Time is used to describe the motion of objects in relation to one another. While scientists and thinkers have proposed many definitions of time, it is best defined as a term comparing the motion of one or more objects to another. Understanding time accurately is important for comprehending phenomena like gravity. Time does not exist without motion, and is measured by comparing the motion of objects, like using miles per hour to compare travel speed to the earth's rotation. Clocks also measure time based on motion, like the spinning of clock hands or oscillation of quartz crystals.
General Theory of Relativity is the geometric theory of gravitation published by Albert Einstein in 1915 and the current description of gravitation in modern physics.
General Theory of Relativity is the geometric theory of gravitation published by Albert Einstein in 1915 and the current description of gravitation in modern physics.
Planet Motion Trajectory Is Not An EllipseGerges francis
Planet Motion Trajectory is NOT An Ellipse
Main Idea
I- Why The Moon Motion Is An Elliptical (or Circular) Trajectory?
- Earth moves daily a distance =2.58 mkm
- Earth motion direction is straight trajectory approximately declines by 0.9856 degrees daily to complete 360 degrees during 365.25 day completing a full revolution around the sun
- The moon has to move by this same data to save his connection with Earth (otherwise The Moon and Earth will be separated from each other)
Shortly
- Earth moves in straight trajectory with decline 0.985 degrees – the moon motion trajectory can't be a circular or an elliptical trajectory otherwise he will loss the Earth and will separate from her
Let's explain more clearly
- Earth Motion Trajectory is a straight line approximately (daily) because Earth motion declines only 0.985 degrees from the horizontal…. The moon can't move in any circular or elliptical trajectory around Earth –because if he does that earth and moon will be separated from each other!
- But we see the moon moves in elliptical trajectory during the month, revolving around Earth a complete revolution! How to understand that
Because It's A Wrong Vision
- The Moon Motion effects On Our Vision and forces us to see any planet motion trajectory as an ellipse
- The moon himself doesn't move in any elliptical trajectory but the moon motion effects negatively on our vision and forces us to see the moon motion trajectory as an elliptical trajectory…
Conclusion
Solar Planet Motion Trajectory Is Not An Ellipse – But We See It As An Ellipse Because Of The Moon Motion Effects On Our Vision
hello, friends it time for new scientific consideration ,usually what we think how time pass away,,,,,,,,,o come on i wish to get back in past...also in future......what you say???...take a look........
Planet Motion Trajectory Is Not An EllipseGerges francis
Planet Motion Trajectory is NOT An Ellipse
Main Idea
I- Why The Moon Motion Is An Elliptical (or Circular) Trajectory?
- Earth moves daily a distance =2.58 mkm
- Earth motion direction is straight trajectory approximately declines by 0.9856 degrees daily to complete 360 degrees during 365.25 day completing a full revolution around the sun
- The moon has to move by this same data to save his connection with Earth (otherwise The Moon and Earth will be separated from each other)
Shortly
- Earth moves in straight trajectory with decline 0.985 degrees – the moon motion trajectory can't be a circular or an elliptical trajectory otherwise he will loss the Earth and will separate from her
Let's explain more clearly
- Earth Motion Trajectory is a straight line approximately (daily) because Earth motion declines only 0.985 degrees from the horizontal…. The moon can't move in any circular or elliptical trajectory around Earth –because if he does that earth and moon will be separated from each other!
- But we see the moon moves in elliptical trajectory during the month, revolving around Earth a complete revolution! How to understand that
Because It's A Wrong Vision
- The Moon Motion effects On Our Vision and forces us to see any planet motion trajectory as an ellipse
- The moon himself doesn't move in any elliptical trajectory but the moon motion effects negatively on our vision and forces us to see the moon motion trajectory as an elliptical trajectory…
Conclusion
Solar Planet Motion Trajectory Is Not An Ellipse – But We See It As An Ellipse Because Of The Moon Motion Effects On Our Vision
hello, friends it time for new scientific consideration ,usually what we think how time pass away,,,,,,,,,o come on i wish to get back in past...also in future......what you say???...take a look........
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Time travel is one of my favorite topics! I wrote some time travel stories in junior high school that used a machine of my own invention to travel backwards in time, and I have continued to study this fascinating concept as the years have gone by. We all travel in time. During the last year, I've moved forward one year and so have you. Another way to say that is that we travel in time at the rate of 1 hour per hour.
But the question is, can we travel in time faster or slower than "1 hour per hour"? Or can we actually travel backward in time, going back, say 2 hours per hour, or 10 or 100 years per hour?
It is mind-boggling to think about time travel. What if you went back in time and prevented your father and mother from meeting? You would prevent yourself from ever having been born! But then if you hadn't been born, you could not have gone back in time to prevent them from meeting.
What Could Be the Concept of Time in Relation to Behavior in the Virtual Worl...crimsonpublisherscojrr
By questioning several people, when asked to define time, they all have a different approach. Their notion of time is specific to their vision, their interpretation of the speed of events in response to their needs and emotions. Many scientists have their own theory of time, which sometimes contradict others. If Galileo [1] has quantified time by mathematical measures, time measurement implicitly presupposes an orientation of time from the past to the future. The speed of the element’s movement in space can be constant or not. A measure that allows us to know or even predict the time it will take to do this or that act. Added to the physical aspect, without obscuring Albert Einstein’s theory of Relativity [2], the perception of the human being deserves to be integrated. Depending on the profile, emotions, cognition, memory, time duration can be subjective [3] or objective. If everyone agrees that time is irreversible, how can time in a virtual space be measured scientifically from a behavioural point of view? With regard to my scientific theories, “Avatarization”, “Virtual Intelligences”, “Transverse Zone” developed in my scientific publications [4] and my books concerning Net profiling [5-11] and related my research about behavioural differentiations between the real and the virtual, I wonder about the concept of time in virtual space, this impalpable, fast and interactive space. Certainly, the focus will be on the behaviour of virtual space users, including cybercriminals. Heraclitus [12] and the atomists [13] proposed to confuse matter with movement. According to them, everything is mobile. Since this is the case, how does the human behind the screen integrate and quantify this notion of time?
Keywords: Net-profiling; Concept of time; Transverse zone; Cyber space; Virtual space; Behavioral differentiation; Avatarization; Virtual intelligence
Introduction
Go to
When asked about the question of time, Saint Augustine [14] said: “If no one asks me, I know it, but if I am asked and I want to explain it, then I no longer know it. It is from this reflection that I asked myself the question of what state the notion of time in virtual space should be in. Considering that the people using this virtual space are human beings, you and I, cybercriminals, neophytes, scholars, therefore, human beings living in reality, it seems important to me to understand the notion of time in reality before explaining it, if at all possible, in the cyber space.
What are the basics behind the General Relativity?
General Relativity actually deals with gravitational interaction between objects. It thus deals with the rules that govern the giant universe and the galaxies within.
TDG President and Principal Analyst, Michael Greeson presents the beginning stages of his Quantum Theory of Media- where anytime, anywhere media is reshaping the fundamentals of creation, distribution, and consumption.
1. WHAT IS TIME
So to sumup, mybestdefinitionof time is:A termwe use to describe the motionof one ormore objects
comparedto another.
Throughoutthe past several hundredyears,manyscientistsandthinkershave wonderedwhattime is.
Several have triedtodefine time. Theirdefinitionsare sometimesoverlappingandsome are more
accurate than others. Inthisdocument,Iwill define andexplainexactlywhattime is. If scientistsand
thinkersdon’tgeta handle ora good definitionandunderstandingof exactlywhattime isthentheywill
not begintounderstandgravityandothercritical environmental phenomena.
I will addresswhytime (Idon’tevenliketouse the word) slowsdownwhenmotionisinvolved.
Here are a few thingsto thinkaboutgoingintothe subjectof time:
1. Time doesn’texistwithoutmotion.
2. Time comparesmotiontoanotherobject.
3. Time is not always totally accurate intoday’smethods, evenwithanatomicclock.
4. Time can be accurate whenspecial relativitymethodsare usedalongwithadded
synchronizationmethodsregardingspace movedclocks.
An Example:
MPH: Milesperhouris basedonmotionof how fast one objecttravelscomparedtothe motionof the
earth. When the earthturns 15 of its 360 degrees,andyouhave traveled100 milesduringthe 15
degreesthenyouhave gone 100mph. . Thisis basedonmotionof the clockrelative tothe earthspin.
Anotherexample:
A clockhas secondhandthat is designedwithacrystal and dividertoprovide enoughtickstogoaround
fourcycles (or revolutions) of aclock. This againisbasedon motionof the clock relative tothe earth
spin.
Anotherexample:
A crystal in a clockis cut at a reactance frequencyof 1MHZ and enclosedinashieldedcontainerthatwill
helpreduce driftorincrease ordecrease of the crystal frequency. Thenthe outputis divideddownto
match the movementof the earthsothere are 240 secondsperdegree of earthspin.
Anotherexample:
I will meetyouatsix PM. Since your clockand my clockare updatedautomaticallybythe worldtime
synch.Our clocksprovide motionthatwill correspondtomybodybeingata certainpointwhenthe
motionof the earth andthe motionof our clockscorrespond.
2. Why andhow do clocks drift?
Terrestrial Clocks:
All clocksare designedaroundmotion. There are noclocksthat I know of that don’tinvolve motion.
Whenone objectisin motion,itisaffectedtosome extentby the factthat it comesincontact withand
interactswithobjectsnormallyunseenwithinthe space oratmosphere etc.
Space Travel Clocks:
You can picture a baseball beingthrownwithaspinbehindit. If itisthrownfast,the spinwill decrease
quicker. The same happenstoatoms as theytravel throughspace. The decreasedspinaccountsforthe
lossof movementwithinanatomicclock.
Note:Einstein’s workregardingsynchronizationforclockswasgreatand prettymuch all of hisspecial
relativity andNewtonanalysisandclarificationotherthanthe mathwhenexceedingthe constant.
Einsteinseemstohave become perplexedasmostscientistsdoonhow motion (orwhathe describesas
time) isaffectedbymovement(ormovementaffectedbymovement). Once time isunderstoodthenit
all becomesquite simple andtakesthe magicof benttime,time travel etc.outof the realmof
possibility. (Be careful whenpluggingvaluesthatare negative,0,orusinginfinity).
Time travel:
Thishappensonlyone wayand thatis inour imagination. Once somethinghappens,ithashappened.It
doesn’tkeep happening;itisnotstill happeningwhereyoucantravel back to whenthe happening
happenedandre-liveit. Howdoyou know this? Because youare here now,you are not back there still
at the happening.
So to sumup, mybestdefinitionof time is:A termwe use to describe the motionof one ormore objects
comparedto another.
If you wantto betterunderstandthistrycommunicatingwithoutusingthe wordtime. Instead,try
describingthe exactmotiontowhichyouare referring,andyouwill understandmore quickly.
My car can go 120mph. Or my car can go quickerthan 1/10th
of the speedof the earth’srotation.
Meetme here in2 hours or meetme here whenthe earthspinsanother30 degrees.
WrittenbyJ. Wiel 12.30.15