- #1
ddr
I can just give you a clue:Originally posted by cytokinesis
Care to explain to me how that works?
No the time you measure is proportional with the inner time of your watch and it doesn't apply on any other system cause every system more precizely every trajectory in every system has it's own time.Originally posted by cytokinesis
And what does that prove? The fact that we measure time?
Wow... this is... absolutely groundbreaking...
you might say it's new discovery of time but it has nothing to do with Einstein's theories.Originally posted by cytokinesis
So you're restating Einstein's discovery that Newton's 'universal clock' idea was wrong?
Originally posted by ddr
you might say it's new discovery of time but it has nothing to do with Einstein's theories.
my approach is slightly different from the Einstein's one. from my point of view time is a variable closesly dependent on the conditions in the observed system. in my approach you you won't find dilatiion or things. in einstein's approach you will not find the fact that time remains the same when the system remains only in one state.Originally posted by neutroncount
Um..no.
That all time is different to each object relative to everything else IS what Special Relativity an General Relativity is all about. You've discovered nothing new.
Actually, your first sentence fits with relativity (sorta), your second doesn't, and your third does.Originally posted by ddr
from my point of view time is a variable closesly dependent on the conditions in the observed system. in my approach you you won't find dilatiion or things. in einstein's approach you will not find the fact that time remains the same when the system remains only in one state.
Originally posted by russ_watters
if all you are doing is observing motion in one reference frame, relativity doesn't do much for you except assure you that the laws of physics work.When moving between or comparing two different reference frames, then things like time dilation become important.
The concept of time is a fundamental aspect of the universe that measures the duration of events and the sequence in which they occur. It is often referred to as the fourth dimension and is used to measure the intervals between moments or events.
Our perception of time is based on our experiences and our internal clock, which is controlled by our brain. It is influenced by factors such as emotions, attention, and memory, which can make time feel slower or faster.
According to Einstein's theory of relativity, time can be affected by gravity and speed. This means that time can be manipulated by changing the rate at which an object moves or the strength of the gravitational field it is in.
Time is a crucial aspect of the universe, as it allows for the progression of events and the measurement of change. It plays a role in the laws of physics and helps us understand the behavior of matter, energy, and space.
Exploring and understanding time can be done through various scientific disciplines such as physics, astronomy, and neuroscience. We can also explore time through philosophical and cultural perspectives, as it is a concept that has intrigued humans for centuries.