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Human memory, formerly believed to

Human memory, formerly believed to be rather inefficient, is really much more sophisticated than that of a computer. Researchers approaching the problem from a variety of points of view have all concluded that there is a great deal more stored in our minds than has been generally supposed. Dr. Wilder Penfield, a Canadian neurosurgeon, proved that by stimulating their brains electrically, he could elicit the total recall of complex events in his subjects’ lives. Even dreams and other minor events supposedly forgotten for many years suddenly emerged in detail.

The memory trace is the term for whatever forms the internal representation of the specific information about the event stored in the memory. Assumed to have been made by structural changes in the brain, the memory trace is not subject to direct observation but is rather a theoretical construct that is used to speculate about how information presented at a particular time can cause performance at a later time. Most theories include the strength of the memory trace as a variable in the degree of learning, retention, and retrieval possible for a memory. One theory is that the fantastic capacity for storage in the brain is the result of an almost unlimited combination of interconnections between brain cells, stimulated by patterns of activity. Repeated references to the same information support recall. Or, to say that another way, improved performance is the result of strengthening the chemical bonds in the memory.
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人类的记忆,以前认为是相当低效,是真多比计算机要复杂。研究人员从各种观点接近问题得出的结论是更大量存储在我们的心目中,比人们通常假定。加拿大神经外科医生,博士 Wilder Penfield 证明通过电刺激他们的大脑,他可以引出他的臣民的生活中的复杂事件总召回。即使梦想和其他次要的事件,据称被遗忘多年突然出现了细节。记忆的痕迹是信息的期限为无论形成特定事件有关存储在内存中的内部表示形式。假设由大脑中的结构变化,记忆痕迹是不受直接观察,但是相反理论的构造,用来推测关于如何提出在某一特定时间的信息可能会导致性能在稍后的时间。大多数的理论中的学习、 保留和检索内存有可能程度的变量包括记忆痕迹的强度。一种理论是活动的在大脑中存储的神奇能力是活动的刺激模式的脑细胞之间的互连几乎无限组合的结果。重复相同的信息支持召回对引用。或者,说那另一种方式,改进的性能是加强在内存中的化学键的结果。
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Kết quả (Trung) 2:[Sao chép]
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人类的记忆,以前被认为是效率相当低,确实是比电脑更为复杂。研究人员从各种观点的接近问题都得出结论,有一个很大的更存储在我们的脑海中了,比人们通常认为。怀尔德彭菲尔德博士,加拿大神经外科医生,实践证明,通过电刺激他们的大脑,他可以引起在他的臣民的生活复杂事件的全部召回。甚至梦想等轻微活动假想遗忘多年详细突然出现了。的记忆痕迹的术语出于任何形成的关于存储在存储器中的事件的具体信息的内部表示。假定已经由大脑中的结构变化,记忆痕迹不受直接观察相反却是用来推测有关如何在特定时间呈现的信息可以在稍后的时间会导致性能的理论构建体。大多数的理论包括记忆痕迹如学习,保留和检索可能的程度为一个存储器的可变的强度。一种说法是,储存在大脑中的奇妙的能力是一个几乎无限的组合脑细胞,通过活动的方式刺激之间的互连的结果。反复引用相同的信息支持召回。或者,要说的另一种方式,改进的性能是加强该存储器中的化学键的结果。

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Kết quả (Trung) 3:[Sao chép]
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人的记忆,以前被认为是相当低效的,真的比一台电脑更复杂。研究者们从各种各样的观点来接近这个问题,都认为在我们的头脑中有一个伟大的交易比一般的想象的更大。Wilder Penfield博士,加拿大神经外科医生,证明他们的大脑电刺激,他能在他的受试者的生活中引起总的复杂事件的回忆。甚至梦想和其他未被遗忘的小事件,突然出现在细节中,记忆痕迹是任何形式的内部表示的特定信息的事件存储在内存中的术语。假定在大脑中的结构变化,记忆痕迹不受直接观测,而是一种理论上的结构,用来推测在特定时间内所呈现的信息如何在以后的时间内导致性能。大多数理论包括在学习,保留,和检索可能的记忆痕迹的强度的记忆痕迹。有一种理论认为,在大脑中储存的神奇能力是大脑细胞之间的相互联系的一个几乎无限的组合的结果,刺激的活动模式。重复引用相同信息支持召回。或者说,另一种方式,改进的性能是在内存中加强化学键的结果。
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