Greenspan;
First Idea |
|
|
Book |
Page |
|
Topic |
|
|
Greenspan;
First Idea |
4 |
|
Nobel prize winning
neuroscientist Eric Kandel
showed how learning experiences influence regulatory genes, which in turn, influence biological processes involved in
the formation of neural pathways that make long-term memory possible. |
|
|
Greenspan;
First Idea |
7 |
|
Brain imaging studies of musicians have shown they have more neuronal connections in the area of the brain that
regulates the hand movements involved in musical performance. |
|
3 |
Greenspan;
First Idea |
17 |
|
Only human
beings can engage in reflective
thinking:
"That's a good idea"; "That's nonsense"; "I
want to do that", |
|
10 |
Greenspan;
First Idea |
21 |
|
Signs and symbols emerge only in
the process of interacton between one individual consciousness and another. |
|
4 |
Greenspan;
First Idea |
29 |
|
Human beings are distinguished
from most mammals by having the long period of dependence on caregivers. |
|
8 |
Greenspan;
First Idea |
37 |
|
An idea is a mental image that has been freed from fixed,
immediate action.
Humans can form an image that is less tied to action and therefore can acquire a new
meaning and symbolism. Once an image is separated from its action,
that image can serve a new purpose: to
plan, solve problems, and think. |
|
8 |
Greenspan;
First Idea |
63 |
|
Forming the earliest
(Presymbolic) Sense of Self |
|
26 |
Greenspan;
First Idea |
64 |
|
Long before an infant can speak,
personality and expectations are already being molded by the countless
interactions between caregiver and child. |
|
1 |
Greenspan;
First Idea |
77 |
|
Between the ages of six and ten,
sense of self is expanding to include a sense of being a member of a social
group. |
|
13 |
Greenspan;
First Idea |
77 |
|
Emerging sense of self in the
social group. |
|
0 |
Greenspan;
First Idea |
99 |
|
Structure of the human mind evolved according to
sociobiologists and evolutionary psychologists sometime between 200,000 and 30,000 years ago. |
|
22 |
Greenspan;
First Idea |
102 |
|
Our basic cognitive capacities,
such as attention, the
ability to inhibit non-salient information, and short- and long-term memory. |
|
3 |
Greenspan;
First Idea |
102 |
|
Our basic cognitive
capacities; the emotions we feel; the thoughts we have and the beliefs, desires and intentions we
form; our ability to communicate with others, both nonverbally and
verbally, and our ability to understand what others are thinking and feeling; can only emerge in the context of the close nurturing relationships that a child experiences with his caregivers. [sense of self] [autobiographical self] [theory of mind] |
|
0 |
Greenspan;
First Idea |
192 |
|
Noam Chomsky
supports the view that a child acquires language automatically
sometime between the ages of 18 and 24 months as a result of genetically
controlled factors. |
|
90 |
Greenspan;
First Idea |
255 |
|
Complex feelings such as empathy, respect and compassion. |
|
63 |
Greenspan;
First Idea |
256 |
|
Duality between emotions and reason. |
|
1 |
Greenspan;
First Idea |
263 |
|
When people
are anxious and in a panic state, everything bothers them. They can't sleep at night. They hear that little noise
outside.They hear the trucks loading and unloading. They're in a heightened state of vigilance. |
|
7 |
Greenspan;
First Idea |
291 |
|
Through sensitive
interactions with caregivers, the infant's global physiologic states,
become regulated and experienced more and more as both discrete physical and
affective sensations (e.g., different types of pleasure or comforting).
Global physical or physiologic states take on the qualities we call emotions. As the infant experiences
and organizes these affective states into patterns, a mental or psychological
level of experience (consciousness) unfolds. |
|
28 |
Greenspan;
First Idea |
292 |
|
Can computers be programmed to have the consciousness? The answer is NO! Consciousness depends on affective experience (i.e. the
experience of one's own emotional
patterns). True affects and their near infinite variations can only arise
from living biological systems and their developmental processes. |
|
1 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|