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Hollow Moon: How Can Science Know So Little About Something So Big?

De (autor): J.P. Robinson

Hollow Moon: How Can Science Know So Little About Something So Big? - J. P. Robinson

Hollow Moon: How Can Science Know So Little About Something So Big?

De (autor): J.P. Robinson

Hollow Moon delves into the fascinating scientific theory that our moon could be hollow and therefore not a natural object. J.P. Robinson examines the many lunar anomalies that have led to this area of research becoming a real thorn in the side for the scientific establishment. The book reveals intriguing data which suggests that our nearest celestial neighbour may not be simply a large ball of rock trapped in orbit by the gravitational pull of the Earth, but something much, much stranger.

Could the Moon have been put into our orbit at some time in the remote past, thus explaining the almost miraculously perfect fit that we find during a solar eclipse? And how can the moon rocks brought back from the Apollo missions be over two billion years older than earth's?

And why, if the Moon is a solid chunk of rock as NASA contend, does the Moon 'ring like a bell' when struck with great force, as Apollo seismological data reveals?

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Hollow Moon delves into the fascinating scientific theory that our moon could be hollow and therefore not a natural object. J.P. Robinson examines the many lunar anomalies that have led to this area of research becoming a real thorn in the side for the scientific establishment. The book reveals intriguing data which suggests that our nearest celestial neighbour may not be simply a large ball of rock trapped in orbit by the gravitational pull of the Earth, but something much, much stranger.

Could the Moon have been put into our orbit at some time in the remote past, thus explaining the almost miraculously perfect fit that we find during a solar eclipse? And how can the moon rocks brought back from the Apollo missions be over two billion years older than earth's?

And why, if the Moon is a solid chunk of rock as NASA contend, does the Moon 'ring like a bell' when struck with great force, as Apollo seismological data reveals?

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