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Petrova, Elena Borisovna; Sabirova, Fairuza Musovna – International Journal of Environmental and Science Education, 2016
The article substantiates the necessity of studying the peculiarities of color vision of human in the course "Biophysics" that have been integrated into many types of higher education institutions. It describes the experience of teaching this discipline in a pedagogical higher education institution. The article presents a brief review of…
Descriptors: Color, Biophysics, College Science, Science Instruction
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MacInnes, Iain; Smith, Stuart – Physics Teacher, 2010
In the "The Science Study Series" book "The Physics of Television", it is stated that persistence of vision lasts for about a tenth of a second. This will be a notional figure just as 25 cm is taken to be the least distance of distinct vision. Estimates range from 1/8 to 1/16 s.
Descriptors: Persistence, Vision, Visual Perception, Science Instruction
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Perkins, Alison; Brewer, Carol – Science and Children, 2010
Insect vision is an area of active research that allows fruitful exploration into the nature of the scientific endeavor because of the bias our own vision brings. As scientists, we use our senses to make observations, but we can't assume that what we see is what insects see; we are forced to think outside of our own senses when we ask questions…
Descriptors: Vision, Entomology, Scientists, Science Instruction
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Cortel, Adolf – Physics Education, 2005
Many simple experiments can be performed in the classroom to explore the physics of vision. Students can learn of the two types of receptive cells (rods and cones), their distribution on the retina and the existence of the blind spot.
Descriptors: Vision, Optics, Visual Perception, Physics
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Gabrielson, Curt – Physics Teacher, 1996
Describes an in-depth, comprehensive method that enables students to understand the basic concepts of visual perception. (JRH)
Descriptors: Physics, Science Activities, Science Instruction, Scientific Concepts
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Krans, Jacob; Gilbert, Cole; Hoy, Ron – Advances in Physiology Education, 2006
In this article, we detail how to produce two inexpensive micromanipulators that offer high precision (approximately 25 micrometers) along a single axis of movement. The more expensive of the designs provides improved versatility along multiple axes. Both manipulators offer substantial savings over commercially available micromanipulators with…
Descriptors: Physiology, Skilled Workers, Entomology, Laboratory Equipment