Physical Principles of Public Health
This course explores the essential role of physics and science in public health and medicine. Through five lectures, it bridges the gap between physics, chemistry, biology, and medicine, showing how their integration can enhance our understanding of health.
Students will learn about the broad applications of scientific principles in public health beyond just technological advancements in medical equipment. This interdisciplinary approach aims to provide a comprehensive understanding of health science for innovative public health strategies.
Dates: TBA
Start: 10:00 AM EST
End: (Week One) 12:15 PM EST, (Week Two) 1:30 PM EST
Registration Open: May 6th, 2024
Early Bird Registration Prices Apply: April 25th, 2024 - June 21st, 2024
Your Instructor
Matthias F. Schneider
TU Dortmund University, Germany
Dr. Schneider is a Professor of Physics at TU Dortmund in Germany and head of the Medical and Biological Physics Group. His research focuses on Physics of Living Systems and Health. He has taught at Boston University, MIT and Augsburg University. He holds a Ph.D. in Physics from the Technical University of Munich.
Matthias Schneider’s Google Scholar Profile
Registration
Enrolling in this course grants you access to five two-hour interactive sessions and a peer network for collaborative learning. Each immersive two-hour session combines thought-provoking lectures on key topics, such as the integration of physics, chemistry, biology, and medicine, and hands-on exercises designed to deepen your understanding of scientific principles in public health beyond just technological advancements.
Early Bird prices are as follows:
Corporate/Government/NGO: $499
Individual: $459
Student/Academic: $409*
*Must use college or university email address to receive this rate
To apply for a scholarship, click here. Scholarship applications close 6/10 and are awarded 6/14.
Register today to take advantage of Early Bird pricing which ends June 21st.
Questions? Contact us at programs@necsi.edu.
Course Contents
Abstract
The separation of science into physics, chemistry, and biology/medicine is entirely artificial. Reintegrating these disciplines will be one of the biggest challenges in understanding life and health.
In this series of five lectures, Matthias will provide an introduction to the essential role of science and physics in the field of public health and medicine, extending well beyond the design and development of sophisticated instruments within a hospital setting.
Here’s What You’ll Learn
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What is Life and What is Health?
The Difference Between Physics, Chemistry, and the Life Sciences
The Breakthroughs in Biology and What is Missing
Can Physics Explain Biology?
Conservation Laws in Living Systems
H. v. Helmholtz and the Unification of the Sciences for Public Health
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Brian Harvey and the Circulation of Blood
Hydrodynamics of Blood Flow and Its Limitations
The Red Blood Cells: How "Bendi" Shells Change Flow for the Better
Equilibrium: Shear Flow: How Damage Creates Healing
Why Rot V is Important to Understand for Hematologists and Cardiologists
Fractals in Physiology
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Einstein and the 2nd Law
Phase Transitions
Do Phase Transitions Exist in Living Systems?
Phase Transitions: Attractive and Conserved
On the Possible Role of Phase Transition in Living Systems
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What Pandemics, Circulation, and Phase Transitions Have in Common
The Problem with Probability and Why Humans Still Gamble
Bill Gates Walks into a Bar: The Pareto Distribution
Networks and Super Spreaders
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Public Health is More Than Medicine
What's in the Air
How to Provide Clean Air
The Role of Academic Institutions
Certain Principles During Uncertain Times