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STEM Project Research

Reference Websites

Tail risk of contagious diseases | Nature Physics

May 25, 2020 ... The COVID-19 pandemic has been a sobering reminder of the extensive damage brought about by epidemics, phenomena that play a vivid role in ...

www.nature.com
The effect of a prudent adaptive behaviour on disease transmission ...

Aug 1, 2016 ... Main. Consider the school teacher who is infected with influenza by a student. At some point, they may stay home from work due to the illness ...

www.nature.com
Lifespan limits | Nature Physics

Nov 3, 2016 ... Likewise, the data for diseases occurring only in the wear-out phase of life are the degenerative diseases, including Alzheimer's disease and ...

www.nature.com
How Has Stephen Hawking Lived Past 70 with ALS? - Scientific ...

Jan 7, 2012 ... Editor's Note: Renowned theoretical physicist Stephen Hawking ... Fragile Brain: The Latest Research on Neurodegenerative Diseases: $5.99

www.scientificamerican.com
On The Physics Of Disease, And The Physical Pathology Of The Blood

RICHARDSON, M.A., M.D., Senior. Physician to the Royal Infirmary for Diseases of the Chest. PREFATORY NOTE. To the Members of the British Medical Association.

www.jstor.org
The physics of gut and brain health | MIT News | Massachusetts ...

Jun 3, 2022 ... ... and combines physics with health and mental wellness studies to pursue ... with severe mental illnesses,” says Chih-Wei Joshua Liu '22.

news.mit.edu
Spin Disorder on a Triangular Lattice | Science

Previous work indicates that minute levels of quenched disorder can induce spin freezing in geometrically ... Yuting Tan et al., Frontiers of Physics, 2023.

www.science.org
Detection and identification of potentially infectious gastrointestinal ...

Mar 16, 2022 ... Viruses are a major causative agent of many diseases like gastroenteritis, hepatitis, and respiratory illnesses, including infections with a ...

www.nature.com
Astronomy Tool Can Now Detect COVID in Breath - Scientific ...

May 12, 2023 ... More recently, dogs have been trained to identify some diseases in ... for which the inventors won the 2005 Nobel Prize in Physics.

www.scientificamerican.com
On The Physics Of Disease, And The Physical Pathology Of The ...

RICHARDSON, M.A., M.D., Senior. Physician to the Royal Infirmary for Diseases of the Chest. CHAPTER II (continued). Conditions of Oxygen that Modify Combination ...

www.jstor.org

AI-Generated Project Ideas

Here is an HTML ordered list of 4 STEM fair project ideas related to Physics, Disease and Illness:
  1. Investigating the effects of different surface materials on the spread of bacteria (Physics and Disease): This project could involve studying how bacteria propagates on various surfaces and determining if different surface properties can slow down or inhibit the spread of bacteria.
  2. Analyzing the relationship between temperature and electrical resistance of various metals (Physics): This project could explore how the electrical resistance of different metals changes with temperature and whether there are any patterns or relationships that can be observed.
  3. Evaluating the impact of different wavelengths of light on plant growth (Physics and Biology): This project could involve studying how different light wavelengths, such as red, blue, or green, affect the growth and development of plants and drawing conclusions about the most effective light spectrum for plant growth.
  4. Investigating the efficiency of renewable energy sources in powering medical devices (Physics and Disease): This project could involve analyzing the efficiency of various renewable energy sources like solar panels or wind turbines in providing power to medical devices and comparing their effectiveness in different scenarios or environments.
These project ideas incorporate elements of both Physics and Disease/Illness, providing a diverse range of options for a STEM fair project.
  1. Create a physics-based model to simulate the spread of diseases and analyze the impact of various factors such as population density, transmission rate, and intervention strategies.
  2. Investigate the physics behind medical imaging techniques such as MRI or ultrasound and explore how they can be optimized for better diagnosis and treatment of diseases.
  3. Study the physics principles involved in drug delivery systems and design a new method or device for targeted drug delivery to combat specific illnesses.
  4. Explore the relationship between physics and the human body by investigating biomechanics or the physics of sports and their impact on injury prevention or performance enhancement.