Hi everyone, I am looking for speakers for Earth05 upcoming webinar.
# Theme ‘WATER CONSERVATION IN THE AGE OF AI”
E4 Topic: 'Quantum Water' - Series 1, Episode 4
Date & Time March 7, 2024, 03:30 PM CET (9:30 NYC Time)
In brief, the webinar will cover how quantum computing transforms water resource management and explore holistic quantum healing approaches for water restoration in this concise webinar.
Feel free to send me a message! Cheers, Maria
Www.earth05.org
# Theme ‘WATER CONSERVATION IN THE AGE OF AI”
E4 Topic: 'Quantum Water' - Series 1, Episode 4
Date & Time March 7, 2024, 03:30 PM CET (9:30 NYC Time)
In brief, the webinar will cover how quantum computing transforms water resource management and explore holistic quantum healing approaches for water restoration in this concise webinar.
Feel free to send me a message! Cheers, Maria
Www.earth05.org
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Recruiting a post-doc for inorganic synthetic chemistry. Info on the research here: https://web.unica.it/unica/page/en/massimiliano_arca_drc_progetto_di_ricerca_finalizzato_allo_sviluppo_di_nuove_tecnologie_per_il_recupero_il_riciclaggio_ed_il_trattamento_dei_rifiuti_di_apparecchiature_elettriche_ed_elettroniche_raee_edizione_2021
unica.it
Massimiliano Arca
unica.it - University of Cagliari
Recruiting a post-doc for inorganic synthetic chemistry. Call here: https://dirpersonale.unica.it/concorsi/UserFiles/Files/ASSEGNI_2024/ARCA_MASSIMILIANO_COD_8A/Bando%20inglese%20Arca.pdf
Microsoft Reveals ViSNet: A Cutting-Edge Framework for Molecular Property Prediction and Simulating Molecular Dynamics - CBIRT
https://cbirt.net/microsoft-reveals-visnet-a-cutting-edge-framework-for-molecular-property-prediction-and-simulating-molecular-dynamics/
https://cbirt.net/microsoft-reveals-visnet-a-cutting-edge-framework-for-molecular-property-prediction-and-simulating-molecular-dynamics/
CBIRT
Microsoft Reveals ViSNet: A Cutting-Edge Framework for Molecular Property Prediction and Simulating Molecular Dynamics
Microsoft's ViSNet: a groundbreaking molecular geometry model for precise molecular property prediction and Simulating molecular dynamics.
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xtb version 6.7.0 is available for download!
# New features
* CPCM-X in #838
* outer region saturation by in #848
* writing updated coord AND xtbopt.xyz during external driver optimization (including nicer printout) in #828
* Implement dipole moment in GFN-FF in #869
* Add "--tmcosmo" mode for writing .cosmo files with TM convention in #864
* Dimer Projection Method DIPRO for xtb in #856
* add CMake option INSTALL_MODULES in #921
* constrain all atoms in #928
* Periodic boundary conditions in GFN-FF in #929
* REVISED: Implementation of the density tight-binding (PTB) method by in #963
* Sandwich Potential in #930
* raman activities with adjustable wavelength and T in #967
* add Stale workflow in #972
https://github.com/grimme-lab/xtb/releases/tag/v6.7.0
# New features
* CPCM-X in #838
* outer region saturation by in #848
* writing updated coord AND xtbopt.xyz during external driver optimization (including nicer printout) in #828
* Implement dipole moment in GFN-FF in #869
* Add "--tmcosmo" mode for writing .cosmo files with TM convention in #864
* Dimer Projection Method DIPRO for xtb in #856
* add CMake option INSTALL_MODULES in #921
* constrain all atoms in #928
* Periodic boundary conditions in GFN-FF in #929
* REVISED: Implementation of the density tight-binding (PTB) method by in #963
* Sandwich Potential in #930
* raman activities with adjustable wavelength and T in #967
* add Stale workflow in #972
https://github.com/grimme-lab/xtb/releases/tag/v6.7.0
GitHub
Release xtb version 6.7.0 · grimme-lab/xtb
Many thanks to Benedict Bädorf (@benbaed), Sebastian Ehlert (@awvwgk), Joel Einbinder (@JoelEinbinder), Julia Kohn (@demonic-daisy), Marcel Müller (@marcelmbn), Christoph Plett (@cplett), Thomas Ro...
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Opposites attract? Not in new experiment that finds loophole in fundamental rule of physics | Live Science
https://www.livescience.com/physics-mathematics/opposites-attract-not-in-new-experiment-that-finds-loophole-in-fundamental-rule-of-physics
https://www.livescience.com/physics-mathematics/opposites-attract-not-in-new-experiment-that-finds-loophole-in-fundamental-rule-of-physics
livescience.com
Opposites attract? Not in new experiment that finds loophole in fundamental rule of physics
Like-charged objects were found to clump together because of the newly discovered "electrosolvation force."
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