Tag: Gravity

  • Laws Of Motion Gravity Trigonometry Hindu Texts

    I have posted some articles on the advanced concepts of Hinduism, some of them are over 5000 years old.

     

    I had recently delivered a lecture on Quantum, Hinduism and the unlocking of natures secrets through Gayatri.

     

    As I was lecturing a senior scientist from a reputed Institution was so upset that when I was proving the inadequacy of Science especially Newton, in explaining many physical events both atomic and in Astrophysics,he interrupted me that None should speak ill of Newton.

     

    My reply from the podium was that when I am talking Vedas and about Shankaracharya, Newton does not come anywhere near and asked the gentleman to wait till I complete the lecture.

     

    I continued with the arguments in the lecture.

     

    I shall deal with the details of the lecture in a separate post.

     

    It is a different matter that the gentlemen met my friend and informed he shall read Sanskrit and Shankara before talking about these issues.

     

    Now let us see in this post what our Vedas and ancient texts say on Laws of Motion,Gravity?

     

    Designing of Spaceships Hindus Sundara Vimana,
    Sundara Vimana,Holo-gravitic buoyancy drive image credit. http://projectavalon.net/forum4/showthread.php?66925-Holo-gravitic-buoyancy-drive

     

    Quote:

     

    The words gravity and gravitational pull are generally translated into Indian
    languages as “GURUTVA AKARSHANA SHAKTI”. The word ‘Gurutva’ means ‘mass’
    and ‘Aakarshana’ means ‘attractive pull’. The very name indicates that the ancient
    Indians observed some relation between the mass of a body and the gravitational pull.

    The Taittiriya branch of Krishna Yajurveda says –

    
        
       
    This means, the sun is holding the earth and the heaven in the space. The sun has
    the power of attraction (kristheeh) and shines without interruption.
    The word “Kristhee” in the above sentence is derived from the root “krish” which
    has no other meaning, but attraction. Saying that the sun is holding the earth in the space
    through his power of attraction, implies that the earth also is a body with a different type
    of force of attraction. Otherwise, if the sun is like a magnetic ball and the earth is like an
    iron ball, they would have collided with each other long back. The same idea is reflected
    very clearly in the following famous Sloka of Varahamihira (6th century AD)

    ….

    The ball of the earth which is made up of the five fundamental elements, is placed
    in the center of a cage, which is made up of the stars of the galaxy and hence it is hanging
    in the sky, like an iron ball in the center of a cage of magnetic balls.

    The word “Panchabhoota Maya” in the above Sloka is important.

    In the context of the solar system, our ancestors did not see the earth as a simple
    mass of mud. The globe of earth, the oceans, the air and the clouds around it put together,
    is treated as “Bhugola”.

    Bhaskaraacharya (12th century AD) made this very clear in his “Goladhyaya” of
    Siddhanta Siromani. ….

    The Surya Siddhanta is one of the earliest doctrines or traditions (siddhanta) in archaeo-astronomy of the Hindus. Its original version is by an unknown author. It describes the archeo-astronomy theories, principles and methods of the ancient Hindus. This siddhanta is supposed to be the knowledge that the Sun god gave to an Asura called Maya. Asuras were enemies of the Deva, the Gods of Hindus. Asuras were believed to be residents of the nether worlds.

    Significant coverage is on kinds of time, length of the year of gods and demons, day and night of god Brahma, the elapsed period since creation, how planets move eastwards and sidereal revolution. The lengths of the Earth’s diameter, circumference are also given. Eclipses and color of the eclipsed portion of the moon is mentioned. This explains the archeo-astronomical basis for the sequence of days of the week named after the Sun, Moon, etc. Musings that there is no above and below and that movement of the starry sphere is left to right for Asuras makes interesting reading.

    Varahamihira in his Panchasiddhantika contrasts it with four other treatises, besides the Paitamaha Siddhantas (which is more similar to the “classical” Vedanga Jyotisha), thePaulisha and Romaka Siddhantas (directly based on Hellenistic astronomy) and the Vasishta Siddhanta. Citation of the Surya Siddhanta is also found in the works of Aryabhata

    The table of contents in this text are:

    1. The Mean Motions of the Planets[notes 1]
    2. True Places of the Planets
    3. Direction, Place and Time
    4. The Moon and Eclipses
    5. The Sun and Eclipses
    6. The Projection of Eclipses
    7. Planetary Conjunctions
    8. Of the Stars
    9. Risings and Settings
    10. The Moon’s Risings and Settings
    11. Certain Malignant Aspects of the Sun and Moon
    12. Cosmogony, Geography, and Dimensions of the Creation
    13. The Gnomon
    14. The Movement of the Heavens and Human Activity.

     

    Trignometry.

    The Surya Siddhanta contains the roots of modern trigonometry. It uses sine (jya), cosine (kojya or “perpendicular sine”) and inverse sine (otkram jya) for the first time, and also contains the earliest use of the tangent and secant when discussing the shadow cast by a gnomon in verses 21–22 of Chapter 3:

    Of [the sun’s meridian zenith distance] find the jya (“base sine”) and kojya (cosine or “perpendicular sine”). If then the jya and radius be multiplied respectively by the measure of the gnomon in digits, and divided by the kojya, the results are the shadow and hypotenuse at mid-day.

    In modern notation, this gives the shadow of the gnomon at midday as

    s = \frac{g \sin \theta}{\cos \theta} = g \tan \theta

    and the hypotenuse of the gnomon at midday as

    h = \frac{g r}{\cos \theta} = g r \frac{1}{\cos \theta} = g r \sec \theta

    where \ g is the measure of the gnomon, \ r is the radius of the gnomon, \ s is the shadow of the gnomon, and \ h is the hypotenuse of the gnomon.

     

    Citations.

     

    Laws of Motion Gravity Hinduism

     

    Surya Siddhanta wiki

     

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  • Speed Of Light =Gravity=Infinity = 0 = Science?

    The Speed( I am using this term to enable every one to understand this) is 299,792,458 metres per second,

     

    This is equal to the Speed of Gravity.

     

    Speed of Light is equal to Speed of Gravity(+ or – 1%)

     

    The Speed of Light, according to Newton is Infinite.

     

    That is you can not comprehend because there are innumerable Digits,’ it is limitless.

     

    Zero can not be comprehended because there is nothing to comprehend.( some say “A positive or negative number when divided by zero is a fraction with the zero as denominator”

     

    So in terms of Comprehending Infinity is as comprehensible as Zero is.

     

    Therefore Infinity is equal to Zero.

     

    Speed of Light is Infinite.

     

    Therefore, Speed of Light is equal to Zero.

     

    I am aware of the Logical Fallacy of undistributed Middle is present in my argument.

     

    So do the Scientist theories!

     

    We take Science because it is convenient.

     

    We do not question it.

     

    Then why not God?

     

    * Follow Theory of Relativity, it is more fun .

     

    Symbol of Infinity
    Infinity symbol

     

    Newtonian Gravity.

     

    Therefore the theory assumes the speed of gravity to be infinite. This assumption was adequate to account for all phenomena with the observational accuracy of that time. It was not until the 19th century that an anomaly in astronomical observations which could not be reconciled with the Newtonian gravitational model of instantaneous action was noted.

     

    Relativity Gravity.

    General relativity predicts that gravitational radiation should exist and propagate as a wave at lightspeed: a slowly evolving and weak gravitational field will produce, according to general relativity, effects like those of Newtonian gravitation.

     

    Infinity.

    Infinity (symbol: ) is an abstract concept describing something without any limit and is relevant in a number of fields, predominantly mathematics and physics. The English word infinity derives from Latin infinitas, meaning “the state of being without finish”, and which can be translated as “unboundedness”, itself calqued from the Greek word apeiros, meaning “endless”

     

    The Indian mathematical text Surya Prajnapti (c. 3rd–4th century BCE) classifies all numbers into three sets: enumerable, innumerable, and infinite. Each of these was further subdivided into three orders:

    • Enumerable: lowest, intermediate, and highest
    • Innumerable: nearly innumerable, truly innumerable, and innumerably innumerable
    • Infinite: nearly infinite, truly infinite, infinitely infinite

    In the Indian work on the theory of sets, two basic types of infinite numbers are distinguished. On both physical and ontological grounds, a distinction was made between asaṃkhyāta (“countless, innumerable”) and ananta (“endless, unlimited”), between rigidly bounded and loosely bounded infinities.

     


    Minecraft can be a great tool for visualizing complicated subjects, such as the speed of light (aka “c”). Using a straight track and simple math, we can see how the universe might be limiting speeds for very fast things, such as light.

    The “doors” metaphor is admittedly, imperfect. While they do limit speed outside of “acceleration”, they falsely imply that there is something “in space” that slows things down, which does not appear to be the case at the moment. The actual mechanisms that limit objects to light speed will be the topic for a future video. (Hint: It has to do with time!)

     

    Zero.

     

    The rules governing the use of zero appeared for the first time in Brahmagupta‘s book Brahmasputha Siddhanta (The Opening of the Universe),[25] written in 628 AD. Here Brahmagupta considers not only zero, but negative numbers, and the algebraic rules for the elementary operations of arithmetic with such numbers. In some instances, his rules differ from the modern standard. Here are the rules of Brahmagupta:[25]

    • The sum of zero and a negative number is negative.
    • The sum of zero and a positive number is positive.
    • The sum of zero and zero is zero.
    • The sum of a positive and a negative is their difference; or, if their absolute values are equal, zero.
    • A positive or negative number when divided by zero is a fraction with the zero as denominator.
    • Zero divided by a negative or positive number is either zero or is expressed as a fraction with zero as numerator and the finite quantity as denominator.
    • Zero divided by zero is zero.

    In saying zero divided by zero is zero, Brahmagupta differs from the modern position. Mathematicians normally do not assign a value to this, whereas computers and calculators sometimes assign NaN, which means “not a number.” Moreover, non-zero positive or negative numbers when divided by zero are either assigned no value, or a value of unsigned infinity, positive infinity, or negative infinity.

     

    Read my Posts on Time, Astrophysics.Science.

     

    Citations.

    Zero Wiki

    Infinity Wiki

     

     

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  • Gravity, Film Review,For The Discerning,

    It is very difficult to take a film based on Space sans gimmicks , laser gun wielding characters and keep the audience engaged for about 140 Minutes.

    A Film on Gravity.
    Gravity, Movie.

    If the story line is about losing oneself cutoff from Communication network from anywhere deep in Space, totally at the mercy of Technology, which can fail against the smallest idiosyncrasies of Nature,,well even imagination is bound to fail.

    Yet,Gravity does just that ‘conceptualizing beyond the Human Mind and execution beyond technology, that is Human Creativity plus technology.

    One is overwhelmed while rating the film, Rate it the Best for Photography,Special Effects. Editing, Music,Script,Dialogues Acting,Direction,or the Best film of all times in this Genre.

    A crew aboard a Mission craft are left stranded in Space because of malfunction and the escape routes are blocked by falling man-made Satellite debris, which cuts off all communications,

    How the issue is resolved forms the story.

    As I have indicated in my earlier post before viewing the film, one does know how to react when lost in Space when you get disoriented.

    What is the frame of reference?

    The fear of Death seems trivial when compared to the primordial fear of the vastness of  Space.

    The film is both psychological and scientific though not a documentary.

    The Director steers clear of commercializing the Movie and at the same has not made this a documentary.

    The result is a gripping film with a tight script and excellent acting from Sandra Bullock and George Clooney.

    The script, what can one say?

    One word ‘outstanding’, scientific, early, dry humor  breezy, all at the same time.

    Ina all a film for the discerning .

    Only yesterday I was telling my son that my favorite film on any day on Space is  Spielberg’s  Close Encounters of the Third Kind  for its original thought on communication with the extra terrestria,l despite the fact that there have been movies on the subject.

    Well, now My favorite has changed-Gravity.

    Trivia.

    Why does the earth look like Milky way Galaxy in one shot?

    Why does Gravity does not get mentioned even once in the Movie?

    The film seems to be more about Space than gravity?

    is this has been named as Gravity because the tag Gravity is more catchy?

  • TIME has Color, Can be Touched?-Participate.

    The Theory that Time is Relative is about to be experimentally proved in Public.

    The Organisation wants Public participation in ‘making the experiments Dramatic and visually stimulating’

    Please click the link and contribute your ideas.

    I request every one including youngsters, especially  them to come out with idea.

    For  easy reading on the subject please read my blog Time-a Non-linear Theory( filed under Astro Physics)

    Time passes at different rates in different gravitational potentials and at different speeds. In other words, time will pass quicker in space than it does down here on the Earth’s surface, but a clock on a speeding rocket will appear to run slower when compared with a stationary clock.

    Time Dilation Should Be Sensational


    Experiments since the Hafele-Keating flights in 1971 — when four Cesium atomic clocks were flown on regularly scheduled commercial jet flights around the world — have confirmed that time dilates depending on how fast and how high you’re flying.

    But rather than to simply prove that the phenomena of Special and General Relativity are real properties of space and time, Kentucky Space wants to make a love connection between the public and space, between the physics behind our Universe and our experience-loving selves.

    For Time Probe, Kentucky Space, in cooperation with its strategic partnerNanoRacks LLC, proposes to integrate an atomic clock with our CubeLab modules. It will secure the Rubidium clocks, build the experimental interfacing and data handling systems, integrate the payload, and meet all the flight requirements to get an orbiting atomic clock on station, working in tandem with its NanoRacks’ host and beating its little heart out.

    BACKGROUND: What are CubeLabs and NanoRacks?

    We will keep an identically prepared clock at the Space Science Center at Morehead State University. A predicted time of the clock in orbit (reading the space station’s clock while in orbit would be strictly forbidden) will be displayed side-by-side for comparison.

    Now think countdown timer in Lost‘s Swan Station. By hosting both clock displays on the Internet, something wonderful will slowly happen.

    Beginning at about the thousandth decimal place on right of the display, the predicted time of the clock aboard the ISS will slowly fall behind the clock on Earth. Accelerated relative to the clock on the ground, and yet experiencing less gravity, the ISS clock will start to slow down relative to the clock on the ground.

    Although a final decision hasn’t been made about the length of time the ISS clock should remain in space, there is no reason that the orbiting clock couldn’t stay aloft for an extended period before it returns to Earth for a final check and the actual time difference confirmed.

    How would you make time dilation sensational? Does time dilation have acolor? Does it beat to the flourishes of Grandmaster Flash or Bach? Can it be touched or embedded in ambient, smart objects that respond to our presence?

    Would a Rolex watch care to pit their timekeeping skills against Mother Nature?

    If you think outside the atmosphere and want to help us bring Time Probe to the public ahead of schedule, or just want to inquire about how you can identify it, please make contact with us.

    Contact me, Wayne Hall, at whall@kentuckyspace.com, or raise your hand with #timeprobe on Twitter. Be sure to follow us on Facebook and tweet us on @KySpace.

    http://news.discovery.com/space/time-probe-einstein-relativity-crowdsource-110223.html#mkcpgn=rssnws1