Update CV and publications. Change some colors.

content/pages/cv.md

@@ -26,29 +26,56 @@ draft: false
 <br>
 
 ### Education
-* 2017-2022 | <span style="color:MediumPurple">**Ph.D.**</span> in Computer Science Engineering, Ghent University<br>
+* 2017-2022 | <span style="color:#b4befe">**Ph.D.**</span> in Computer Science Engineering, Ghent University<br>
   * **Dissertation title**: _"The interplay between resource distribution and otpimal foraging behavior: from individuals to populations"_.<br>
   * **Supervisors**: Pieter Simoens, [Yara Khaluf](https://www.yarakhaluf.net/)
-* 2015-2017 | <span style="color:MediumPurple">**M.Sc.**</span> in Physics and Astronomy, Radboud University<br>
+* 2015-2017 | <span style="color:#b4befe">**M.Sc.**</span> in Physics and Astronomy, Radboud University<br>
   * **Dissertation title**: _"On path integrals, trust regions, and Feynman diagrams"_.<br>
   * **Minor track**: Neuroscience
-* 2011-2015 | <span style="color:MediumPurple">**B.Sc.**</span> in Physics and Astronomy, Radboud University<br>
+* 2011-2015 | <span style="color:#b4befe">**B.Sc.**</span> in Physics and Astronomy, Radboud University<br>
   * **Dissertation title**: _"Synaptic pruning in the ageing brain using Hopfield networks"_.<br>
   * **Minor track**: Computation physics
 
 ### Highlighted talks
+* <div class="talk"><p>
+    <a href="https://netscix2024.netscisociety.org/"
+    class="conference">
+    NetSciX 2024: International Conference on Network Science </a><br>
+    Johannes Nauta, Manlio De Domenico (2024). <br>
+    <span style="color:#fab387">Presentation:</span>
+    "<em>Dispersal and network topology strongly influence meta-ecosystem stability</em>".
+    <br>⤷ <small>Oral presentation on linear stability of meta-ecosystems using random matrix theory. Our results show that patch network topology and dispersal mediate linear stability drastically. More specifically, we show that dispersal can provide stability when dispersal rates are sufficiently large, patches are sufficiently diverse, and the dispersal network topology is sufficiently random.</small>
+  </p></div>
 * <div class="talk"><p>
     <a href="https://italy.cssociety.org/index.php/2023/05/23/ccs-italy-conference-2023/"
     class="conference">
     CCS/Italy 2023: Complexity and risk </a><br>
     Johannes Nauta, Manlio De Domenico (2023). <br>
-    <span style="color:orange">Presentation:</span>
+    <span style="color:#fab387">Presentation:</span>
     "<em>Dispersal and network topology strongly influence meta-ecosystem stability</em>".
     <br>⤷ <small>Oral presentation on linear stability of meta-ecosystems using random matrix theory. Our results show that patch network topology and dispersal mediate linear stability. More specifically, we show that disconnected patch networks need to be sufficiently large and sufficiently connected for the global system to remain stable.</small>
   </p></div>
 
+### Highlighted posters
+* <div class="poster"><p>
+    <a href="https://liphlab.github.io/SMEEB2024/"
+    class="conference">
+    SMEEB 2024: Stochastic Models and Experiments in Ecology and Biology </a><br>
+    Johannes Nauta, Manlio De Domenico (2024). <br>
+    <span style="color:#a6e3a1">Poster:</span>
+    "<em>Predicting maintenance of mobile genetic elements in large microbial systems</em>".
+    <br>⤷ <small>Poster presentation on predicting the maintenance of mobile genetic elements in random microbial systems. The randomness pertains to the assumed random nature of interactions. Using methods from epidemiology, we were able to accurately predict whether mobile genetic elements were maintained --- in epidemiological terms, they become endemic --- and showed that maintenance depends strongly on interactions.</small>
+  </p></div>
+
 ## Selected publications
 (for a full list of my publications, either check my CV, or see [~/publications](../publications))
+- <div class="references"><p>
+    <a href="https://arxiv.org/abs/2405.05390" class="publication">
+    <b>Johannes Nauta</b>, Manlio De Domenico.
+    "<em>Topological conditions drive stability in meta-ecosystems</em>".
+    (2024)
+    </a>
+  </p></div>
 - <div class="references"><p>
     <a href="https://doi.org/10.1098/rsif.2022.0103" class="publication">
     <b>Johannes Nauta</b>, Pieter Simoens, Yara Khaluf and Ricardo Martinez-Garcia.

content/pages/publications.md

@@ -49,6 +49,15 @@ draft: false
     </a>
   </p></div>
 
+## Preprints
+- <div class="references"><p>
+    <a href="https://arxiv.org/abs/2405.05390" class="publication">
+    <b>Johannes Nauta</b>, Manlio De Domenico.
+    "<em>Topological conditions drive stability in meta-ecosystems</em>".
+    (2024)
+    </a>
+  </p></div>
+
 ## Conference contributions
 - <div class="references"><p>
     <a href="https://doi.org/10.1007/978-3-030-60376-2_14" class="publication">