interactive movable mirrors reflection light beamapp

Interactive movable mirrors reflection light beamapp full#
Interactive movable mirrors reflection light beamapp series#

The artwork is also programmed to respond to sound with light, allowing visitors to interact with the artwork and affect its appearance using their voices and bodies.

Interactive movable mirrors reflection light beamapp full#

While the exterior is a monochromatic mirror that reflects the urban environment, the river and visitors themselves, the interior’s mirrored surface is tinted with the full color spectrum, providing another layer of vibrancy and interest. Through a panoramic array of mirrors and sound-responsive lights, Mirror Mirror will visually blend the waterfront, the fabric of Old Town, and the activity of pedestrians in the new park. All light can be traced to certain energy sources, like the Sun, an electric bulb, or a match, but most of what hits the eye is reflected light. The bending of light around edges or around small slits is called diffraction and makes patterns of bands or fringes. Playing with the ideas of reflection and refraction of light, Mirror Mirror’s interior and exterior are clad with a mirrored surface that reflects the surrounding environment in unexpected ways. makes a shadow, but light does bend around obstacles.

Interactive movable mirrors reflection light beamapp series#

The materials and interactive nature of the artwork reference the special type of lens used at Alexandria’s own historic Jones Point Lighthouse – called the Fresnel lens - the most advanced lens technology of the 1800s, which used a series of prisms to concentrate the light source and direct it into a narrow horizontal beam that was projected outward. The image produced is: (a) virtual and inverted (b) real. Correct Answer: Option (b) Q7) An object is placed at a distance of 40cm in front of a concave mirror of focal length 20cm. The incident beam is : (a) parallel (b) convergent (c) divergent (d) not certain. This structure in-the-round, like a lighthouse, is both a place to look outward at your surroundings and a beacon to be seen from afar and watched. Q6) A beam of light incident on a plane mirror forms a real image on reflection. The artwork takes the form of an opened circle, 25 feet in diameter and 8 feet high, that visitors can walk inside and around. As a result, the reflection of light occurs at the point with the same angles.Mirror Mirror was commissioned by the City of Alexandria’s Office of the Arts. In this case, the phases of the incoming waves are matched. This time, let’s assume that light reflections occur at the point with the same angle of incidence and reflection angle of the mirror. What happens when a reflection occurs at the same incident angle and reflection angle? If they do not match each other, their phase may be offset and disappeared. The ongoing wave can only continue to proceed when it coherent with the surrounding wave. jeriko/appdrone jfhovinne/jFeed jyr/MNPP interactive-matter/aJson. To prove this, we use the property of the wave.įirst, let’s look at the property of the wave. sebarmeli/JS-Redirection-Mobile-Site codeinchaos/restconsole tomwhite/hadoop-book. Then, the incident angle and the reflection angle are no longer the same.Įveryone knows that this does not actually happen. Suppose that reflection occurs at the corner of the mirror. If so, why is the angle of incidence and reflection of the mirror the same? What if there is reflection occurs at the end of the mirror? In other words, ‘law’ only tells the reproducibility of natural phenomena (what happens repeatedly), but it does not tell the cause. ‘Law’ refers to a situation in which a natural phenomenon happens repeatedly and without exceptions. ‘Law of reflection’ has the word ‘law’ attached. Why is the incident angle and the reflection angle the same?