartin57]

shell shape study

[International Center for Young Scientists @nims_icys]

ICYS Alumni, Drs. Terumasa TADANO, Kotaro DOI, Shoichi MATSUDA received the “Young Scientists Award”, 2024 Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology (MEXT).
https://t.co/lV9OFyeOIL

[ナノアーキテクトニクス材料研究センター（MANA） @wpi_mana]

【重要: CASE24@NIMS】
2024年4月11日（木）に開催される「Catalysis and Sensing 2024（CASE24）」への申込締切が本日です。
まだ、参加申込をされていない方は、以下のリンクからお申し込みください⬇️
https://t.co/4HSgVZotmN

#MANA #NIMS #申込 #登録 #CASE24

[Yasunori Matsui (松井康哲) @yum_chem]

Controlling Interchromophore Coupling in Diamantane-Linked Pentacene Dimers To Create a “Binary” Pair | Journal of the American Chemical Society https://t.co/AxzKK2o8lq
SF workshopで聞いたnice posterだった

[Jonathan P. Hill @FunctionChromoG]

CASE24@NIMS one day symposium on catalysis and sensing at NIMS Namiki Site. Free registration. Visit: https://t.co/oVkpGCy0X6

[RSC Advances @RSCAdvances]

Check out this recently published article on the kinetics of Ir(III)-complex catalyzed reaction of fluorescent ubiquinone-rhodol (Q-Rh) dye with NADPH leading to Q-Rh reduction and NADPH activation. @JLabuta_Chem read it here: https://t.co/JK5TnWKWOZ

[Chem @Chem_CP]

Online now: Multivalency unlocked: The unique redox traits of the ‟tripak” system https://t.co/AHZwCrcual

[Jeffrey E. Dick @Jeffrey_E_Dick]

We have lost a scientific giant, Prof. Allen J. Bard. Thank you, Al, for everything you taught us. You will be greatly missed. Rest in peace.

[alisonmartin @alisonmartin57]

Double-threaded #nets #knots Polyhedra maps / models.
Self-assembly #octahedron circuit

[AnirbanBandyopadhyay @anirbanbandyo]

We rejected Shannon information theory and proposed Fractal Information Theory, in 2016. We suggested that nature has no classical point, so we reject bits and qubits. Information structure is made of singularity points, like the one you see here. These holes bursts energy (1/2)

[Jonathan P. Hill @FunctionChromoG]

Congratulations to Volkan Kilinc on the publication of his excellent article in Advanced Sensor Research! https://t.co/9wKghFhGIP

[AnirbanBandyopadhyay @anirbanbandyo]

These holes bursts energy because the holes contain another information structure inside. We see the bursts and build an illusion of classical mechanics, and classical world. In reality, Quantum is real and classical is impossible. I cant believe in classical.

[alisonmartin @alisonmartin57]

#bamboo fabric formwork

[AnirbanBandyopadhyay @anirbanbandyo]

Our organic gel computer builds processor circuit on demand in the chemical beaker, the circuit is a single supramolecular architecture or an adiabatic computing and we named it invariant computing because it tells the approximate theoretical model in output (3/3)