updaupdated student projects

Kiefersv · Oct 30, 2023 · a518bc1 · a518bc1
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diff --git a/outreach-teaching.html b/outreach-teaching.html
@@ -76,7 +76,48 @@ <h1>Teaching &amp; Outreach</h1>
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 						<h2>Supervised projects</h2>
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-							2022 &nbsp;|&nbsp; <strong>Reduction of reactions in the cluster formation of TiO2</strong>
+							2023 &nbsp;|&nbsp; <strong>Trajectory of cloud particles in exoplanet atmospheres</strong>
+							<br /><i>Open project</i>
+							<br /> -
+							<!--
+                            <div class="collapsible-title">2021</div>
+                            <div class="collapsible-title">
+                                <strong>Spectral and angular differential imaging with SPHERE/IFS. Assessing the performance of various PCA-based approaches to PSF subtraction.</strong>
+                                <br /><i>Kiefer, S. ; Bohn, A. J. ; Quanz, S. P. ; Kenworthy, M. ; Stolker, T.</i></div>
+                            -->
+							<!--<ul class="collapsible-title">
+                                <li>2021</li>
+                                <li>Spectral and angular differential imaging with SPHERE/IFS. Assessing the performance of various PCA-based approaches to PSF subtraction.<br />Kiefer, S. ; Bohn, A. J. ; Quanz, S. P. ; Kenworthy, M. ; Stolker, T.</li>
+                            </ul>-->
+						</button>
+						<div class="collapsible-content">
+							<div class="row gtr-200">
+								<div class="col-8 col-12-large">
+									<p> Clouds are present in 7 of 8 Solar System planets with the only exception being Mercury.
+										The cloud structure of these planets can be vastly different. Earth clouds are patchy,
+										Jupiter clouds from rings, and Venus is continuously covert with clouds. Similarly, we
+										expect a variety of cloud structures in exoplanets. Among the exoplanets, tidally locked
+										hot Jupiters are the best observable and belong to a class of planets unknown to our Solar
+										System. Their strong equatorial wind jets, hot day side, and cold night side make them
+										fascinating objects to study.
+
+										In this project, you will study the trajectories and timescales of cloud particles within
+										exoplanet atmospheres. First, you will familiarize yourself with global circulation models
+										(GCMs) and cloud modelling. From there, you will study the size dependent trajectory
+										of cloud particles within gas giant exoplanets. If time allows, you can also study the size
+										dependent differentiation of the cloud particles.
+								</div>
+								<div class="col-4 col-12-large">
+										<span class="image fit">
+											<a class="img">
+												<img src="IMG/teachingNoutreach/trajectory.jpg" alt="" />
+											</a>
+										</span>
+								</div>
+							</div>
+						</div>
+						<button class="collapsible">
+							2023 &nbsp;|&nbsp; <strong>Reduction of reactions in the cluster formation of TiO2</strong>
 							<br /><i>Bachelor Thesis of Dominik Haberz</i>
 							<br /><a href="docs/netred_report.pdf" target="_blank">&nearr;&nbsp;report</a>
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