Is Biogeometry a Legitimate Science?

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SUMMARY

Biogeometry is a legitimate scientific discipline that focuses on the study of the shapes of species and integrates computational geometry, biochemistry, biophysics, statistics, and chemistry. This emerging field aims to develop new computational techniques for representing, storing, searching, simulating, analyzing, and visualizing biological structures. It combines concepts from computer science and mathematics, including algorithms, geometry, topology, graphics, robotics, and databases, to tackle fundamental biological problems such as structure-function relationships in biological molecules. It is crucial to distinguish legitimate biogeometry from the more abstract notions associated with sacred geometry.

PREREQUISITES
  • Understanding of computational geometry
  • Familiarity with biochemistry and biophysics
  • Knowledge of statistics
  • Basic concepts in algorithms and database management
NEXT STEPS
  • Research advanced computational techniques in biogeometry
  • Explore the relationship between geometry and biological structures
  • Study the applications of algorithms in biological data analysis
  • Investigate the role of topology in understanding biological systems
USEFUL FOR

Researchers, biologists, computer scientists, and anyone interested in the intersection of biology and computational methods will benefit from reading this discussion.

emanaly
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Hi All,
Is there a real science called Biogeometry?
 
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yes, there's a legitimate biogeometry (study of the shapes of species, pretty much). But there's also "sacred geometry" which makes use (abuse?) of it as well. That might confuse things.
 


There is a legitimate study being done, not to be mistaken for the Egyptian hand waving stuff.

Biogeometry is an emerging scientific discipline at the interface between
computational geometry, biochemistry and biophysics, statistics, and chemistry
that brings together specialists in the above disciplines to develop new
computational techniques and paradigms for representing, storing, searching,
simulating, analyzing, and visualizing biological structures. Biogeometry
embraces ideas from a wide range of areas of computer science and mathematics,
including algorithms, geometry, topology, graphics, robotics, and databases to
address some of the most fundamental biological problems such as structurefunction
relationships for biological molecules.

http://helix-web.stanford.edu/psb05/intro-biogeometry.pdf
 
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I'm allergic to buzzwords. On the other hand, I guess that makes me a pioneer of the brand-new interdisciplinary field of immunolinguistics! :-p
 


yeah, I've been having trouble with "dynamic", "chaos", and "complex systems" myself...
 

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