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#HighlightOfTheWeek Slow movement mode of alanine dipeptide, identified using a novel approach integrating discrete wavelet transform with dimensionality reduction techniques. #compchem

JCIM & JCTC Journals

10,372 subscribers

12,158 просмотров • 1 год назад •via X (Twitter)

#HighlightOfTheWeek #compchem

Anya Rossi• Live Now

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Фото профиля Frank Noe

Frank Noe1 год назад

Please not alanine dipeptide anymore…

Фото профиля JMIR Publications

JMIR Publications2 лет назад

#CallForPapers 📣 📝 JMIR Rehabilitation and Assistive Technologies invites submissions for our #themeissue, "Incorporating Participatory Methods in Developing, Implementing, and Evaluating #Rehab Interventions and #AssistiveTechnologies" ℹ️ @drsarahmunce

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The angular steps identified from the VGP rotation analysis were then paired with time using Nami's stratigraphic and radiocarbon constraints. These time–angle pairs were used directly to parameterise the viscoelastic response model with a piecewise, data-driven return function in which both the timing and magnitude of each relaxation step are informed by the palaeomagnetic geometry. In this model, the Earth remains in a fully displaced state (104°) until the termination of the Younger Dryas (~11.7 ka), at which point a rapid initial return reduces the disorientation by ~52°. The system then occupies a mid-Holocene plateau (~8.5–6.0 ka) characterised by a further reduction to ~26°, followed by a smaller late-Holocene adjustment to ~13° by ~3.7 ka, before completing the final convergence to the present configuration 0°. [1] >>

The angular steps identified from the VGP rotation analysis were then paired with time using Nami's stratigraphic and radiocarbon constraints. These time–angle pairs were used directly to parameterise the viscoelastic response model with a piecewise, data-driven return function in which both the timing and magnitude of each relaxation step are informed by the palaeomagnetic geometry. In this model, the Earth remains in a fully displaced state (104°) until the termination of the Younger Dryas (~11.7 ka), at which point a rapid initial return reduces the disorientation by ~52°. The system then occupies a mid-Holocene plateau (~8.5–6.0 ka) characterised by a further reduction to ~26°, followed by a smaller late-Holocene adjustment to ~13° by ~3.7 ka, before completing the final convergence to the present configuration 0°. [1] >>

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Inder: ꀘꉻꋪ 👨🏽‍🎤💽🎥🔮🪬

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