Optical Bench

1. Optics Track, 1.2 m
2. Snap components onto the track for hassle-free alignment
3. The built-in metric measuring tape allows measurements to be made directly from the optics bench
4. Light Source: Use the included Light Source as a bright point source
5. Lenses: Investigate optics concepts using four 50 mm diameter ground glass lenses, with focal lengths of +100, +200, +250, and -150 mm
6. Concave/Convex Mirror: Produce an image from this mounted 50 mm diameter concave mirror that focuses on the half-screen
7. Adjustable Lens Holder: Easily mount lenses using the Adjustable Lens Holder, which holds any circular lens between 20 and 75 mm in diameter
8. Ray Optics Kit: Explore ray optics with a variety of accessories, including concave/convex lenses
9. The transparent storage box doubles as a water tank for studies of air lenses in water Ray Table: Rotate this two-piece Ray Table to investigate Snell's law or the law of reflection.
10. Includes D-shaped acrylic lens for studies of reversibility, internal reflection, and dispersion
11. Viewing Screen: Project images onto this white plastic screen for easy viewing.
12. The screen's position is read directly from the metric measuring tape that lines the optics bench
13. Experiment Manual: Explore 17 lab-ready optics experiments, complete with teacher notes and sample data
14. Storage Box: Everything fits neatly into the protective storage box, except for the 1.2 m Optics Track
15. Experiments : Color Addition, Prism, Reflection, Snell's Law, Total Internal Reflection, Convex and Concave Lenses, Hollow Lens, Lensmaker's Equation, Apparent Depth, Reversibility, Dispersion, Focal Length and Magnification of a Thin Lens, Focal Length and Magnification of a Concave Mirror, Virtual Images, Telescopes and Microscopes, Index of Refraction, Shadows A Computer with below specification to be supplied along with the Optical Bench with Manufacturer's Authorization Letter (One Unit).
16. Specification of the Computer: Number of qubits: 2
17. Type of Quantum System: Heteronuclear Two-Spin System
18. Coherence time: ~3s(T?); ~150ms(T?), Grover Algorithm Fidelity: 0.80, Deutsch Algorithm Fidelity: 0.86, NMR Frequency - H: 27.0 ± 2 MHz
19. Size: 200x350x250 mm
20. Weight: 14 kg