Maximilian Maier
@maxmaier.bsky.social
PhD candidate @EP_UCL | Decision-making, applied statistics, & meta-analysis | Open science | Previously @ResMaPsychology
Happy to share that I passed my viva yesterday without corrections and will start as Assistant Professor at Warwick Business School on 1st of August - I look forward to the next chapter at Warwick and to building new collaborations with the exceptional colleagues there!
July 22, 2025 at 12:59 PM
Happy to share that I passed my viva yesterday without corrections and will start as Assistant Professor at Warwick Business School on 1st of August - I look forward to the next chapter at Warwick and to building new collaborations with the exceptional colleagues there!
We derive optimal strategies for three different types of extinction and near-extinction events and compare them to participants' choices in three experiments. We also use a (dependent) mixture model to describe strategies on an individual level.
January 24, 2025 at 4:42 PM
We derive optimal strategies for three different types of extinction and near-extinction events and compare them to participants' choices in three experiments. We also use a (dependent) mixture model to describe strategies on an individual level.
People often need to make decisions that involve risks with irrecoverable losses. To study these types of decisions, we developed a new task in which participants lose their (entire) bonus pay when drawing an extinction option.
January 24, 2025 at 4:42 PM
People often need to make decisions that involve risks with irrecoverable losses. To study these types of decisions, we developed a new task in which participants lose their (entire) bonus pay when drawing an extinction option.
We derive optimal strategies for three different types of extinction and near-extinction events and compare them to participants' choices in three experiments. We also use a (dependent) mixture model to describe strategies on an individual level.
January 24, 2025 at 4:31 PM
We derive optimal strategies for three different types of extinction and near-extinction events and compare them to participants' choices in three experiments. We also use a (dependent) mixture model to describe strategies on an individual level.