Скачать или смотреть Space Can Be ‘Million-Degree Hot’… So Why Can You Still Feel Cold?

Space can be “million-degree hot”… and yet you could still feel cold.
A calm science bedtime story about temperature vs. warmth, thin plasma, and the Sun’s farthest “breath.”

Tonight, you don’t need to memorize anything—just let the ideas drift by like distant starlight. We’ll gently unpack why “hot” can be a number (fast particles) while “warmth” is a feeling (enough density for steady contact), and why deep space can’t “hold you” the way air does.

In this video, you’ll gently explore:
• “Temperature” ≠ “Warmth”: motion energy vs. the feeling of an “embrace” (collisions + density).
• Why in a vacuum, the familiar heat-exchange disappears—and your body mainly loses heat by radiation.
• The Sun’s “breath,” the solar wind, building the heliosphere—an invisible awning around the Solar System.
• The far edge near the heliopause, and how Voyager becomes a tiny witness at the border of silence.
• A wider, softer context: the Local Bubble—a thin “room” of the galaxy where “million-degree” can be true without feeling warm.

Chapters / Timestamps
00:00:05 — INTRODUCTION
00:03:05 — “Temperature” ≠ “Warmth”
00:11:54 — Why You Can Still “Feel Cold” near the “Heliopause”
00:21:23 — The “Sun’s Breath” Builds the “Heliosphere”
00:30:36 — A Layered Boundary: Not a Wall
00:43:19 — Voyager Touches the Border and the “Edge of Silence”
00:54:28 — Turning Solar Storms into a Measuring Stick
01:03:44 — Space Can Be “Hot” Without Feeling “Hot” Sensation
01:13:00 — Oort Cloud: A Distant Gravitational Edge
01:24:48 — Local Bubble: the Galactic “Room” the Solar System Is In
01:34:44 — Time Capsule: Let the Story Close Itself

Safety note
This is designed for rest and sleep. Please only listen when you are in a safe place to fall asleep—never while driving, working, or doing anything that requires alertness.