Nazca Lines, and its relationship to the stars in this video, we propose a relationship between lines Nazca with the constellations.
Such observations are repetitive in all the ancient monuments scattered on the planet.
Saturday, January 3, 2009
Rose Pattern Pillow Shams
Nazca Lines, and its relationship with the stars
Nazca Lines, and its relationship to the stars in this video, we propose a relationship between lines Nazca with the constellations.
Such observations are repetitive in all the ancient monuments scattered on the planet.
Nazca Lines, and its relationship to the stars in this video, we propose a relationship between lines Nazca with the constellations.
Such observations are repetitive in all the ancient monuments scattered on the planet.
Thursday, January 1, 2009
Example Letters For A Catholic Confirmation
Butterfly Effect and Chaos Theory Video
E n basic principle of which is The Butterfly Effect and Chaos Theory, is that ... "the slightest difference in the description of the system state changes which causes various complex systems ....
few years ago, was discussed and determined that Pluto is not a pose, but an asteroid. Personally downplayed because I am convinced that within what is our solar system, Pluto, is the butterfly of chaos.
addition since millennia before Kepler, and Newton. Lost civilizations, knew this principle. Legacy left to us through its monuments always based with blue Bobea, we show them.
is the intent of this blog, open the mind beyond how and when they built these monuments, but why that show is beyond power or glory of those who built them, but are embedded in astronomical knowledge, and interpretation of which ancient astrology was very away from the current media and mediocre.
begin first with the concept:
"What is the butterfly effect?
By 1960, the meteorologist Edward Lorenz was devoted to study the behavior of the atmosphere, trying to find a mathematical model, a set of equations that would predict from simple variables, using computer simulations, the behavior of large air masses, ultimately aiming to make weather predictions.
Lorenz made many approaches until he set the model for the influence of three variables expressed as change over time speed and air temperature. The model is manifested in three mathematical equations, rather simple, known today as a model of Lorenz.
But Lorenz was a big surprise when he noted that small differences in baseline data (something as seemingly simple as using 3 or 6 decimal places) led to large differences in model predictions. So that any small disturbance, or error in the initial conditions the system can have a major influence on the outcome. So that it became very difficult to make long-term climate predictions. The empirical data provided by stations weather are inevitable errors, if only because there are a limited number of observatories unable to cover all parts of our planet. This makes predictions about diverting go real behavior of the system.
Lorenz tried to explain this idea using a hypothetical example. Imaginásemos suggested that a meteorologist who had managed to make a very accurate prediction of the behavior of the atmosphere by very precise calculations and from highly accurate data. Prediction could be totally wrong for not taking into account the flapping of a butterfly on the other side of the planet. Such a simple flapping could introduce disturbances in the system that lead to the prediction of a storm.
From this came the name of butterfly effect that has since resulted in many variations and recreation.
is called, therefore, the butterfly effect the amplification of errors that may appear in the behavior of a complex system. In short, the butterfly effect is a characteristic of the behavior of a chaotic system, in which the variables change in a complex and erratic, making it impossible to make predictions beyond a certain point, which is called the prediction horizon.
Diagram of the system trajectory Lorenz for values \u200b\u200br = 28, σ = 10, b = 8 / 3
A clear example of the butterfly effect is to release a ball right on the edge of the roof of a house several times, small deviations in initial position can make the ball drops one side of the roof or the other, leading to trajectories of decline and final rest positions completely different. Tiny changes that lead to wildly divergent results.
Its name comes from an ancient Chinese proverb: "the flutter of a butterfly's wings can be felt across the world."
Here is a simple video done with grace, which tries to explain more simply, the butterfly effect.
In this second video, is more didactic and historical, not complete, but very well illustrated:
Butterfly Effect theory cao or s.
E n basic principle of which is The Butterfly Effect and Chaos Theory, is that ... "the slightest difference in the description of the system state changes which causes various complex systems ....
few years ago, was discussed and determined that Pluto is not a pose, but an asteroid. Personally downplayed because I am convinced that within what is our solar system, Pluto, is the butterfly of chaos.
addition since millennia before Kepler, and Newton. Lost civilizations, knew this principle. Legacy left to us through its monuments always based with blue Bobea, we show them.
is the intent of this blog, open the mind beyond how and when they built these monuments, but why that show is beyond power or glory of those who built them, but are embedded in astronomical knowledge, and interpretation of which ancient astrology was very away from the current media and mediocre.
begin first with the concept:
"What is the butterfly effect?
By 1960, the meteorologist Edward Lorenz was devoted to study the behavior of the atmosphere, trying to find a mathematical model, a set of equations that would predict from simple variables, using computer simulations, the behavior of large air masses, ultimately aiming to make weather predictions.
Lorenz made many approaches until he set the model for the influence of three variables expressed as change over time speed and air temperature. The model is manifested in three mathematical equations, rather simple, known today as a model of Lorenz.
But Lorenz was a big surprise when he noted that small differences in baseline data (something as seemingly simple as using 3 or 6 decimal places) led to large differences in model predictions. So that any small disturbance, or error in the initial conditions the system can have a major influence on the outcome. So that it became very difficult to make long-term climate predictions. The empirical data provided by stations weather are inevitable errors, if only because there are a limited number of observatories unable to cover all parts of our planet. This makes predictions about diverting go real behavior of the system.
Lorenz tried to explain this idea using a hypothetical example. Imaginásemos suggested that a meteorologist who had managed to make a very accurate prediction of the behavior of the atmosphere by very precise calculations and from highly accurate data. Prediction could be totally wrong for not taking into account the flapping of a butterfly on the other side of the planet. Such a simple flapping could introduce disturbances in the system that lead to the prediction of a storm.
From this came the name of butterfly effect that has since resulted in many variations and recreation.
is called, therefore, the butterfly effect the amplification of errors that may appear in the behavior of a complex system. In short, the butterfly effect is a characteristic of the behavior of a chaotic system, in which the variables change in a complex and erratic, making it impossible to make predictions beyond a certain point, which is called the prediction horizon.
Diagram of the system trajectory Lorenz for values \u200b\u200br = 28, σ = 10, b = 8 / 3
A clear example of the butterfly effect is to release a ball right on the edge of the roof of a house several times, small deviations in initial position can make the ball drops one side of the roof or the other, leading to trajectories of decline and final rest positions completely different. Tiny changes that lead to wildly divergent results.
Its name comes from an ancient Chinese proverb: "the flutter of a butterfly's wings can be felt across the world."
Here is a simple video done with grace, which tries to explain more simply, the butterfly effect.
In this second video, is more didactic and historical, not complete, but very well illustrated:
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