| Week 3 | Jan-Jaap Oosterwijk | Monotone class theorem |
| Linda Vos | Representation of measurable functions |
| Week 4 | Wouter Krasser | Lambda sets and Carathéodory's lemma |
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| Daniel Younis | Carathéodory's extension theorem |
| Week 5 | Marlouke van Straaten | Existence of Lebesgue measure I |
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| Sjoerd Dirksen | Existence of Lebesgue measure II |
| Week 6 | Alexander van Haastrecht | Completeness of Lp |
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| Martijn Zaal | Projections in L2 |
| Week 7 | No presentations | |
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| Week 8 | Sebastiaan Keus | Modes of convergence I |
| | Johan Wolswinkel | Modes of convergence II |
| Week 9 | Laura Panzar | Martingales in L2 |
| | Jevgenijs Ivanovs | Doob's decomposition |
| Week 10 | Giuseppe Plescia | Stopped sigma-algebras |
| | Tamasz Nagy | Optional stopping |
| Week 11 | Gijs Koot | Sums of independent variables in L2 |
| | Gerben van der Hoek | Cesaro, Kronecker and Kolmogorov's strong law |
| Week 12 | Alba Garcia Seco de Herrera | Kolmogorov's three series theorem |
| | Alex Minos | Kolmogorov's truncation lemma |
| Week 13 | Blaz Mramor | Tightness in Lévy's continuity theorem |
| | Cassandra van Altena | Kakutani's theorem in the iid case |
| | Geertje Zuidhof | The characteristic function of N(0,1) |