NMR Multiplet Interpretation (2nd Edition)➡️Amazon 📷 https://t.co/w7i1Zvvdp9 📷 #NeverStopLearningChemistry

Multiplet of the week @NMRspectroscopy

🧲 ᗑ Multiplet of the Week. The CH₂ group is diastereotopic, so there are three different couplings to this particular proton: two from the CH₂-O group and one from the methyl group. #nmr #nmrchat #chemistry #organicchemistry #spectroscopy #spin #coupling #mri

Multiplet of the week 🧲 ᗑ . This particular proton has two strong couplings: one to two fluorine atoms (³J = 14.1 Hz) and another to six hydrogen atoms of CH₃ groups (³J = 7.0 Hz), resulting in a great TRIPLET of HEPTETS multiplet. #nmr #nmrchat #spin #coupling #fluorine

Thread of #Arya2ReRelease 7:10PM SHOW #Nellore MGB MALL 📍 Multiplet ❌ B, C Centre ✅

New research reports previously unknown spin-forbidden multiplet excitations in the van der Waals #ferromagnet CrI3, highlighting the crucial role of metal-to-ligand covalency in the excitations’ brightening and magnetic field tunability. 🔗 https://t.co/t38Kap5yLO

🍋 ¹H NMR of Lemon Juice Freshly squeezed science! This proton NMR spectrum of lemon juice reveals a rich mixture of natural metabolites. The intense multiplets around 2.6–2.8 ppm are from citric acid, the dominant organic acid in lemon. #NMR #nmrchat #chemistry 👇🧵

One of my favorite topics: “NMR Multiplet Interpretation: an InfoGraphic Wall-Through” 📚book 📷 https://t.co/YEgWMg2Zlp and https://t.co/fRZP7yugx9 + a few other NMR visual charts https://t.co/Mm34izrdAH ➡️ more to come soon!!!☺️🤫

It is finally published! ➡️Amazon 🥰📷 https://t.co/j7s0jqs2fR 📷 #NeverStopLearningChemistry

Little teaser 😊: will be available on Amazon in 2025 ➡️ https://t.co/w7i1Zvvdp9 🥰#NeverStopLearningChemistry

Multiplet of the Week 🧲 ᗑ This fluorine has four couplings to the protons of neighboring CH₂ groups (two strong trans and two weaker cis couplings, each resulting in a doublet) and one coupling to a CH₃ group (a quartet). #nmr #nmrchat #chemistry #organicchemistry

Benchtop NMR at 125 MHz reveals structural features of ambroxide, the synthetic ambergris analog, a compound prized in perfumery. The crowded aliphatic region (1.1 - 2.0 ppm) reflects several overlapping multiplets from methylene and methine protons, the four methyl groups appear

My favorite 👌 Multiplet Summary ⚛️ and ➡️ “NMR Multiplet Interpretation: an InfoGraphic Wall-Through (2nd Ed.)” 📷📚 https://t.co/w7i1Zvvdp9

Multiplet of the week 🧲 ᗑ. This particular proton has four couplings to the ¹H nuclei of two diastereotopic CH₂ groups (³J = 4.95, 5.66, 6.00, and 7.28 Hz) and a ³J coupling of 6.63 Hz to the methyl protons. #nmr #nmrchat #spin #coupling #organicchemistry #spectroscopy

🧬 Multiplets in #scRNA-seq waste data and sequencing dollars. Learn how to optimize your experiment to minimize their impact in our latest blog: https://t.co/DaH7FsTUGb #SingleCell #Multiplets

The Eightfold Way is a unifying framework in particle physics that organizes hadrons into multiplets based on their symmetry. It reveals the underlying structure of particles, helping us understand the strong force and its interactions.

RNAinformer: Generative RNA Design with Tertiary Interactions • RNAinformer is a novel generative transformer model addressing inverse RNA folding, incorporating tertiary interactions such as non-canonical base pairs, pseudoknots, and base multiplets. • It outperforms

Wigner multiplets in QFT: from Wigner degeneracy to Elko fields https://t.co/2B5vJCzC8g Cheng-Yang Lee, Ruifeng Leng, Siyi Zhou. https://t.co/MmdUKbRgJ6

Multiplet of the Week 🧲 ᗑ This fluorine has four couplings to the protons of neighboring CH₂ groups (two strong trans and two weaker cis couplings, each resulting in a doublet) and one coupling to a CH₃ group (a quartet). To measure these couplings, ¹H, 1D TOCSY is used.