What does it mean to "bring your whole self" to STEM?
The strategies that allowed our ancestors to survive can hinder our thriving. Bringing our whole selves to STEM is complicated and profound.
Interactive 3D chemistry with research labs: hosted mechanisms, broader-impacts metrics, and the story of each collaboration.
The strategies that allowed our ancestors to survive can hinder our thriving. Bringing our whole selves to STEM is complicated and profound.
π£ How can we effectively share our research and experience to engage a broader audience and make a meaningful impact? Tune in for insights on amplifying your scientific voice and making your research more accessible.
As chemists advance broader impacts, we often grapple with the complexities of collecting and analyzing demographic data. How do we balance the need for comprehensive information with respect for individual identities and privacy?
This guide walks you through identifying your research category, mapping it to four key broader impact areas, and building strategic partnerships to maximize your impact.
Explore valuable lessons on embracing discomfort, leveraging vulnerability, measuring impact, and focusing on engagement to make a lasting difference in scientific education and outreach.
Through 1οΈβ£ partnerships and 2οΈβ£ productions.
Educators constantly seek ways to enhance teaching and support students' learning. What if the key to unlocking effective science education may lie in understanding how the brain learns and aligning our teaching strategies accordingly?
Explore unconventional solutions, such as practice-based evidence, embedded researchers, and continuous feedback loops, that could transform education into an integrated, responsive, and constantly improving system.
A summary of the state of intersectional research in psychology.