What is the Harry Harlow experiment?

What is the Harry Harlow experiment?

Based on this observation, Harlow designed his now-famous surrogate mother experiment. In this study, Harlow took infant monkeys from their biological mothers and gave them two inanimate surrogate mothers: one was a simple construction of wire and wood, and the second was covered in foam rubber and soft terry cloth.

Why is the Milgram experiment so important?

These experiments laid the foundation for understanding why seemingly decent people could be encouraged to do bad things. Blass states that Milgram’s obedience experiments are important because they provide a frame of reference for contemporary real-life instances of extreme, destructive obedience.

How is the Milgram study relevant today?

Summary: A replication of one of the most widely known obedience studies, the Stanley Milgram experiment, shows that even today, people are still willing to harm others in pursuit of obeying authority. While no shocks were actually delivered in any of the experiments, the participants believed them to be real.

What encourages obedience What factors do the Milgram experiments suggest what factors do these experiments leave out?

To determine what factors increase or decrease obedience beyond the basline 65 percent level, Milgram varied the location of the experiment, the participant’s proximity to the victim and the experimenter, and the presence of obedient or disobedient confederates. All of these factors influenced obedience levels.

What situation caused feelings of tension in participants in the Milgram experiments?

Milgram knew that deceiving participants into thinking they were inflicting shocks on another person was internally likely to generate what he termed strain: intense feelings of tension.

What part of the brain controls obedience?

The interaction between obedience over time and advice lends more support for the role of the anterior cingulate cortex in decision-making as well as obedience. Specifically, the dorsal region of the anterior cingulate gyrus is associated with rational thought process and reward-based decision-making [48].

What role does the frontal lobe play in behavior?

As a whole, the frontal lobe is responsible for higher cognitive functions such as memory, emotions, impulse control, problem solving, social interaction, and motor function. Damage to the neurons or tissue of the frontal lobe can lead to personality changes, difficulty concentrating or planning, and impulsivity.

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