It takes two to tango: A modeler's perspective on aerosols, clouds, and their interactions 

Prof. Annica Ekman (Stockholm University, SE)

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Towards cloud-aerosol interactions in global km-scale climate models 

Prof. Philip Stier (University of Oxford, UK)

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What have we learned from the central Arctic aerosol research in the last seven years? 

Prof. Julia Schmale (EPFL, CH)

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Aerosol and cloud observations from the NASA PACE Mission

Dr. Otto Hasekamp (SRON, NL)

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Potential future(s) for climate modeling and computational sciences: learning from the AI revolution.

Prof. Pierre Gentine (Columbia University, US)

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Emerging trends in atmospheric radar research.

Prof. Pavlos Kollias (Stony Brook University, US)

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Aerosol formation and dynamics in the high Arctic: studies at Villum Research Station.

Prof. Henrik Skov (Aarhus University, Denmark)

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Mixed-phase clouds: Insights from observations and modelling.

Prof. Ulrike Lohmann (ETH Zurich, Switzerland)

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Data-Driven Parameterization of Cloud Processes: From Deep Learning to Equation Discovery

Prof. Tom Beucler (University of Lausanne, Switzerland)

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Aerosols and Clouds over Blue and Green Oceans

Prof. Mira L. Pöhlker (Leibniz Institute for Tropospheric Research/TROPOS, Germany)

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Exploring aerosol-cloud interactions using the convection-cloud chamber

Prof. Raymond Shaw, Michigan Technological University, USA.

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The Arctic Monitoring and Assessment Programme (AMAP) Assessment for Short Lived Climate Forcers – A (Modelling) Overview

Ulas Im, Aarhus University, Denmark

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