NEWTON HIGHLIGHT BLACK HOLE
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Description
Book Introduction
There is no celestial body as strange and captivating as a black hole.
Black holes, as predicted by Einstein's general theory of relativity, are terrifying celestial bodies that swallow up anything with their strong gravity like a bottomless swamp, from which not even light can escape.
The recent success of directly photographing a black hole has become a hot topic.
Advances in various observational technologies may reveal Black's great mystery in the near future.
Among them, black holes with a mass 1 million to 1 billion times that of the sun are attracting attention.
Such supermassive black holes are thought to exist in the central regions of most galaxies.
The discovery of a supermassive black hole was triggered by the discovery of a mysterious celestial body.
A celestial body that is only one-millionth the size of a galaxy but shines 100 times brighter than a galaxy has been discovered in the night sky.
This book first examines the story from the prophecy of black holes to the discovery of supermassive black holes.
Next, we take a look at the closest supermassive black hole to us, Sagittarius A*, located at the center of our galaxy, with beautiful observational video.
How do supermassive black holes form? This question is a major mystery in astronomy.
It has been discovered that supermassive black holes existed within just 700 million years of the birth of the universe, which is 13.8 billion years old.
It has also been revealed that it has a deep relationship with galaxy formation and evolution.
We also examine the problem of the formation of such supermassive black holes.
Finally, we introduce the various strange properties of black holes themselves, as well as interesting topics such as 'white holes' and 'wormholes', which were predicted at the same time as black holes.
Black holes, as predicted by Einstein's general theory of relativity, are terrifying celestial bodies that swallow up anything with their strong gravity like a bottomless swamp, from which not even light can escape.
The recent success of directly photographing a black hole has become a hot topic.
Advances in various observational technologies may reveal Black's great mystery in the near future.
Among them, black holes with a mass 1 million to 1 billion times that of the sun are attracting attention.
Such supermassive black holes are thought to exist in the central regions of most galaxies.
The discovery of a supermassive black hole was triggered by the discovery of a mysterious celestial body.
A celestial body that is only one-millionth the size of a galaxy but shines 100 times brighter than a galaxy has been discovered in the night sky.
This book first examines the story from the prophecy of black holes to the discovery of supermassive black holes.
Next, we take a look at the closest supermassive black hole to us, Sagittarius A*, located at the center of our galaxy, with beautiful observational video.
How do supermassive black holes form? This question is a major mystery in astronomy.
It has been discovered that supermassive black holes existed within just 700 million years of the birth of the universe, which is 13.8 billion years old.
It has also been revealed that it has a deep relationship with galaxy formation and evolution.
We also examine the problem of the formation of such supermassive black holes.
Finally, we introduce the various strange properties of black holes themselves, as well as interesting topics such as 'white holes' and 'wormholes', which were predicted at the same time as black holes.
index
1
prolog
6 What is a black hole?
8 Mysteries of Supermassive Black Holes
10 Merging Black Holes
12 Black Holes Observed Up to Here
2
The identity of the strange celestial black hole
16 Prophesied Black Holes
18 Star Weight Limit
20 column1 How compressed does it have to be to become a black hole?
22 binary black holes
24 Black holes emit X-rays
26 First candidate discovered
28 column2 X-ray astronomy satellite that opened the way to black hole observations
30 How to find mass
How to estimate size 32
34 Supernova explosions
36 Supernova explosions
38 column3 What is a gamma-ray burst?
40 column4 The Life of a Star
42 supermassive black holes
Discovery of 44 quasars
46 Why the Galactic Core Shines
Evidence of 48 Supermassive Black Holes ①~②
52 Bulges and Black Holes
54 column5 Relativistic effects and X-ray observations of black holes
56 column6 Precise measurement of the mass of a supermassive black hole
3
There's a supermassive black hole in our galaxy too!
60 The identity of the Milky Way
62 Black holes in our galaxy
64 The 'core' of our galaxy
66 Direction of the center of our galaxy ①~②
70 Radius 300 light years from center
72 Within a radius of 100 light years from the center
74 Within a radius of 10 light years from the center
76 Black holes at the centers of galaxies
Column 78: Seeing stars near Sagittarius A* with 'adaptive optics'
80 Sagittarius A*, a variable star
82 Objects approaching Sagittarius A*
84 How the 'black hole' looks
86 Direct filming of 'Black Hole'
88 Directly photographing a black hole
90 This is what the black hole at the center of a galaxy looks like
94 column8 Getting closer to the source of the black hole jet!
4
The Mystery Surrounding Supermassive Black Holes
98 The universe's first supermassive black hole
100 Black Hole 'Seeds'
Column 9: The First Generation of Stars Born Within the Dark Halo
104 intermediate-mass black holes
106 Two types of growth methods
108 'Merger' as seen through gravitational waves
110 The Beginning of Gravitational Wave Astronomy
Coevolution with 112 galaxies ①~②
116 Topics: Latest Black Hole Research Reports
126 column10 Do black holes create stars?
5
Black holes I want to know more about
130 Strange Phenomena Around a Black Hole
132 Gravitational Lens Exploring the Universe
134 Types of Black Holes
136 Tidal forces of black holes
138 Ergo zone
140 column11 Garbage disposal with black holes
142 Ring-shaped singularity
144 Inside the singularity
146 Evaporation of a Black Hole
148 The Information Paradox of Black Holes
150 primordial black holes
Mini Black Holes Hidden in 152 Galaxies
154 Seeds of a Supermassive Black Hole
156 Find the primordial black hole!
158 The Future of Black Holes
160 column12 A celestial body that appears to be a black hole at first glance
162 White Hall ①~②
166 wormholes
168-hour journey
170 Micro Wormholes
Act 172: Space and Wormholes
prolog
6 What is a black hole?
8 Mysteries of Supermassive Black Holes
10 Merging Black Holes
12 Black Holes Observed Up to Here
2
The identity of the strange celestial black hole
16 Prophesied Black Holes
18 Star Weight Limit
20 column1 How compressed does it have to be to become a black hole?
22 binary black holes
24 Black holes emit X-rays
26 First candidate discovered
28 column2 X-ray astronomy satellite that opened the way to black hole observations
30 How to find mass
How to estimate size 32
34 Supernova explosions
36 Supernova explosions
38 column3 What is a gamma-ray burst?
40 column4 The Life of a Star
42 supermassive black holes
Discovery of 44 quasars
46 Why the Galactic Core Shines
Evidence of 48 Supermassive Black Holes ①~②
52 Bulges and Black Holes
54 column5 Relativistic effects and X-ray observations of black holes
56 column6 Precise measurement of the mass of a supermassive black hole
3
There's a supermassive black hole in our galaxy too!
60 The identity of the Milky Way
62 Black holes in our galaxy
64 The 'core' of our galaxy
66 Direction of the center of our galaxy ①~②
70 Radius 300 light years from center
72 Within a radius of 100 light years from the center
74 Within a radius of 10 light years from the center
76 Black holes at the centers of galaxies
Column 78: Seeing stars near Sagittarius A* with 'adaptive optics'
80 Sagittarius A*, a variable star
82 Objects approaching Sagittarius A*
84 How the 'black hole' looks
86 Direct filming of 'Black Hole'
88 Directly photographing a black hole
90 This is what the black hole at the center of a galaxy looks like
94 column8 Getting closer to the source of the black hole jet!
4
The Mystery Surrounding Supermassive Black Holes
98 The universe's first supermassive black hole
100 Black Hole 'Seeds'
Column 9: The First Generation of Stars Born Within the Dark Halo
104 intermediate-mass black holes
106 Two types of growth methods
108 'Merger' as seen through gravitational waves
110 The Beginning of Gravitational Wave Astronomy
Coevolution with 112 galaxies ①~②
116 Topics: Latest Black Hole Research Reports
126 column10 Do black holes create stars?
5
Black holes I want to know more about
130 Strange Phenomena Around a Black Hole
132 Gravitational Lens Exploring the Universe
134 Types of Black Holes
136 Tidal forces of black holes
138 Ergo zone
140 column11 Garbage disposal with black holes
142 Ring-shaped singularity
144 Inside the singularity
146 Evaporation of a Black Hole
148 The Information Paradox of Black Holes
150 primordial black holes
Mini Black Holes Hidden in 152 Galaxies
154 Seeds of a Supermassive Black Hole
156 Find the primordial black hole!
158 The Future of Black Holes
160 column12 A celestial body that appears to be a black hole at first glance
162 White Hall ①~②
166 wormholes
168-hour journey
170 Micro Wormholes
Act 172: Space and Wormholes
GOODS SPECIFICS
- Date of issue: September 15, 2025
- Page count, weight, size: 176 pages | 554g | 210*275*7mm
- ISBN13: 9791161961316
- ISBN10: 1161961313
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