Can Dropping Stuff Challenge Einstein's Relativity Theory?

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In summary, the Extreme Art of Dropping Stuff is a performance art that involves dropping objects from a height and capturing the resulting destruction or impact on camera. It originated in the 1960s with artists like Yoko Ono and Nam June Paik and has gained popularity with the rise of social media. There is no set rule for what types of objects can be used, with artists using everyday objects or unconventional items. While there is potential for danger, precautions are taken to ensure safety. The purpose of Extreme Art of Dropping Stuff is to challenge societal norms and perceptions of objects, destruction, and waste, with potential commentary on consumerism and modern society.
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Babies love it, and Galileo supposedly tried it: Drop some objects from on high, and see how fast they fall. According to Einstein’s theory of general relativity, all objects in Earth’s gravity, regardless of mass, should descend at the same rate in the absence of air resistance. But there are plenty of reasons to believe this might not be true. Some physicists think that under certain circumstances, objects might fall slightly faster or slower—and they’re going to extreme lengths to try to spot
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STE-QUEST won't happen, PLATO (exoplanet measurements) won. There is still the STEP proposal.
 

1. What is the "Extreme Art of Dropping Stuff"?

The Extreme Art of Dropping Stuff is a scientific experiment that involves dropping objects from different heights and observing their behavior upon impact.

2. What is the purpose of this experiment?

The purpose of this experiment is to study the effects of gravity and other forces on objects when they are dropped from various heights.

3. What materials are needed for this experiment?

The materials needed for this experiment include objects of different weights and sizes, a measuring tape or ruler, a stopwatch, and a safe area to conduct the experiment.

4. How is the experiment conducted?

The experiment is conducted by dropping the objects from different heights and recording the time it takes for them to reach the ground, as well as observing their behavior upon impact. This process is repeated multiple times for each object.

5. What can we learn from this experiment?

This experiment can teach us about the laws of physics, specifically the effects of gravity and air resistance on falling objects. It can also help us understand the importance of safety precautions when handling objects at different heights.

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