
Introduction to three data analysis procedures: Hilbert Transform Relative Phase, Wavelet Analysis, and Linear Mixed Effects Analysis. Suitable for all levels, providing a broad overview of their functions in bimanual coordination research.

Panel discussion exploring diversity in science, focusing on Black scientists' contributions, challenges, and the impact of representation on research and society.

Explore topological data analysis for plant morphology using persistent homology and Euclidean Distance Transform. Learn applications in hurricane video data and XRay CT scans of plants.

Learn strategies for creating compelling content from bestselling author Eric Barker. Discover research techniques, cognitive biases, and tips for business growth in this insightful interview on effective writing and audience engagement.

Explore probability theory, its historical development, and interpretations in this humanities analytics lecture, focusing on frequency and subjective approaches to understanding uncertainty.

Insights from Independent SAGE on COVID-19 challenges and potential data science solutions, exploring lessons learned and future research priorities for crisis response.

Explore the crucial distinction between correlation and causation through real-world examples and philosophical insights, enhancing critical thinking skills for data interpretation and decision-making.

Explore integrated descriptions for automated scientific processes, extracting models and protocols for analysis and execution using the Kaemika app across multiple platforms.

Explore effective third-party service provider diligence strategies, challenging conventional approaches and offering insights to improve risk assessment and management practices.

Explore how language patterns in media, health discussions, and police interactions predict societal trends and outcomes. Gain insights into communication challenges and their real-world implications.

Learn advanced statistical modeling techniques for complex proteomic experiments using isobaric labeling, focusing on multilevel designs and time-series data analysis.

Learn to construct, interpret, and apply confidence intervals for population means using Z and t methods, exploring assumptions and sample size determination.

Explore arithmetic fundamentals using rectangles. Learn counting, addition, and multiplication with visual representations suitable for young learners. Develop a strong foundation in basic mathematical concepts.

Explore statistical and task modeling approaches in AI, their strengths, limitations, and the importance of integrating principles from both cultures for more robust and responsible machine learning.

Exploration of 2-torsions in singular instanton homology for knots, comparing complex and Z/2 coefficients, with focus on fibered knots and genus 1 knot surgeries.

Exploring causal inference techniques for Earth system sciences, focusing on advanced methods to uncover complex relationships in climate data and improve understanding of multi-scale processes.

Explore the Ratios Conjecture for quadratic L-functions over function fields, including upper bounds for negative moments and partial results for various L-function ratios.

Explore a novel latent factor model for estimating causal effects of combinatorial interventions, addressing challenges in factorial experiments and recommendation systems.

Explore paired t-tests: comparing means in two scenarios. Learn calculation methods, standard error, and when to use nonparametric alternatives for statistical analysis.

Explore Bayesian causal inference from a potential outcome perspective, with practical applications and insights from Fabrizia Mealli's conference talk.

Explore graph complexes, operadic mapping spaces, and embedding calculus in this comprehensive survey by B. Fresse from Lille.