Across
- 1. Localization: The brain's ability to determine the location of a sound source in space.
- 3. Interaction: The principle that one sense can influence another, such as when smell affects taste
- 4. The process by which our sensory receptors and nervous system receive and represent stimulus energies from our environment.
- 6. The conversion of sensory stimuli into neural impulses that can be understood by the brain.
- 7. Perception: The brain's interpretation of the frequency of sound waves,
- 9. Systems: Responsible for smell
- 10. The process of organizing and interpreting sensory information to make sense of the world around us.
- 12. Blindness: the failure to notice large changes in one's environment when the change occurs simultaneously with a visual disruption.
- 13. Threshold: The minimum amount of stimulation required for a stimulus to be detected by a sensory system.
- 14. Difference (JND) It's the minimal difference needed for a person to perceive that a change has occurred.
- 16. Sense: The sense of body orientation and movement, including balance and spatial awareness.
- 17. A type of color vision deficiency where an individual has only two types of functioning cone cells instead of the normal three.
- 20. The light-sensitive inner surface of the eye containing photoreceptor cells that convert light into neural signals.
- 21. Blindness: an individual fails to notice an unexpected stimulus in their visual field when their attention is focused on something else.
- 22. A rare form of color blindness where an individual has only one type of functioning cone cell, or none at all.
- 24. Receptors: Specialized sensory neurons in the skin that detect changes in temperature.
- 25. Spot Area on the retina where the optic nerve exits the eye, lacking photoreceptor cells. It's a spot where vision is absent, as there are no light-sensitive cells to detect visual stimuli.
Down
- 1. Adaptation: The process by which sensory receptors become less responsive to constant stimuli over time.
- 2. Photoreceptor cells in the retina responsible for vision in low light conditions and detecting motion.
- 5. Processing "Details to Big Picture" is a way our brain makes sense of information by starting with the small details and then building up to a complete perception.
- 6. Processing "Big Picture to Details" involves interpreting sensory information based on the larger context, prior knowledge, and expectations.
- 8. Receptors: Specialized cells located on the tongue and in the mouth that detect different tastes.
- 11. Photoreceptor cells in the retina responsible for color vision and detail in bright light.
- 13. Visual sensations that persist after a stimulus is removed.
- 15. Party Effect: our ability to focus on a single conversation in a noisy environment, like a crowded party, while tuning out other stimuli.
- 18. The distance between sound wave peaks.
- 19. The sense of taste, involving receptors on the tongue that detect different flavors.
- 23. Attention: the process of focusing on a specific aspect of information while ignoring others.
