The Curious Studies of David Hu

In summary, David Hu, a mathematician in the Georgia Tech engineering department, has received two Ig Nobel awards for his work on physical problems involving animals. He has also been recognized by Senator Jeff Flake and named one of the authors of the twenty most wasteful scientific studies. A recent NY Times article profiles Hu and his unique approach to studying animals. Some of his notable work includes investigating the speed of mammal urination, determining the optimal length of eyelashes, and exploring the similarities between a mass of fire ants and a fluid or self-healing material. This piece highlights the importance of following one's natural curiosity in scientific research, similar to how Feynman's observation of a spinning plate in a cafeteria led to his Nobel Prize
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BillTre
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David Hu is a mathematician in the Georgia Tech engineering department who studies animals.
He gets interested in a lot physical problems involving animals that seem unusual to "normal" people.
He has gotten two Ig Nobel awards and been named by the senator Jeff Flake and the author of the three of the twenty most wasteful scientific studies.
This NY Times article profiles him and describes some of his work and briefly reviews his Ig Nobel lineage.
Some of his work involves:
  • How fast does it take mammals to pee?
  • What is the optimal length of eyelashes?
  • How are a mass of fire ants like a fluid or a self-healing material?
 
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Interesting read. The importance of allowing natural curiosity to drive scientific inquiry cannot be overstated. It reminds me of Feynman's plates - how his curiosity piqued by watching a spinning plate in a cafeteria led to his formulation of QED and his Nobel (without the "Ig") prize.

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FAQ: The Curious Studies of David Hu

1. What is the main focus of "The Curious Studies of David Hu"?

The main focus of "The Curious Studies of David Hu" is the intersection of biology and engineering, and how animals and plants have evolved unique adaptations to survive in their environments.

2. What inspired David Hu to pursue this field of study?

David Hu has always been interested in both biology and engineering, and was particularly fascinated by how animals and plants are able to thrive in extreme environments. This curiosity led him to study the biomechanics of various species and their adaptations.

3. What are some interesting findings from David Hu's research?

Some interesting findings from David Hu's research include the discovery of how mosquitoes are able to fly through rain without getting wet, the unique way in which cats drink water, and the mathematical model he developed to explain the curling of animal tails.

4. How does David Hu's work impact the scientific community?

David Hu's work has had a significant impact on the scientific community, as he has shed light on previously unknown and misunderstood behaviors and adaptations in animals and plants. His research has also inspired new avenues of study and potential applications in engineering and technology.

5. What future research and projects can we expect from David Hu?

In the future, we can expect David Hu to continue exploring the biomechanics of animals and plants, including their unique abilities and adaptations. He also plans to expand his research to include human physiology and potential applications in medicine and technology.

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