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#equationofstate — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #equationofstate, aggregated by home.social.

  1. Daniel Fischer @[email protected] ·

    The state of the #DarkEnergy #EquationOfState circa 2023: arxiv.org/abs/2307.14802 -> "We deem the combination of Planck CMB, Baryon Acoustic Oscillations, Type Ia Supernovae, and Cosmic Chronometers data to be particularly trustworthy, inferring from this final consensus dataset w=−1.013+0.038/−0.043, in excellent agreement with the #CosmologicalConstant value. Overall, despite a few scattered hints, we find no compelling evidence forcing us away from the cosmological constant (yet)."

    #cosmologicalconstant #equationofstate #darkenergy
  2. Romain Caneill @[email protected] ·

    #introduction.
    PhD student in #PhysicalOceanography in Gothenburg (Sweden), using both numerical modeling (NEMO model) and observations (ARGO, satellite products, etc) to investigate what drives the change of stratification type in the ocean (alpha, thermally stratified in subtropics - beta, stratified by salt in polar regions).

    Interests: #buoyancy #equationOfState #thermalExpansion #openScience #opensource

    Check my paper (see reply):

    I participated in open source projects (see reply):

    #opensource #openscience #thermalexpansion #equationofstate #buoyancy #introduction
  3. Romain Caneill @[email protected] ·

    #introduction.
    PhD student in #PhysicalOceanography in Gothenburg (Sweden), using both numerical modeling (NEMO model) and observations (ARGO, satellite products, etc) to investigate what drives the change of stratification type in the ocean (alpha, thermally stratified in subtropics - beta, stratified by salt in polar regions).

    Interests: #buoyancy #equationOfState #thermalExpansion #openScience #opensource

    Check my paper (see reply):

    I participated in open source projects (see reply):

    #physicaloceanography #opensource #openscience #thermalexpansion #equationofstate #buoyancy
  4. Romain Caneill @[email protected] ·

    #introduction.
    PhD student in #PhysicalOceanography in Gothenburg (Sweden), using both numerical modeling (NEMO model) and observations (ARGO, satellite products, etc) to investigate what drives the change of stratification type in the ocean (alpha, thermally stratified in subtropics - beta, stratified by salt in polar regions).

    Interests: #buoyancy #equationOfState #thermalExpansion #openScience #opensource

    Check my paper (see reply):

    I participated in open source projects (see reply):

    #physicaloceanography #opensource #openscience #thermalexpansion #equationofstate #buoyancy
  5. Romain Caneill @[email protected] ·

    #introduction.
    PhD student in #PhysicalOceanography in Gothenburg (Sweden), using both numerical modeling (NEMO model) and observations (ARGO, satellite products, etc) to investigate what drives the change of stratification type in the ocean (alpha, thermally stratified in subtropics - beta, stratified by salt in polar regions).

    Interests: #buoyancy #equationOfState #thermalExpansion #openScience #opensource

    Check my paper (see reply):

    I participated in open source projects (see reply):

    #introduction #buoyancy #equationofstate #thermalexpansion #openscience #opensource
  6. Romain Caneill @[email protected] ·

    #introduction.
    PhD student in #PhysicalOceanography in Gothenburg (Sweden), using both numerical modeling (NEMO model) and observations (ARGO, satellite products, etc) to investigate what drives the change of stratification type in the ocean (alpha, thermally stratified in subtropics - beta, stratified by salt in polar regions).

    Interests: #buoyancy #equationOfState #thermalExpansion #openScience #opensource

    Check my paper (see reply):

    I participated in open source projects (see reply):

    #physicaloceanography #opensource #openscience #thermalexpansion #equationofstate #buoyancy