Educational resources for self-learners
Navigation in Birds: Understanding Homing Abilities
University-level lecture explaining different bird navigation systems including route-based navigation relying on visual landmarks, olfactory cues, and other sensory inputs. The content provides a foundation on biological navigation systems relevant to pigeons and can inspire programming and engineering solutions for a 24-year-old interested in programming, mathematics, and startups.
Avian Navigation: Pigeon Homing as a Paradigm
This highly technical monograph by Hans G. Wallraff thoroughly reviews avian navigation signals such as the solar compass, geomagnetic field, and visual landmarks, with detailed scientific progress and future research directions. It offers deep insights into pigeon homing mechanisms, sensory input, and neural bases, perfect for those interested in programming and mathematics applied to biology.
Alison: Free Online Courses, Classes and Tutorials
Alison offers over 5,000 free online courses, classes, and tutorials in various subjects, providing CPD accredited certificates and diplomas.
How do birds navigate and pigeons home?
A lecture by biologist Rupert Sheldrake exploring the unsolved problem of bird navigation and pigeon homing, suggesting a field-mediated sense of direction.
Academia Iuvenum
A group of young scientists at Wrocław University of Science and Technology conducting interdisciplinary research in areas like applied mathematics, stochastic processes, and machine learning, relevant to optimizing pigeon navigation systems.
Mentorship Opportunity: Mathematical Modeling of Animal Motion (Wrocław University of Science and Technology)
Potential mentorship or research collaboration at the Faculty of Pure and Applied Mathematics, Wrocław University of Science and Technology, focusing on mathematical techniques for describing animal movements and complex systems. Relevant for optimizing pigeon navigation through programming and mathematics.
Pigeonetics: An Interactive Simulation of Pigeon Genetics and Navigation
Explore the fascinating world of pigeon genetics and how it influences their navigation abilities through this interactive web-based simulation. Understand genetic principles, their mathematical underpinnings, and apply problem-solving skills to optimize pigeon traits for navigation.
Virtual 2D Pac-Man for Pigeons: An Academic Concept
Explore the academic concept of a "Virtual 2D Pac-Man for Pigeons" experiment, which studies pigeon spatial navigation and problem-solving in virtual environments. This resource is a research paper that can inspire the development of an educational game.
How Animals Use Earth’s Magnetic Field to Navigate | Nature’s GPS Explained
This comprehensive lecture explains magnetoreception in birds, sharks, and rays, exploring biological sensory proteins like cryptochrome and the impact of electromagnetic interference. It is suitable for those interested in biology and physics, and can inspire programming models for bio-inspired navigation systems.
Pigeon Genius | Awesome Animals
Explains pigeons' multiple navigation tools including sun compass, landmarks, magnetic fields, and scent; likens pigeon navigation to a built-in GPS system.
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