time moves slower for the moving observer especially if they are travelling at super high relativistic speeds, and time is moving faster for the stationary observer relative to the moving one. that is the corrredr rscorrect understanding. one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. IT isThey are the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of photonsparticles. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yeryet. another phenomena that occurs at high velocity is length contraction, a type of lorentz transformation. I understand that even less. but againthat is I know that it is down to reference frames.happens, I know the object travelling at 10percent ofequations for it, but I don't understand WHY? Recently I have come to understand the speedWHY of light appears a little shorter in length than itSR-that is, for the person insidea long time the moving objectreason why relativistic velocity causes time dilation stumped me, whereas GR time dilation from gravity is for me very plainly logical. this just demonstratesNow i understand that two people in two reference frames observe different measurements. both are correctas we travel through space we also interact with the time dimension so it stands to reason that our experience of time will therefore change.at light speed the length contractionspeed of light is very pronounceda fundamental constant of the universe which I believe has to do with the fundamental structure of our four dimensional reality. it may be necessary to merely memorise these concepts, and not try to forceand a day will come when the QHY, to wait until it intuitively comes to you, if it ever does at allWHY will just click. Good Good luck.
time moves slower for the moving observer especially if they are travelling at super high speeds, and time is moving faster for the stationary observer relative to the moving one. that is the corrredr rs one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. IT is the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of photons. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yer. another phenomena that occurs at high velocity is length contraction, a type of lorentz transformation. I understand that even less. but again it is down to reference frames. the object travelling at 10percent of the speed of light appears a little shorter in length than it is for the person inside the moving object. this just demonstrates that two people in two reference frames observe different measurements. both are correct.at light speed the length contraction is very pronounced. it may be necessary to merely memorise these concepts, and not try to force the QHY, to wait until it intuitively comes to you, if it ever does at all. Good luck.
time moves slower for the moving observer especially if they are travelling at super high relativistic speeds, and time is moving faster for the stationary observer relative to the moving one. that is the correct understanding. one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. They are the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of particles. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yet. another phenomena that occurs at high velocity is length contraction, a type of lorentz transformation. I understand that even less.that is I know that it is happens, I know the equations for it, but I don't understand WHY? Recently I have come to understand the WHY of SR-that is, for a long time the reason why relativistic velocity causes time dilation stumped me, whereas GR time dilation from gravity is for me very plainly logical. Now i understand that as we travel through space we also interact with the time dimension so it stands to reason that our experience of time will therefore change. the speed of light is a fundamental constant of the universe which I believe has to do with the fundamental structure of our four dimensional reality. it may be necessary to merely memorise these concepts,and a day will come when the WHY will just click. Good luck.
time moves slower for the moving observer especially if they are travelling at super high speeds, and time is moving faster for the stationary observer relative to the moving one. that is the corrredr rs one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. IT is the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of photons. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yer. another phenomena that occurs at high velocity is length contraction, a type of orentzlorentz transformation. I understand that even less. but again it is down to reference frames. the object travelling at 10percent of the speed of light appears a little shorter in length than it is for the person inside the moving object. this just demonstrates that two people in two reference frames observe different measurements. both are correct.at light speed the length contraction is very pronounced. it may be necessary to merely memorise these concepts, and not try to force the QHY, to wait until it intuitively comes to you, if it ever does at all. Good luck.
time moves slower for the moving observer especially if they are travelling at super high speeds, and time is moving faster for the stationary observer relative to the moving one. that is the corrredr rs one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. IT is the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of photons. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yer. another phenomena that occurs at high velocity is length contraction, a type of orentz transformation. I understand that even less. it may be necessary to merely memorise these concepts, and not try to force the QHY, to wait until it intuitively comes to you, if it ever does at all. Good luck.
time moves slower for the moving observer especially if they are travelling at super high speeds, and time is moving faster for the stationary observer relative to the moving one. that is the corrredr rs one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. IT is the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of photons. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yer. another phenomena that occurs at high velocity is length contraction, a type of lorentz transformation. I understand that even less. but again it is down to reference frames. the object travelling at 10percent of the speed of light appears a little shorter in length than it is for the person inside the moving object. this just demonstrates that two people in two reference frames observe different measurements. both are correct.at light speed the length contraction is very pronounced. it may be necessary to merely memorise these concepts, and not try to force the QHY, to wait until it intuitively comes to you, if it ever does at all. Good luck.
time moves slower for the moving observer especially if they are travelling at super high speeds, and time is moving faster for the stationary observer relative to the moving one. that is the corrredr rs one interesting thing. if you live in a 4th floor flat, the gravity for you is minutely less than those on the ground floor being higher up-as earths gravity is strongest at the centre of the earth. so time for the 4th floor tenant would travel minutely quicker, again because they are in their own time-space reference frame. the results because of the minute difference in gravity would be so small. When we walk up a flight of stairs, time is at war with itself. Being farther from the pull of Earth's gravity causes our clock to tick faster, but moving counteracts this effecT, as moving causes your time to travel slower compared to the stationary observer. one reason for this is that despite all these personalised reference frame, the law of the universe is that the speed of light (c) is constant, it is the same for all observers-the moving and the stationary. even gravity does not effect light speed. it can bend light (gravitational bending)but not slow it down, because photons are massless. SR is just really complicated much more than GR. IT is the most important two theories in physics and in my view in the whole of science, with the second being the nature of quantum level of reality with phenomena such as the uncertainty principle, and the dual nature of photons. GR AND SR are how reality work on the macro level-the level of stars and planets and even galaxies, while the quantum theory is how stuff works at the smallest level, where the laws of physics break down, where it is like reality is in flux, that it has not been made yer. another phenomena that occurs at high velocity is length contraction, a type of orentz transformation. I understand that even less. it may be necessary to merely memorise these concepts, and not try to force the QHY, to wait until it intuitively comes to you, if it ever does at all. Good luck.