Akshay Lath | Polygence
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Symposium

Of Rising Scholars

Fall 2025

Akshay will be presenting at The Symposium of Rising Scholars on Saturday, September 27th! To attend the event and see Akshay's presentation.

Go to Polygence Scholars page
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Polygence Scholar2025
Akshay Lath's profile

Akshay Lath

Class of 2026Pittsburgh, PA

About

Projects

  • "What impact do different pitch types have on the UCL and shoulder ligaments? How does warming up the arm decrease injury risk" with mentor Michael (Working project)
  • "Neuroscience and sound: delve into the neuroscience behind how your brain interprets sound" with mentor Rahul (Mar. 25, 2024)

Project Portfolio

What impact do different pitch types have on the UCL and shoulder ligaments? How does warming up the arm decrease injury risk

Started June 24, 2024

Abstract or project description

Baseball, a sport deeply rooted in American culture, requires athletes to perform repetitive, high-stress motions, particularly when pitching. The different types of pitches—fastballs, sliders, curveballs, and changeups—each impose unique biomechanical demands on a pitcher's arm. These demands have significant implications for both performance and injury risk. Understanding the biomechanical differences among pitch types and their impact on the shoulder and elbow is essential for developing effective training, prevention, and rehabilitation strategies. Biomechanics of Different Pitch Types A study aimed at comparing the biomechanics of different pitch types in professional baseball pitchers found distinct differences in the forces and torques exerted on the shoulder and elbow. Fastballs, sliders, and curveballs generated greater forces and torques compared to changeups. Specifically, shoulder and elbow forces were significantly higher for the fastball, slider, and curveball, while the changeup resulted in lower kinetic loads (Escamilla et al., 2018). This suggests that pitchers may be at a higher risk of injury when frequently throwing pitches that require higher kinetic output.

Project Portfolio

Neuroscience and sound: delve into the neuroscience behind how your brain interprets sound

Started Feb. 12, 2024

Portfolio item's cover image

Abstract or project description

The brain is incredible and complex and the source of much scientific research around the world. In this pod, you’ll focus on how our brains allow us to take unassuming sound waves and enable us to enjoy music, learn a new language, or recognize danger. Through this fascinating process, students will learn about the research process, the brain regions, how the brain regions cooperate to interpret sensory information, and how those individual actions culminate into the actions we take every day but may take for granted.