Era of New Technologies in Human Life
New
technologies, such as various imaging techniques and experimental methods,
provide new scientific evidence; new evidence aggregates into new perspectives,
allowing us to have more new understandings of the human mind. The
"heart" and "brain" that were previously regarded as
mysterious places "As a result, they are connected to a beautiful new
world.
Human
beings have been pursuing the meaning of "existence" since
civilization? Where I came from and where am I going to? Therefore, we want to
understand the ultimate cause (why there is a function), the proximate cause
(how a mechanism works), the developmental origin (individual development), and
the evolutionary (evolutionary) What is the result).
This
series of "mind exploration" processes are like puzzles or puzzle
solving. In the process, scientists have raised many important questions and
conducted rigorous empirical research in an attempt to uncover the mysteries of
the human mind.
Training and control
Over the
decades, new knowledge has been accumulating, and we have gradually gained an
understanding of the complex mental operations of human beings. For example,
how do we develop "habits"? It is mentioned in the article
"Developing Good Habits from the Brain" in the book "Spy on the
Mind" that the brain will turn highly repetitive and potentially addictive
behaviors into "automated processes". The advantage is that it saves
brain resources and responds quickly, but the disadvantage is that it is
difficult to change; "Accumulated habits can be changed" tells us how
to develop good habits, and how to adjust and change the process of automation
that is not good for individuals.
Habituation can also explain blind spots. "Master Blind Spot" mentioned that the brain tends to use familiar methods to solve problems, making us blind to better practices. This is the "einstellung effect". This can also explain "confirmation bias", that is, the tendency to seek evidence to support one's beliefs while ignoring counterexamples. For example, when the pioneer of neuroscience Paul Broca compares human brain capacity, he finds that the average French The Germans are small, he explained that this is because the French body is smaller than the Germans, but when it is found that the female brain is smaller than the male, it is not explained by the body size, because he originally thought that the female intelligence is not as good as the male. The author of "Master Blind Spot" believes that no one can be immune to confirmation errors, but he proposes a magic formula to avoid similar mistakes by imitating the naturalist Darwin: as long as he sees information that contradicts his own ideas, it is immediately recorded.
Mental
abilities can also be trained and controlled. "Training Your Mental
Muscles" mentioned people who used to think that "self-esteem"
(self-esteem) was high and their achievements were high. Now they think that
"self-control" is the key, "If you conquer yourself, you can
conquer the world." The article also mentioned the famous marshmallow
experiment, giving the children the choice to take the candy immediately or
later. After long-term follow-up, it was found that people with high
self-control ability are more successful.
〈Psychology on the sports field: How to become a top player? 〉Mentioned
that, in addition to innate physical conditions, many athletes also have unique
psychological characteristics, and can show extraordinary concentration and
willpower under tremendous pressure. In addition, the coach’s leadership style
is also the key to affecting player performance. Japanese professional baseball
player Suzuki Ichiro, who is 43 years old, has hit 3,068 hits in the highly
competitive Major League Baseball, and his batting rate is still over 30%. In
an interview, he said that he is always under fear, anxiety and pressure. If he
just wants to play happily, he cannot survive in the professional baseball
world. In fact, he also hates repeating the same practice content, but because
he has a goal, he is very happy when his efforts have achieved results.
Beauty and mystery
Scientists
focus not only on rational thinking, but also on the interpretation of beauty.
Beauty is not only an abstract expression, but also has a physiological basis.
"The Biological Basis of Aesthetics" writes that all perceptual
experiences are "embodied." "We put all perceptual information
on the body and regard the body as a simulation center of experience or
knowledge. Try that Sensation, so as to obtain the ultimate experience
connotation."
The
"Thinking Behind the Design" shows that humans have common aesthetic
preferences, and "familiarity" is the key to influence, because
familiarity brings a sense of security, and the more familiar objects are
easier to recognize. In addition, generally speaking, we prefer large, round,
symmetrical, and complex graphics, which are explained and supported in
neuroscience or cognitive psychology; for example, compared to smooth shapes,
sharp shapes will strongly activate the almond, the fear center in the brain.
Neurons in the body (amygdala), perhaps because sharp objects often represent
danger.
What about
music? "How does the brain listen to music? 〉Mentioned that humans began to play
bone flutes and percussion instruments 30,000 years ago. However, the brain
does not have an area dedicated to processing music; on the perceptual level,
there are 3,500 hair cells in the inner ear and as many as 100 million
light-sensitive eyes. Cells, hearing and vision are equally rich. Also, when
musicians listen to piano performances, they have 25% more activated left brain
areas than non-musicians. Generally speaking, the left brain is better at
processing the structure of information. The more activated the left brain is,
it means that in addition to melody, We can also appreciate the beauty of
rhythm more deeply.
The
perception of aesthetics and music may be abstract. Another issue is more
mysterious and fascinating, and that is consciousness. "The subconscious
mind, the potential power that influences the human heart" and
"Behavior can also change the subconscious mind" analyze how the
subconscious mind affects behavior, and behavior can also affect consciousness.
Performing a simple "push-pull experiment" is an unexpected help in
giving up alcohol and reducing social anxiety. In recent years, intensive care
medicine has been paid more and more attention. "Are vegetative people
still conscious?" 〉Discuss whether there is
"hidden consciousness" in the vegetative human brain. Studies have
found that healthy subjects under anesthesia have the same level of activation
of the language areas of the brain as they did when they were awake; similar
findings have been found in patients, which makes us need to rethink The
vegetative state of consciousness.
The study
of "Pruning Memory in Sleep" found that during sleep, neurons of many
neural circuits fire spontaneously, which weakens the synaptic response
established during wakefulness, saves neuron energy, and reduces the pressure
on neurons, so that neurons are Activity returns to the baseline. The mechanism
of "down-regulation of choice" during sleep prevents our brains from
being overloaded. Here, "less is more". "Deprived of sleep, also
deprived of attention" pointed out that 17 hours without sleep, attention
performance is equivalent to 0.05% of blood alcohol concentration, 24 hours
without sleep is equivalent to 0.1%, which is surprising.
<Time
to sleep! 〉It was discussed that lack of sleep can be fatal: In the
experiment, the rats did not sleep for a month and all died; in humans,
insomnia also has a serious impact on human immunity. In addition, there was a
case of fatal familial insomnia (fatal familial insomnia) 30 years ago.
Patients suffered from continuous insomnia and eventually died. Pathological
anatomy revealed that a large number of nerve cells in their thalamus had
disappeared. The importance of sleep is not a problem. Without quality sleep,
there will be no good mood, good memory and learning ability.
Understanding
and application
Mental
research is still a new subject, and you must be very careful in interpreting
data or practical applications. For example, "The Controversy of the
Evolution of Mind" discussed that popular evolutionary psychology claims
that human beings are "a stone age brain in the modern skull", but in
the absence of archaeological and evolutionary data, this may make serious
inferences Fallacy; because if physiology can be changed, why doesn't
psychological evolution happen?
When it
comes to evolution, "the difference between humans and beasts lies in the
mind" points out that humans and chimpanzees have 99% of the same genes,
and also have many of the same tools and cognitive abilities. The key
difference is "small differences that make big differences." Humans
have a high degree of social skills (ie, social brain), can perceive what
others are thinking to promote cooperation, and can pass knowledge to others
and further improve.
The brain's functioning pays attention to balance. For example, there is a certain ratio between sleep and wakefulness; stress and relaxation are both important tasks; you can use willpower, work hard, and you need to stop and take a break to "save" the wasted willpower. Psychology , Brain science and related research results all emphasize balanced operation. In Taiwan, this is especially important. Children do not need to go round and round between talent classes and cram schools. After all, behavior is slowly formed during the process of individual development by innate and environmental factors. Innately we cannot change, and environmental factors, whether adults or children, want to cultivate beneficial behaviors such as listening to music, cultivating beauty, and training physical fitness, starting from "habituation" (becoming an automated process). Once developed, you can Have a long-term impact on the individual. Conversely, for harmful behaviors such as drug or Internet addiction, examine the factors that maintain these behaviors and gradually change or replace them with good habits. I believe there will be a day of correction.
The brain is an organ with strong adaptability. Facing new environments, new challenges, new adaptations, and changes, changes are ongoing.







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