Explore leadership with this PowerPoint presentation on Sonia Sotomayor: A Leadership Guide. Discover five crucial leadership characteristics and how Sotomayor embodies them. Use examples from her life to demonstrate her resilience, determination, and inspiring impact. Learn from her journey as she seeks to discover the essence of leadership.

Our project aims to enhance the accuracy of pulse oximetry readings across all skin tones to address the critical issue of hidden hypoxemia, particularly prevalent among individuals with darker skin. Our innovative approach uses machine learning to estimate oxygen saturation estimation (SaO2) from standard SpO2 readings by integrating additional patient health data and a race-dependent quantification of skin tone. We hope to detect hypoxemia more accurately, reduce racial disparities in healthcare, and improve overall patient outcomes. This initiative is backed by studies showing that existing SpO2 readings often fail to reveal low oxygen levels in darker-skinned patients, leading to potentially severe undiagnosed conditions. Our approach is to ensure that pulse oximetry—a vital tool in medical diagnostics—is reliable and equitable for all patients.

BioFide is dedicated to pioneering sustainable solutions for a healthier planet. Our latest endeavor focuses on crafting a 100% biodegradable incontinence pad for working women that aims to reduce environmental impact while providing practical support to those managing incontinence.

This work focuses on systematically adjusting properties of aperiodic, disordered, or random lattices to tune the spectral responses of 2D plasmonic arrays. We investigate a broad variety of structures that we group into ordered, uncorrelated, repulsive, and attractive classes. We demonstrate that uncorrelated structures can result in smoother optical spectra as a structure becomes more disordered. However, this smoothness is limited, and can be further tuned by an order of magnitude via attractive point processes.