Eventually, the orbit will carry us away. By July, we will drift to the farthest point of our ellipse, wandering into the cool dark of deep space, three million miles further out. And yet, paradoxically, the Northern Hemisphere will be sweltering. We will be farther from the fire, but facing it head-on, absorbing its full force.
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There is a poetry in this orbital waltz. It reminds us that the raw facts of a situation—how close we are, how much potential energy is available—matter less than the angle at which we face the light. earth is closest to the sun
At perihelion, the Northern Hemisphere is tilted away from the Sun, which is why we experience winter despite being slightly closer to our star. The slight change in distance (about 3.3% closer than at aphelion, in early July) is less significant for seasons than the .
Every year, typically around January 3rd or 4th, Earth reaches perihelion—the point in its elliptical orbit where it is closest to the star at the center of our solar system. During this cosmic close embrace, our planet is roughly 91.4 million miles from the sun. That is about 3 million miles closer than we are during aphelion in July. Eventually, the orbit will carry us away
If you were to ask the shivering figure scraping ice off a windshield in the dead of January, or the child bundled in three layers of wool waiting for a school bus in the gray pre-dawn, they would tell you the sun has abandoned them. It hangs low and pale in the sky, a weak, diluted version of its summer self. The days are short, the shadows are long, and the world feels vast, empty, and cold.
So, while you’re bundling up in January, Earth is actually making its annual close pass by the Sun. We will be farther from the fire, but
Many people assume Earth is farthest from the Sun during winter, but the opposite is true. Earth reaches its closest point to the Sun—called —each year around January 3–5 , when it is approximately 91.4 million miles (147.1 million kilometers) away.