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8 results for “rgutzen”

  1. #Introduction:
    I'm Robin and still figuring this thing out 👋
    Currently finishing my PhD in #ComputationalNeuroscience @ FZ-Juelich, Germany
    Trying to understand #brain mechanisms like #cortical #wave dynamics, e.g. via statistical network comparisons
    Science needs collaboration and collaboration needs #open-source tools
    Spending too much time fine-tuning data visualizations
    #dataviz
    Passionate about approaching scientific questions via #brainart
    Sometimes entertaining a blog at rgutzen.github.io

  2. Scientific research needs fresh perspectives on funding and incentive schemes to better support its diverse challenges. In this engaging podcast interview, they explore and review the concept of a #FocusedResearchOrganization (FRO) and its non-profit startup approach to ambitious scientific projects.

    podcast.clearerthinking.org/ep

    #ScienceFunding #ResearchInnovation #ScienceCommunity #ClearerThinking
    #Podcast

  3. ... We demonstrate this adaptable pipeline approach by comparing the #SlowWave dynamics across multiple #OpenAccess #ECoG and #CalciumImaging datasets of anesthetized mice. In this meta-analysis, we can identify the influences of experimental parameters such as the anesthetic type and dosage and the spatial resolution of the recording technique.
    The pipeline development is #opensource (#Python) and is already being reused for other research applications. ...
    2/3

  4. ... We demonstrate this adaptable pipeline approach by comparing the dynamics across multiple and datasets of anesthetized mice. In this meta-analysis, we can identify the influences of experimental parameters such as the anesthetic type and dosage and the spatial resolution of the recording technique.
    The pipeline development is () and is already being reused for other research applications. ...
    2/3

  5. ... We demonstrate this adaptable pipeline approach by comparing the #SlowWave dynamics across multiple #OpenAccess #ECoG and #CalciumImaging datasets of anesthetized mice. In this meta-analysis, we can identify the influences of experimental parameters such as the anesthetic type and dosage and the spatial resolution of the recording technique.
    The pipeline development is #opensource (#Python) and is already being reused for other research applications. ...
    2/3

  6. ... We demonstrate this adaptable pipeline approach by comparing the #SlowWave dynamics across multiple #OpenAccess #ECoG and #CalciumImaging datasets of anesthetized mice. In this meta-analysis, we can identify the influences of experimental parameters such as the anesthetic type and dosage and the spatial resolution of the recording technique.
    The pipeline development is #opensource (#Python) and is already being reused for other research applications. ...
    2/3

  7. ... We demonstrate this adaptable pipeline approach by comparing the #SlowWave dynamics across multiple #OpenAccess #ECoG and #CalciumImaging datasets of anesthetized mice. In this meta-analysis, we can identify the influences of experimental parameters such as the anesthetic type and dosage and the spatial resolution of the recording technique.
    The pipeline development is #opensource (#Python) and is already being reused for other research applications. ...
    2/3