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不动+不动=运动
[楼主] 作者:混天下第一  发表时间:2013/01/13 09:04
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不动+不动=运动

关键字:时间,时刻,静止,运动,不动+不动=运动,飞矢不动  作者:吴兴广

时间是静止的吗?不是。时间是运动的或者说时间是流动的。时刻是运动的吗?不是。通常我们认为时刻是静止的。

时间是由时刻组成的。这样静止的时刻就组成运动的时间。也可以说时间的运动或说时间的流动是由静止的时刻组成的。不动+不动=运动,运动=不动+不动。

假设这个结论成立,那么:在任意时刻静止的物体,在时间上就是运动的。或说,运动的物体在任意时刻是静止的。不动+不动=运动,运动=不动+不动。这不是飞矢不动吗?

时刻是什么?时刻是运动的吗?如果时刻不动,那么为什么静止的时刻可以组成时间?时间是什么?时间是流动的吗?时间怎么流动?

对于上面的问题,我们先不忙着回答,我们先看一看‘运动'与‘静止'。

所有静止的物体有一个共同特点就是-‘静止'。 ‘静止'是所有静止的物体所共有的。我们可以用速度等于零表示这个特点,表示静止;也可以用位移等于零表示这个特点。

不论运动的大小,运动的快慢,不论是匀速还是变速运动,不论是直线还是曲线运动,所有运动的物体有一个共同特点,那就是‘运动'。所有运动的物体的共同特点就是运动。如何把所有运动的物体所共有的特点---‘运动'表示出来呢?

速度是表示运动快慢的物理量,那么我们能够用速度表示共有的特点---‘运动'吗?不可以。不同的运动物体,运动的快慢并不相同。运动的快慢是个别物体的特性,因此我们不能以运动的快慢表示所有运动的物体的共同特点;位移是表示运动经过空间的多少的,那么我们能够用位移表示所有运动的物体的共同特点---‘运动'吗?不能。虽然运动的物体都有位移,但并不是运动的物体位移是一样。因此不能用位移表示所有运动的物体的共同特点---‘运动'。时间呢?对于时间我们还不知道时间是什么,时间是所有运动物体共有的吗,时间对于所有运动的物体都一样吗,因此暂不考虑。

后来,我们发现运动的物体,经过空间的大小与运动快慢的比值是所有运动的物体所共有的。运动的物体经过空间的大小与运动快慢的比值,也可以说是位移与速度的比值,是一个与不同的运动物体的速度无关的量,是一个与不同的物体的位移无关的量。这个量是所有运动的物体所共有的,是所有运动的物体的共同的特点。所以我认为这个量可以表示所有运动的物体的共同的特点----‘运动'。或者说所有运动的物体的共同的特点----‘运动'就是这个量。

这个量的值是变化的,就是说运动是有度的,运动是有长短的。(或说运动的持久度)。这里的长短不是指运动经过空间的长短,不是说经过的空间长,运动就长;经过的空间短,运动就短。这里运动的长短说的是运动的物体经过空间的大小与运动快慢的比值的大小。比值大,运动就长;比值小,运动就短。当我们把这个量从运动的物体中提出来的时候,任一运动的物体速度的改变,运动变为静止都不影响这个量,这个量与个别物体的运动或静止无关,此时可以认为这个量是一个自变量。这个量是所有运动的物体所共同的特点,所共有的,当所有的运动的物体变为静止的时候,这个量变为静止,或说不存在,此时可认为这个量是一个因变量。这个量随着运动的物体经过的空间的变大而变大。

位移用S表示,速度用 V表示,所有运动的物体的共同的特点----‘运动'用K表示,那么K=S/V.大家知道时间T= S/V,那么K=S/V=T。从这里我们可能得出这样的结论,所有运动的物体的共同的特点----‘运动'就是时间,时间就是所有运动物体的共同的特点----‘运动'。时间就是运动。因为‘运动'是所有运动物体的共同的特点,所以我们可以用任一个运动的物体来表示它。

静止的物体看来,运动的物体是运动的;在运动的物体看来,静止的物体是运动的。因此在有运动的物体的时候,我们可以说所有的物体都是运动的。因此时间就是所有物体的共同特点。与运动的大小,运动的快慢,与是匀速还是变速运动,与是直线还是曲线运动无关。

时间就是运动。运动就是时间。因此我们可以用运动的物体表示时间。这里‘运动的物体'不一定非是圆周运动或循环运动。

时间就是运动。运动就是时间。一个物体的运动,在另一个物体看来就是时间。物体在空间的位置就是时刻,物体在空间不同位置就是不同时刻,时刻组成时间。物体从空间一点运动到另一点就是时间从某一时刻流动到另一时刻。物体的运动就是时间的流动。

一个一直运动的物体(比如匀速运动的物体)经过空间的各点都是运动的,如果用这个物体表示时间,通常我们认为时刻是不动的,那么就是说物体在空间任一点都是运动的,我们却把它当做是不动的。所有运动的物体都可以表示时间,所有运动的物体在空间的位置都可以表示时刻,那么在某一时刻,运动的物体都是处在空间的某一位置,运动的物体在空间的某一位置都是不动的。至此我们得出运动的物体在任一时刻都是静止的,不动的。运动=不动+不动。在任一时刻都是静止的,不动的物体,在不同时刻处在不同位置的物体却是运动的。不动+不动=运动。

时刻的两种不同表示   时刻可以用运动的物体在空间的位置来表示,也可以用静止的物体来表示。前者属于用变量表示时刻;后者属于用不变量表示时刻。

运动快慢不同的两个物体,在运动慢的物体还没有离开原来位置的时候,运动快的物体已经离开原来的位置。在运动慢的物体自己看来,它还没有离开原来的位置,在时间的角度看,表示的是时刻;运动快的物体已经离开原来的位置,在时间的角度看,表示的是不同的时刻,是时间间隔,表示的是时间,表示的是时间从一个时刻到另一个时刻,是时间的流动。

静止的物体与运动的物体  静止的物体没有离开原来位置,运动的物体已经离开原来的位置。静止的物体没有离开原来位置,在时间的角度看,表示的是时刻;运动的物体已经离开原来的位置,在时间的角度看,表示的是不同的时刻,是时间间隔,表示的是时间,表示的是时间从一个时刻到另一个时刻,是时间的流动。

难道时刻具有相对性?根据运动的相互性之‘静止的物体看来,运动的物体是运动的;在运动的物体看来,静止的物体是运动的。',静止物体的时刻与运动物体的不同时刻----时间是相等的。即时刻等于时间。静止物体的时刻不等于运动物体的时刻。

时刻,用物体在空间的点或说物体在空间的某一位置来表示。时间由时刻组成,时刻是时间的一部分。理论上时刻是不可再分的时间。如同空间是由空间的点组成的,理论上空间的点是不可再分的。

时间由时刻组成,时刻是时间的一部分。根据时间是一个不等于零的量,那么时刻是一个不等于零的量。时刻是小到极致的时间。小到极致就是无限接近于零,但不是零。如果时刻是零,那么时刻加时刻就是零加零,得出时间为零。这是从时间的组成来说。

时间是流动的,时间从一个时刻到另一个时刻显示的是时间的流动。至少两个时刻,才能显示时间的不同。时间是不同的才能显示时间是变化的。时间是变化的,才能说时间是运动的,时间是流动的。时间只有一个时刻的时候,难道我们能说时间从这个时刻运动到这个时刻,时间从这个时刻流动到这个时刻?

只有一个时刻的时间是显示不出时间的不同的。显示不出时间的不同,就显示不出时间的流动。由于只有一个时刻的时间显示不出时间的流动,通常我们把含有一个时刻的时间认为是静止的。通常我们用t=0表示时间静止。时间静止,就是时间等于零。就是说时刻表示的是零时间。从时间流动的角度来说。

从时间流动的角度来说,单个时刻是表示不出时间的,或者说单个时刻表示时间为零;从时间是由时刻的组成来说,时刻是小到极致的时间,无限接近于零,不是零。

从时刻看时间,单个时刻是表示不出时间的,时间是有无数个表示不出时间的单个时刻组成的。就是说零+零=非零。时刻表示不出时间的流动性,时刻表示的时间是静止的。时刻就是静止的时间。无数静止的时刻组成运动的时间。或许我们可以描述成无数静止的时刻组成的时间是不动的。这样运动的时间就可以拆解成无数不动的时间即时刻。就像巴伯说的‘在任何一时刻,宇宙都是简单地由许多处在不同位置的不同物体组成'(我认为巴伯的这句话还是对的。)。从时间看时刻(即从时间看时间里的任一时刻),时间上任一时刻是小到极致的时间无限接近于零,不是零。非零(时间)=非零(时刻)+非零(时刻)。时间是流动的,那么时间上任一时刻的时间是流动的。

时刻的相对性

空间是由空间的点组成的。空间的点理论上是不可分割的。静止的物体表示空间的点,由于物体静止那么空间的点不变;而在运动的物体看来,静止的物体是运动,并不是处在空间上不动,而是经过了空间,处在空间的不同点上。这样原来在静止物体看来是不可分割的空间的点,在运动物体看来就变成空间的不同点的组合,变成空间间隔。(空间的不同点的组成空间间隔).此时空间的点变成空间间隔。由此看来空间的点是不可分的,具有相对性。

空间的点可不可分与运动有关,与运动的快慢有关。运动最快的物体决定空间的点不可分的程度。

时刻是物体在空间的某一位置,就是物体在空间的点。同样时刻的可分与不可分与运动有关,与运动的快慢有关。运动最快的物体决定时刻不可分的程度。

参考文献:1《巴伯时间观的读与想》2《空间认识》3论证飞矢不动之成立》4《时间认识》5《两种时空观的同一》6《运动论 》

7《飞矢不动错在哪里》8《真空电容率与磁导率的改变》9《相对性原理成立的论证以及数学表达》10《时间就是物体在空间的位置的数学公式》11《论证时间是所有运动物体的一个共量》12《相对论分析同时的相对性》

2013-1-13 8:56:11

 

 

 

 

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[楼主]  [2楼]  作者:混天下第一  发表时间: 2013/01/13 10:10 


Fixed + fixed = sports
Keywords: time, moment, still, motion, fixed + fixed = sports, flying arrow does not move the author: Wu Xing Guang吴兴广
The time is stationary business? Not. Movement or time is flowing. Moment movement? Not. Usually we think that the time is stationary.
The time is composed by the moment. Such moments of stationary composition of the movement of time. Can also be said that the time of movement or flow of time is composed by the stationary time. Fixed + fixed = sports, sports = fixed + fixed.
Assuming that this conclusion was established: stationary object at any time, the time is movement. Or to say, the moving object is stationary at any time. Fixed + fixed = sports, sports = fixed + fixed. This is not a flying arrow does not move?
What is the time? Moment movement? If the moment does not move, then why static moment can be composed of the time? What is the time? The time is the flow of business? Time how liquidity?
For the above problem, let's not busy answering, let's take a look at the 'movement' and 'still'.
All stationary objects have a common feature - 'Still'. 'Still' is common to all stationary objects. We can use speed is equal to zero indicates that this characteristic, indicating a stationary; equal to zero indicates that this feature can also use displacement.
Regardless of the size of the movement, speed of movement, whether it is uniform or variable motion, whether straight or curved motion, all moving objects have a common characteristic, that is, 'movement'. The common feature of all moving objects is exercise. How the common characteristics of all moving objects --- 'movement' out?
Speed is said that the movement speed of the physical quantities, then we are able to use the speed of said shared characteristics --- 'movement' it? No. Different moving object, the speed of movement is not the same. The speed of movement is the individual characteristics of the object, so we can not be said that the speed of the movement of the common feature of all moving objects; displacement is a common feature of all the moving objects of said movement through space, how much, so we were able to in displacement - - 'movement' it? Can not. Although the movement of the object has a displacement, but not the movement of displacement of an object. Therefore can not be used displacement represents a common feature of all moving objects --- 'movement'. Time? For the time we do not know what time is all moving objects in common time for all moving objects are the same, so not to consider.
Later, we found that the movement of the object, after the ratio of the size of the space and the movement speed is common to all moving objects. The size and the ratio of the movement speed of the moving object through space can also be said that the ratio of the displacement and velocity, and is unrelated to the amount of a different speed of moving objects, is unrelated to the amount of a different displacement of the object. This amount is shared by all moving objects is a common feature of all moving objects. So I think that this amount represents the common characteristics of all moving objects ---- 'movement'. Or is the amount of the common characteristics of all moving objects ---- 'movement'.
The value of this amount is changed, a degree of movement is to say, there is a length of movement. The durability of the movement (or say). Here not referring to the length of the movement after the length of the space, not to say that long after the space movement; After the short space, short movement. The length of said movement here is the ratio of the size of the moving object after the size of the space and the movement speed. Ratio, movement; ratio, short movement. When we put this amount from moving objects, the change of the speed of any moving objects, the movement becomes still will not affect the amount, this amount of individual objects moving or still has nothing to do, that this The amount is an independent variable. This quantity is a common characteristic of all the moving objects are, in common, when all of the motion of the object becomes stationary, this amount becomes stationary, or say that there can be considered that this volume is a dependent variable. This amount with the movement of objects through the space becomes larger and larger.
The displacement S represents the speed is denoted by V, the common characteristic of all the moving object ---- 'movement' is represented with K, then K = S / V. we know the time T = S / V, then K = S / V = T. From here we may conclude that the common feature of all moving objects ---- 'movement' is time, time is a common feature of all moving objects ---- 'movement'. Time is movement. 'Movement' is a common feature of all moving objects, so we can use any of a moving object to represent it.
Stationary object opinion, the movement of objects movement; opinion, a stationary object is the movement of moving objects. Therefore, moving objects, we can say that all objects are motion. So time is a common feature of all the objects. And the size of the movement, speed of movement, with constant speed or variable speed movement, has nothing to do with a straight line or a curve movement.
Time is movement. Movement is the time. Therefore, we can use the body in motion represents time. Here 'movement of objects' are not necessarily non-circular motion or circular motion.
Time is movement. Movement is the time. The motion of an object in another object is all. The position of the object in space is the moment, the object in a spatially different position is different times, always composed time. Objects from space a little exercise to another point of time flowing from one moment to another moment. The movement of an object is the flow of time.
One has been movement of an object (such as a uniform motion of the object) through the movement of each point of the space is, if the object represents the time, usually we think that the time is not moving, then that object is the movement in space any we treat it as fixed. All moving objects can represent time, all movement of the position of objects in space can be represented by the moment, then, at a certain moment, the moving objects are in a position of the space, a position of the movement of an object in space are fixed. At this point we have come to the movement of objects at any one time are still not moving. The sports = fixed + fixed. Are stationary, at any one time does not move the object, at different times in the different positions of the object is the movement. Fixed + fixed = sports.
Two different representations of the moment of the moment can be expressed position with the movement of objects in space can also be stationary object. The former belongs to the variable represents the moment; the latter belongs invariants said moment.
Different moving speed of the two objects, objects moving slow, did not leave the original position when the fast movement of the object has left its original location. Slower in the motion object own opinion, it has not yet left the original position, in the angle of view of time, representing the moment; moving fast the object has left the original position, at the time the angle of view, representing the different moments is the time interval represented, said that the time from one moment to another moment, the flow of time.
Stationary objects of a stationary object and movement of objects does not leave the original position, and the moving object has left the original position. Stationary object does not leave the original position, at the time the angle of view, that is the moment; the moving object has left the original position, at the time the angle of view, represents the different moments of time interval, represented is the time, represents the time from one time to another time, the flow of time.
Is moment relativity? Opinion, based on the mutual movement of the 'stationary objects, the moving object is in motion; opinion, a stationary object is the movement of objects in motion. ', The different moments of the stationary object and the moment of moving objects ---- Time is equal. That time equal to the time. The timing of the stationary object is not equal to the moment of the moving object.
Moment, with the object at a point in space or said a certain position of the object in space. The time from the moment that the moment is a part of the time. Theoretically moment the time can not be divided. Match space is determined by the composition of a point in space, the theoretically a point in space is not further divided.
The time from the moment that the moment is a part of the time. According to the amount of time is a non-zero, then the moment is a non-zero amount. The moment the small time to the extreme. Small to the extreme is infinitely close to zero, but not zero. If time is zero, then the moment plus moment is zero plus zero, the time or zero. This is from the time of the composition.
The time is the flow of time from one moment to another moment is the flow of time. At least two moments, in order to display the time difference. Time is different to that times are changing. Time is to change, to say the time is movement, time is flowing. Only a moment when, are we able to time movement from this moment to this moment, time flows from this moment to this moment?
Only a moment of time is no different time. Does not reveal a different time, it does not reveal the flow of time. Not show the flow of time because there is only one moment of time, usually containing a moment of time that is stationary. We usually use the time t = 0 indicates stationary. Still time, is the time to zero. That moment is zero time. From the standpoint of the flow of time.
From the standpoint of the flow of time, the single time shows no time, or a single time represents time zero; from the time by the time the composition, timing is small to the limit time, infinitely close to zero, is not zero.
Look at the time, from the moment a single moment is said can not afford the time, the time is composed of numerous, said not a single moment of time. That zero + zero = non-zero. Fluidity indicates no time at all times, the time represented by the time is stationary. Moment is still time. Numerous stationary moment the movement of the time. Perhaps we can be described as numerous static moment of time is not composed of dynamic. Such movement can be broken down into numerous fixed time that moment. Like Barbour said 'at any one time, the universe simply by a number of different objects in a different location' (I think the Barber this sentence.) From time to see the timing (i.e., from the time to look at any one time in the time), the time any moment is small to the extreme time infinitely close to zero, is not zero. Non-zero (time) = non-zero (time) + of nonzero (time). Time is the flow of time in any moment of time is flowing.
The relative nature of the moments
The space is composed by a point in space. Space point theoretically indivisible. Stationary object represents a point in space, because then a point in space of the object still unchanged; moving objects opinion, a stationary object is moving, not in the space does not move, but after a space, in space different points. So that the original in the stationary object appears to be indivisible point in space, on the moving object becomes a combination of the different points of the space, into the space intervals. (The composition of the space of the different points of the space interval). Points in space at this time into a space interval. From this point of space is inseparable, with relativity.
Point of space may not be separable and movement, speed of movement. Degree of the movement fastest object space decision point can not be separated.
The moment is a position of the object in space, that is, the point of the object in space. Same time separable and inseparable sports-related, with the speed of the movement. The object motion fastest decided the moment inseparable.
References: 1 "Barbour concept of time reading and want to" 2 "space awareness" 3 "argument Flying Arrow is fixed to the establishment of the" 4 "time understanding" 5 "two time and space of the same" kinetic theory "
7 "Flying Arrow Fixed went wrong" 8 "the vacuum permittivity and the magnetic permeability change" 9 "established principle of relativity demonstration and mathematical expression" 5 "time is the position of objects in space mathematical formula" 11 "Demonstration time is a total of the amount of all moving objects "12" relativistic analysis of the relativity of simultaneity "
2013-1-13 8:56:11 The inevitably wrong translation, see Chinese original
[楼主]  [3楼]  作者:混天下第一  发表时间: 2013/01/13 10:10 

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