Mythological and Scientific Views of the Sun and Moon

The Sun and the Moon have always occupied a central place in human understanding of the universe. From ancient civilizations to modern science, these celestial bodies have been interpreted in different ways to explain natural phenomena, time and life itself. This paper explores both the mythological interpretations and the scientific explanations of the Sun and…

Read More

Reading Time Written on the Moon’s Surface

1. Introduction: Why Lunar Craters Matter The Moon’s surface is covered with countless craters formed by asteroid and meteorite impacts over billions of years. Unlike Earth, the Moon lacks an atmosphere, weather and active plate tectonics so these craters remain preserved for extremely long periods. Because of this preservation, lunar craters act like time machines…

Read More

Gravitational Relationships Between the Sun, Earth and Moon

1. What Is Gravitational Relationship Gravitation is a mutual attractive force between any two masses in the universe. According to Newton’s Law of Universal Gravitation: F = G(m1*m2/r^2) Where: More mass = Stronger gravityMore distance = Weaker gravity 2. The Three-Body System: Sun–Earth–Moon The Sun, Earth and Moon form a gravitationally bound three-body system where…

Read More

The Moon’s Secret Anatomy

Although the Moon appears calm and simple from Earth, its interior hides a complex and fascinating structure shaped by ancient cosmic events. Scientists have uncovered the Moon’s internal layers using seismic data from Apollo missions, lunar rock samples, gravity measurements and modern spacecraft observations. The Moon’s anatomy reveals clues about its violent origin, thermal history…

Read More

Time Dilation Confirmed: Einstein’s Legacy Proves Time is Relative in Space

 Time Dilation: Why Time Moves Slower in Space The idea that “Time Moves Slower in Space” is not science fiction; it is a validated consequence of Albert Einstein’s theories of Relativity. This phenomenon is called Time Dilation, and it means that time is not absolute—it passes differently for observers depending on their relative speed and…

Read More