Dr. Wall has an unpopular opinion about math.... students don't have to like it! How can she say such a thing? Find out in this episode!

Hi! Lohnt es sich noch, Informatik zu studieren? Wie wird Künstliche Intelligenz die Softwareentwicklung verändern? Wird meine Arbeit durch KI ersetzt? Die Weiterentwicklung Künstlicher Intelligenz schreitet so schnell voran, dass Dinge, die früher unvorstellbar erschienen, heute unser Leben und unsere Arbeit verändern. In diesem Podcast teile ich meine Meinung mit Euch. Mein Youtube Kanal: https://www.youtube.com/@prof.sebastian

⛓️ A Theoretical Understanding of Chain-of-Thought: Coherent Reasoning and Error-Aware DemonstrationThe paper explores Chain-of-Thought (CoT) prompting, a method to enhance the reasoning skills of large language models (LLMs). It introduces Coherent CoT, where reasoning from previous steps is integrated during predictions, leading to better error correction and accuracy compared to a step-by-step approach. The study shows that errors in intermediate reasoning steps have a more significant impact on

Konda Araştırma işbirliğiyle hazırlanan Apaçık Radyo Dinleyici Araştırması: https://konda.com.tr/apacikradyo -- Matematiğin en önemli işlemlerinden bölmeyi işliyoruz.

The question of why some countries are rich and some poor has been described as the most important question in economics. Perhaps that is why the Royal Swedish Academy of Sciences awarded the Nobel Memorial Prize in Economics to Daron Acemoglu, Simon Johnson and James Robinson for their work on the importance of institutions in the economic fortunes of nation states. Tim Harford explains the economic theory that underpins their award.Presenter: Charlotte McDonaldReporter: Tim Harford Producer:

🤔 Revealing the Barriers of Language Agents in PlanningThis research paper examines the challenges faced by language agents in planning tasks. The authors explore the reasons behind the shortcomings of these agents, particularly their limited understanding of constraints and their diminishing ability to focus on goals as the planning horizon lengthens. They investigate two common strategies for improving planning performance: episodic memory updating and parametric memory updating. The study

🔀 Intelligence at the Edge of ChaosThis research investigates how intelligent behavior emerges in artificial systems by studying the connection between the complexity of rule-based systems and the abilities of models trained to predict these rules. The researchers used elementary cellular automata (ECA), simple one-dimensional systems with varying complexity, to train large language models (LLMs). Their results show that models trained on more complex ECAs demonstrate greater intelligence,

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.

An AI-generated short discussion of an Illustrative Mathematics lesson to help educators prepare to teach it. The episode is intended to cover: The big mathematical ideas in the lessonThe main activities students doHow to make it interesting for young peoplePossible misconceptions and how to deal with them.