experiment_055: rocks in net

Figure 01. Rocks in the net (zoom in).

Figure 02. Rocks in the net (zoom out).

Figure 03. Top view of the rocks in the net when this is lighted with a flash light (small test).

Figure 04. Positioning the net under a lighting bulb.

Figure 05. Positioning the net under a lighting bulb.

Figure 06. Positioning the net under a lighting bulb (seen from far).
Experiment_055:
For this experiment we wanted to test whether the rocks in the nest can diffuse the light.
Items used in this experiment: white rocks, net, light bulb

experiment_054

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Figure 02.

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Figure 04.

Figure 05.
Experiment_054:

Items used in this experiment:

experiment_053: transluscent rock(s)

Figure 01. A transluscent rock.

Figure 02. A transluscent rock.

Figure 03. A transluscent rock.

Figure 04. A transluscent rock.

Figure 05. A transluscent rock.

Figure 06. A transluscent rock.
Experiment_053:
For this experiment we wanted to test whether rocks found at the beach can be used to diffuse light.
Items used in this experiment: white rocks found at the beach, flash light, led light.

experiment_052: many small rocks

Figure 01. The flash light lights between the mirror and the plexiglass with the rocks on it.

Figure 02. Close up of rocks creating diffusion.

Figure 03. Close up of rocks creating diffusion.

Figure 04. Light diffusion (top view).

Figure 05. Light diffusion (top view).
Experiment_052:
For this experiment we wanted to test whether the rocks on the transparent plexiglass and the mirror can provide a space for the light to be diffused.
Items used in this experiment: many small rocks, mirror, flash light.

experiment_051: thickness

Figure 01. Illuminating the thickness of the material.

Figure 02. Light "goes out" of the material when the last bends.

Figure 03. Reflection on the wall.

Figure 04. Same intensity is being transferred throughout the length of the plexiglass.

Figure 05. Same experimentation with the use of led light.
Experiment_051:
For this experiment we wanted to test whether we can transfer the light through the thickness of the transparent plastic material. The material used is similar to the experiment is a continuation of the experiment_050.
Items used in this experiment: transparent plastic piece of material (very thick), laser beam, led light, wall.

experiment_050: the split

Figure 01.Light being projected to the wall passing through the plexiglass.

Figure 02. The split of the light beam.

Figure 03. The split of the light beam.

Figure 04. The split of the light beam.

Figure 05. The split of the light beam.

Figure 06. The split of the light beam.


Figure 07. The split of the light beam.
Experiment_050:
For this experiment we wanted to test whether we can bend the light through the thick transparent plastic (slightly curved) material. The experiment is a continuation of the experiment_032 with the use of a thicker material.
Items used in this experiment: transparent plastic piece of material (very thick), laser beam, wall.

experiment_049: light breaking in

Figure 01. The mirror used to reflect the light in the glass room of another house.

Figure 02. The light reflected in the glass room

Figure 03. Zoom into the lighted glass room.
Experiment_049:
For this experiment we wanted to test whether the west light of the setting sun can be directed into the interior space of another house at its south side. This experiment is a continuation of the experiment_046, and experiment_048.
Items used in this experiment: sunlight, summer afternoon, mirror.


This experiment is a continuation of the

experiment_048: from W to S

Figure 01. The reflected sunlight can be seen as a spot right on the address label at the corner of the house.
For this experiment we wanted to test whether the west light of the setting sun can be directed to the south side of a house through its reflection on a mirror. The experiment took place on an august afternoon. This experiment is a continuation of the experiment_046.
Items used in this experiment: sunlight, summer afternoon, mirror.

experiment_047: one mirror - many rooms

Figure 01. Light in the children's room (shelves).

Figure 02. Light in the children's room (table).

Figure 03. Light in the children's room (wall).

Figure 04. Light in the children's room (ceiling).

Figure 05. Light in the couple's bedroom.

Figure 06. Light in the hallway (ceiling).

Figure 07. Light in the hallway (wall).
Experiment_047:
For this experiment we wanted to test whether by using one mirror we can direct the sunlight in different (dark) rooms of an apartment by only changing the position and angle.
Items used in this experiment: sunlight, sunlight, mirror.

experiment_046: to N through S

Figure 01. The sunlight arrives in the north room after being reflected in buildings surrounding this apartment.

Figure 02. Sunlight reflected on the south window of a building opposite the apartment of the experiment.

Figure 03.The reflected sunlight.
Experiment_046:
For this experiment we wanted to test whether the light can be transferred indirectly in a room through its reflection to the buildings around. This experiment took place during the winter in room with north orientation.
Items used in this experiment: north orientated room, sunlight, winter.

experiment_045: ice-cream scoop

Figure 01. Process of the experiment where light is collected through the ice-cream scoop.
Experiment_046:
For this experiment we wanted to test whether the ice-cream scoop can be used to collect more light to be transferred through the fiberoptics cable. The experiment is a continuation of the experiments 042, 043, and 044 where a magnifying glass and a funnel out of aluminum foil were used instead of the ice-cream scoop.
Items used in this experiment:thin fiberoptics cable, ice-cream scoop, daylight, shadow.

experiment_044: from light to shadow 2

Figure 01. The magnifying glass collects light into the fiberoptics cable.

Figure 02. Collect phase (zoom in).

Figure 03. Diffuse phase (zoom in).

Figure 04. Light transferred from shadow to light area of the table (top view).

Figure 05. Light transferred from shadow to light area of the table (birds eye view).

Figure 06. Light transferred from shadow to light area of the table (front view from the side of the diffusion).

Figure 07. Detail of the collection phase.

Figure 08. Detail at the end of the process where light arrives in the shadow.
Experiment_044:
For this experiment we wanted to test whether the magnifying glass used in the area where the light is collected can multiply the quantity of daylight being transferred from the light to the shadowy area. This experiment is similar to experiment_042.
Items used in this experiment: fiberoptics cable, magnifying glass, rock, table, daylight. shadow.