The play expands upon the exploits of a mysterious unvisible King character from Shakespeare's Hamlet and the main setting is Denmark.
The action of Stoppard's play takes place mainly "in the wings" of Shakespeare's Hamlet, with brief appearances of the major character from Hamlet who enact fragments of the original's scenes.
Between these episodes, the King voice his confusion at the progress of events occurring onstage without them in Hamlet, of which he has no direct knowledge.
Comparisons have also been drawn with Samuel Beckett's Waiting for Godot, for the presence of a one central character who almost appears to be two halves of another single character. Many plot features are similar as well: the character passes time by playing Questions, impersonating other characters, and interrupting himself or just remaining silent for long periods of time.
Summary:
Showing events from the point of view of a mysterious invisible king from Hamlet, the man who has no control over his destiny, this film examines fate and asks, Can we ever really know what's going on?
Are answers as important as questions? Will The real King manage to discover the source of Hamlet's malaise as requested by the new king? Will the mysterious king who is strolling around the castle reveal the secrets He evidently knows? And whose serve is it?
The Music Video:
2015, Amrophis Taken off the album "Under The Red Cloud"
The Play:
Columbia University's Bard Hall Players present Rosencrantz and Guildenstern Are Dead, the spring 2014 production. Directed by Haley Masterson.
The Film:
1990, UK, USA, Comedy, Drama
Director: Tom Stoppard
Writer: Tom Stoppard
Stars: Gary Oldman, Tim Roth, Richard Dreyfuss
My Personal Comments:
Can a feather fall down faster than another heavier object?
A Typical answer to this question might be such as like this:
Heavy objects fall at the same rate (or speed) as light ones. The acceleration due to gravity is about 10 m/s2 everywhere around Earth, so all objects experience the same acceleration when they fall.
Well, we don't have classic relative Newtonian gravity as a natural rule in free space so repeat your experiment in the free space as an astronaut.
Well according to quantum physics that's possible as well, everything is possible actually at the sub-particle quantum level, you might even be at multiple places at the same time, and those rules might apply to our classic Newtonian material world one day in the future, that's also possible.
But ı have a way easier solution:
1. Consider the poor feather as your uncle in order to take the inequal fascist advantage of the other (iron for instance) object from its hands firstly and then take pity on your uncle.
2. And then put your uncle in a heavier box than the other iron material then repeat your experiment in this case so likely the feather wins the battle but it's still your uncle inside of that box, just go downstairs and free your uncle.
Absurdism, well it's a profession of the kings.
No comments:
Post a Comment
Your comment is awaiting moderation.