Saturday, May 23, 2015

辐射为主末期到实物为主初期这段时间1ev左右, 从这个能标往下直到光子退耦上演的是基本粒子“穿衣服”,0.1GeV夸克结合成强子、0.1MeV质子和中子结合成氘核、0.01MeV氘核主要结合成氦4,初级核反应链条停止、0.3ev氢离子变成氢原子,0.25ev光子退耦

"从这个能标往下直到光子退耦上演的是基本粒子“穿衣服”,0.1GeV夸克结合成强子、0.1MeV质子和中子结合成氘核、0.01MeV氘核主要结合成氦4,初级核反应链条停止、0.3ev氢离子变成氢原子,0.25ev光子退耦"



thanks for your writings, which I have read many times over last 4 years?

now, continue with my social physics model:



1.



"0.25ev光子退耦", "在各个天体尺度进视界的时刻(也就是辐射为主末期到实物为主初期这段时间1ev左右)",



so, we can see things with our raw eyes, 可見光譜 range, and what do we see?



here is a very good one:



"

胡锡进
没有刘、艾、浦等,中国就是朝鲜。没有制约他们的力量,中国就是埃及、乌克兰。没有来自外部的一些压力,中国可能停滞。没有国家的抵制能力和政治上的对立自主,中国必将溃散。合力在塑造、推动中国,合力的最终方向如这三十几年的样子,实乃中国之大幸。一些人听不懂这些话,但社会在按这个逻辑前进。

刘艾浦是一类人的代称。我愿意相信,从历史长河去观看,他们对社会进步的正面意义不是零。但这种正面意义只有在他们受到强大制约时才会存在和残留。社会进步有时会从对抗中曲折受益,关键是这个社会能够驾驭对抗的过程、烈度和方向。那些敢于在西方价值观颇具影响时消除刘艾蒲破坏力的力量是可敬的。"



regardless of his political position which a social phyisicist should not really care, he basicallly pointed out a 伽利略相对性原理 in our current social realm & times of 辐射为主末期到实物为主初期这段时间1ev左右, 熱力學细致平衡, etc, where "left"is just as correct or great as "right", in terms of state/probabilities distribution function.



the challenge for individuals:

1860 年 Pasteur 说:分子的旋光性也许是生命的唯一判据, and as such, our brain cannot really handle "熱力學细致平衡" 光譜 full of entropy, etc, brain is thirsty for chirality, the direction of growth.



and obviously, for most individuals in today's societies anywhere in this global, most individuals don't really have a direction, they have to struggle with the increasing entropy level in their minds and body;



except for a few elite groups of societies, they got "direction" or chirality:

and with 超导 inside their systems, they are insulated from the normal "heat" /entropy/garbage 辐射, as I commented last time.



and unless,  辐射为主 or SR times come back, it is very hard to change this social gap between information and garbage in terms of  "熱力學细致平衡" 光譜 ;



室溫ev, 大概是25到30之間化学反应放出(吸收)能量的数量级只有几十ev 化学反应, game is over, until a new game starts, and when, if ever?



"


从这个能标往下直到光子退耦上演的是基本粒子“穿衣服”,0.1GeV夸克结合成强子、0.1MeV质子和中子结合成氘核、0.01MeV氘核主要结合成氦4,初级核反应链条停止、0.3ev氢离子变成氢原子,0.25ev光子退耦"

thanks for your writings, which I have read many times over last 4 years?
now, continue with my social physics model:

1.

"0.25ev光子退耦", "在各个天体尺度进视界的时刻(也就是辐射为主末期到实物为主初期这段时间1ev左右)",

so, we can see things with our raw eyes, 可見光譜 range, and what do we see?

here is a very good one:

"
胡锡进
没有刘、艾、浦等,中国就是朝鲜。没有制约他们的力量,中国就是埃及、乌克兰。没有来自外部的一些压力,中国可能停滞。没有国家的抵制能力和政治上的对立自主,中国必将溃散。合力在塑造、推动中国,合力的最终方向如这三十几年的样子,实乃中国之大幸。一些人听不懂这些话,但社会在按这个逻辑前进。
刘艾浦是一类人的代称。我愿意相信,从历史长河去观看,他们对社会进步的正面意义不是零。但这种正面意义只有在他们受到强大制约时才会存在和残留。社会进步有时会从对抗中曲折受益,关键是这个社会能够驾驭对抗的过程、烈度和方向。那些敢于在西方价值观颇具影响时消除刘艾蒲破坏力的力量是可敬的。"

regardless of his political position which a social phyisicist should not really care, he basicallly pointed out a 伽利略相对性原理 in our current social realm & times of 辐射为主末期到实物为主初期这段时间1ev左右, 熱力學细致平衡, etc, where "left"is just as correct or great as "right", in terms of state/probabilities distribution function.

the challenge for individuals:
1860 年 Pasteur 说:分子的旋光性也许是生命的唯一判据, and as such, our brain cannot really handle "熱力學细致平衡" 光譜 full of entropy, etc, brain is thirsty for chirality, the direction of growth.

and obviously, for most individuals in today's societies anywhere in this global, most individuals don't really have a direction, they have to struggle with the increasing entropy level in their minds and body;

except for a few elite groups of societies, they got "direction" or chirality:
and with 超导 inside their systems, they are insulated from the normal "heat" /entropy/garbage 辐射, as I commented last time.

and unless,  辐射为主 or SR times come back, it is very hard to change this social gap between information and garbage in terms of  "熱力學细致平衡" 光譜 ;

室溫ev, 大概是25到30之間化学反应放出(吸收)能量的数量级只有几十ev 化学反应, game is over, until a new game starts, and when, if ever?



弱相互作用有两种不同效应,对应于产生不对称有两种假想机理:
a 带电-电流宇称不守恒(Charged-Current PNC)为基础的 Vester-Ulbricht(V-U)
假设:由于 CC-PNC,β衰变产生左旋极化电子,极化电子进入物质内部又产生圆偏振韧
致辐射,径向极化电子和圆偏振韧致辐射可以导致底物分子立体选择性光合成或光分解,从
而产生手性产物。
b 中心-电流宇称不守恒(Neutral-Current PNC)为基础的 Yamagata 假设:守称不守
恒影响到对映体的内在性质,造成对映体间有微小的能量差─—宇称破缺能量差(PVED)。
一种对映体比其镜象分子处于更稳定的低能态上,如 L 型氨基酸和 D 型核糖更稳定。然后,
以氨基酸为例,由于 Z°粒子的介导作用,氨基酸分子中发生类似于 BCS 超导机理中的玻
色凝聚,引起氨基酸 D 型和 L 型的二级相变,这个转变被放大机制放大,最后获得均一手
性分子。(注:放大机制:使小的立体选择性产生全球性的手性均一状态的产生机制,已提出
的模型有蒸发和重结晶模型、立体选择性自催化模型、多聚化模型)
总之,生物分子光学活生起源的各种学说目前都不能提供一个圆满的解释。生物分子
光学活性起源仍是一个难解的謎。

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