Curved Mirrors: Applications in Vehicles, Medicine, Science & Daily Life

Convex Mirrors (Diverging)

Transportation & Safety

• Vehicle side/rearview mirrors: Wider field of view, reduced blind spots
• Blind spot mirrors: Auxiliary convex additions
• Traffic safety mirrors: Driveways, intersections, parking garages

Security & Surveillance

• Retail/store mirrors: Panoramic view for loss prevention
• ATM/bank security: Monitor blind areas
• Industrial facility monitoring: Forklift traffic, aisle intersections

Lighting & Optics

• Headlight/flashlight reflectors: Direct and concentrate beam
• Streetlight reflectors: Distribute light pattern

Concave Mirrors (Converging)

Magnification Applications

• Makeup/shaving mirrors: 3x-10x magnification for detail
• Dental mirrors: Intraoral visualization with magnification
• Dermatoscopes: Skin lesion examination
• ENT mirrors: Laryngeal/nasal visualization

Scientific & Industrial

• Reflecting telescopes: Large parabolic primary mirrors (Newtonian, Cassegrain)
• Solar concentrators: Parabolic troughs/dishes for CSP, solar furnaces
• Laser resonators: Concave mirrors in optical cavities
• Microscope condensers: Light focusing

Specialized & Creative Uses

• Art installations: Anamorphic reflections, infinity rooms
• Amusement parks: Funhouse distortion mirrors
• Physics education: Demonstrate focal points, real/virtual images
• Architectural daylighting: Light tubes, heliostats

Key Optical Principles

• Convex: Virtual, upright, reduced image; wider field of view
• Concave: Real/inverted (beyond focus) or virtual/upright/magnified (within focus)
• Focal length (f) = R/2 where R = radius of curvature