探索宇宙的亿亿光年处
从宇宙微波背景辐射源说起
宇宙微波背景辐射源在0.4至4亿亿光年处
红外线段天体在426亿光年至55.3万亿光年处
根据天文观测，蓝光谱线到红光谱线的宇宙红移,需要130亿光年
蓝光光谱是450 纳米,红光光谱是（750+620）/2=685 纳米
蓝光光谱减去红光光谱：685-450=235 纳米。宇宙光红移=235纳米=235*10^-9m；期间传播长度=130亿光年。
宇宙微波背景辐射=7.35厘米，在0.3厘米－75厘米波段，取1875px=75*10^-2m
计算：宇宙红移与其传播长度的关系成正比：
宇宙发射源发射的蓝光(为例)红移到宇宙微波背景辐射的波段(地球观察者)：
宇宙微波背景辐射发射源=(75*10^-2m/235*10^-9m)*130亿光年=414893617.0212766亿光年=4亿亿光年处。
这个发射源应该是很强的，脉冲星什么的(已各类已知天体为例)。
这是根据宇宙光红移的天文观测，亿亿光年处辐射源或发光体传播到地球处的宇宙光红移为微波段的现象。
波长在0.77微米以上到1000微米左右的电磁波称为“红外线”
蓝光(为例)宇宙红移到红外线处=((770*10^-9m-450*10^-9m)/235*10^-9m)*130亿光年----((1000000*10^-9m-450*10^-9m=320*10^-9m)/235*10^-9m)*130亿光年--为((999550*10^-9m)/235*10^-9m)*130亿光年
=425.9574468085106亿光年----552942.5531914894亿光年
=426亿光年----55.3万亿光年
“红外线”段天体在426亿光年至55.3万亿光年处。
AboutCosmic microwave background (CMB) and The Cosmic expansion of space
The universe is above 0.04 billion billion light-yearsacross in size
Cosmicmicrowave background (CMB) source is an astronomical object emitting lightby Redshirt in cosmic, the distance away from our Earth is about0.004billion billion light-years to 0.04 billion billion light-years across
Redshirt incosmic: stars emitting blue light drift to red color by cosmicredshirt that travelling the space:meanwhile,the light run distance 13 billionlight-years in Redshift in celestial observation.
Blue color wavelength bands in 450*10^-9 miter.
Red colorwavelength bands in(750+620)/2*10^-9m=685*10^-9m.
TheRedshift in cosmic of different:=(685-450)*10^-9m=235*10^-9m in distance 13billion light-years.
TheRedshift in cosmic about distance is line ratio:13billion lightyears/235*10^-9m=constant.
The bluelight of source drift into cosmic microwave background (CMB) by the Redshift incosmic.
Microwavebackground (CMB) source distance from our earth:
Cosmicmicrowave background (CMB)source in 0.3*10^-2to 75*10^-2m wavelength bands ,weget the data in 75*10^-2m wavelength bands by cosmic microwave background tothe ratio, the
cosmicmicrowave background (CMB)source distance from our earth =((75*10^-2m-685*10^-9m)/235*10^-9m)*13billion light year=0.04billion billion light-years.
Stars ofblue color by Redshift in cosmic drift into cosmic microwavebackground (CMB)above our Earth in celestial observation.
Cosmicmicrowave background (CMB) result is stars color by Redshift incosmic in distant object.
Infrared-excessobject from our Earth of distance:
Thedistance between an infrared-excess object from our Earth is about 42.6billion light-years to 55,300 billion light-years=((1000000*10^-9m-450*10^-9m=320*10^-9m)/235*10^-9m)*13billionlight-years---((999550*10^-9m)/235*10^-9m)*13billionlight-years.
从宇宙微波背景辐射源说起
宇宙微波背景辐射源在0.4至4亿亿光年处
红外线段天体在426亿光年至55.3万亿光年处
根据天文观测，蓝光谱线到红光谱线的宇宙红移,需要130亿光年
蓝光光谱是450 纳米,红光光谱是（750+620）/2=685 纳米
蓝光光谱减去红光光谱：685-450=235 纳米。宇宙光红移=235纳米=235*10^-9m；期间传播长度=130亿光年。
宇宙微波背景辐射=7.35厘米，在0.3厘米－75厘米波段，取1875px=75*10^-2m
计算：宇宙红移与其传播长度的关系成正比：
宇宙发射源发射的蓝光(为例)红移到宇宙微波背景辐射的波段(地球观察者)：
宇宙微波背景辐射发射源=(75*10^-2m/235*10^-9m)*130亿光年=414893617.0212766亿光年=4亿亿光年处。
这个发射源应该是很强的，脉冲星什么的(已各类已知天体为例)。
这是根据宇宙光红移的天文观测，亿亿光年处辐射源或发光体传播到地球处的宇宙光红移为微波段的现象。
波长在0.77微米以上到1000微米左右的电磁波称为“红外线”
蓝光(为例)宇宙红移到红外线处=((770*10^-9m-450*10^-9m)/235*10^-9m)*130亿光年----((1000000*10^-9m-450*10^-9m=320*10^-9m)/235*10^-9m)*130亿光年--为((999550*10^-9m)/235*10^-9m)*130亿光年
=425.9574468085106亿光年----552942.5531914894亿光年
=426亿光年----55.3万亿光年
“红外线”段天体在426亿光年至55.3万亿光年处。
AboutCosmic microwave background (CMB) and The Cosmic expansion of space
The universe is above 0.04 billion billion light-yearsacross in size
Cosmicmicrowave background (CMB) source is an astronomical object emitting lightby Redshirt in cosmic, the distance away from our Earth is about0.004billion billion light-years to 0.04 billion billion light-years across
Redshirt incosmic: stars emitting blue light drift to red color by cosmicredshirt that travelling the space:meanwhile,the light run distance 13 billionlight-years in Redshift in celestial observation.
Blue color wavelength bands in 450*10^-9 miter.
Red colorwavelength bands in(750+620)/2*10^-9m=685*10^-9m.
TheRedshift in cosmic of different:=(685-450)*10^-9m=235*10^-9m in distance 13billion light-years.
TheRedshift in cosmic about distance is line ratio:13billion lightyears/235*10^-9m=constant.
The bluelight of source drift into cosmic microwave background (CMB) by the Redshift incosmic.
Microwavebackground (CMB) source distance from our earth:
Cosmicmicrowave background (CMB)source in 0.3*10^-2to 75*10^-2m wavelength bands ,weget the data in 75*10^-2m wavelength bands by cosmic microwave background tothe ratio, the
cosmicmicrowave background (CMB)source distance from our earth =((75*10^-2m-685*10^-9m)/235*10^-9m)*13billion light year=0.04billion billion light-years.
Stars ofblue color by Redshift in cosmic drift into cosmic microwavebackground (CMB)above our Earth in celestial observation.
Cosmicmicrowave background (CMB) result is stars color by Redshift incosmic in distant object.
Infrared-excessobject from our Earth of distance:
Thedistance between an infrared-excess object from our Earth is about 42.6billion light-years to 55,300 billion light-years=((1000000*10^-9m-450*10^-9m=320*10^-9m)/235*10^-9m)*13billionlight-years---((999550*10^-9m)/235*10^-9m)*13billionlight-years.
