Do you know why Trump flip-flops all the time?

Regardless of your political beliefs, anyone who has been actively listening to current events knows that President Trump has a habit of changing his position. This behavior pertains to a wide range of topics. For example he insisted that America would not have an active military presence in Syria. Nevertheless, he ordered the bombing of a Syrian airfield last week.  This is not new. President Trump had specified last year that witness immunity from prosecution in exchange for testimony was equivalent to committing a crime. Since then he has also back-pedaled on that statement concerning Michael Flynn. This certainly was not the case concerning Hillary Clinton’s staff members last year.

Some may argue that President Trump changes his positions to gain negotiation advantage. Yet, there may there may be other reasons why many of President Trump’s statements are inconsistent with his past rhetoric – cognitive structures. Cognitive structures are mental processes that individuals use to process and understand information. They organize information for learning and recall. Cognitive structures are integral for comprehension and memory.

According to Sternberg (2009), there are three general categories of cognitive structures.

* The first are comparative thinking structures for memorization and classifying.

* The second is symbolic representation structures like math, gestures, dance, and music.

* The third is logical structures like reasoning, cause and effect, evaluation, and problem solving.

We develop cognitive structures  over time through our experiences. We use cognitive structures that support our goals and needs. I suggest that President Trump is using a dynamic evaluation process to maintain a positive self-image. This explains why President Trump stated that there were things in the healthcare bill that he did not particularly like; it was okay that the bill failed to pass.  In the same manner, he uses alternate facts to support bogus claims and denigrate his foes, both of which support his fragile self-image.

What are the best brain foods? (Part 2)

Dietary manipulations is a viable strategy for enhancing cognitive abilities.  Researchers have uncovered some of the basic principles that are involved in the actions of certain foods and nutrients on the brain. Incorporating this knowledge into your daily meal planning will improve your cognitive ability or thinking power, now and in the future. Following are a list of nutrients and foods essential for brainpower for this holiday season and beyond.

  • Chlorine – helps maintain a healthy memory function – this nutrient is available in egg yolks, soy beef, chicken, veal, turkey liver, and lettuce.
  • The combination of vitamins C, E, and carotene – taken in an antioxidant vitamin form delays cognitive decline in the elderly available in citrus fruits, several plants and vegetables, calf and beef liver.
  • Calcium, zinc, selenium and high serum calcium – the lack of these nutrients are associated with lower cognitive function- calcium is found in milk. Zinc is available in oysters, in smaller amounts in beans, nuts, almonds, whole grains, and sunflower seeds. Selenium is available in nuts, cereals, meat, fish, and eggs.
  • Copper – low levels of this nutrient is associated with cognitive decline in patients with Alzheimer’s disease. Copper is available from oysters, beef/lamb liver, Brazil nuts, blackstrap molasses, cocoa, and black pepper.
  • Iron – treatments of this nutrient normalizes cognitive function in young women. It is found in red meat, fish, poultry, lentils, and beans.

What are the best brain foods?

Blogs constantly bombard us with ways to lose weight over the holidays. Some of those suggestions include news you will see is the same old basic list of second hand tips. For instance do not show up starving to a party, choose your indulgences wisely, and be mindful that alcohol has calories. Most of these tips you could have guessed on your own. The rest of them you only needed to hear once. If it really did work, holiday weight gain would not be such an issue! Instead of dressing up the same information with a new picture, this post looks at what the research actually says about how brain food can make you smarter.

Getting to the point. Scientists have often suspected that specific nutrients from food can affect cognitive processes and emotions. These effects of food on cognition help us to determine how best to manipulate our diet in order to promote mental fitness. Diet and other aspects of our daily routine, such as exercise, improve mental function. We now know that particular nutrients found in foods influence cognition by acting on cellular processes that are vital for maintaining cognitive function.

Therefore dietary manipulations is a viable strategy for enhancing cognitive abilities.  Researchers have uncovered some of the basic principles that are involved in the actions of certain foods and nutrients on the brain. Incorporating this knowledge into your daily meal planning will improve your cognitive ability or thinking power. Following are a list of nutrients and foods essential for brainpower for this holiday season and beyond.

  • Omega-3 fatty acids – amelioration of cognitive decline and useful in the treatment of patients with mood disorders. This nutrient is available in salmon, flax seeds, krill, chia, kiwi fruit, butternuts, and walnuts.
  • Flavonoids – improvement of cognitive function. This nutrient is found in cocoa, green tea, Ginkgo tree, citrus fruits, wine (higher in red wine), and dark chocolate.
  • B vitamins – Supplementation with vitamin B6, vitamin B12 or folate has positive effects on memory performance in women. There are various natural sources for this nutrient.
  • Vitamin D – Important for preserving cognition. Fish liver, fatty fish, mushrooms, milk, soymilk, and cereal grains all provide this nutrient.
  • Vitamin E – reduces cognitive decay. Asparagus, avocado, nuts, peanuts, olives, red palm oil, seeds, spinach, vegetable oils, and wheat germ all are viable sources for this vitamin E.

The stress free way to overcome math anxiety

 

Mathematics anxiety is often defined as a state of discomfort concerning the performance of mathematical tasks. Researches posit that such circumstances cause stress and have a negative impact on academics (Hubbard & Byler, 2006). This is important because being overstressed inhibits one’s use of their working memory (WM) and attention. As you will recall WM is theorized to have limited capacity. It holds information before we commit it to long-term memory. In this scenario WM holds the symbols, operators, and variables that we manipulate to solve mathematical problems. Attention pertains to one’s ability to block out irrelevant feelings such fear and worry that hinder the storage and retrieval of information that creates knowledge.

The good news is that ordinary people have successfully used stress management techniques to perform well under stressful conditions. You can too. These techniques lessen the formerly mentioned WM and attentional challenges. Scientists have demonstrated the effectiveness of these techniques in various academic settings. The use of progressive muscle relaxation (PMR) has demonstrated significant positive results in controlling stress and anxiety regarding math performance. PMR is a technique that involves tensing and relaxing specific muscle groups in a specific order to decrease the physiological aspects of anxiety while distracting people from their awareness of anxious feelings.

The results of several studies suggest that PMR improves a person’s ability to focus their attention on a central task and execute its required operation while inhibiting unrelated info. PMR training is an effective technique for the reduction of tension, anxiety, and physiological arousal that are associated with math anxiety. The next time you feel anxious about performing a math task try PMR to improve your performance. Here is a sample PMR script for your review.

 

How to win friends and influence others

Emotional intelligence (EI) refers to an individual’s awareness of their emotions, the emotions of others, and the ability to manage them and act appropriately. These abilities are important for individuals that work in helping professions, sales, and public relations. These skills are also important to individuals needing to maintain or improve personal relationships such as students, teachers, parents, and pastors. In other words everyone needs EI. Researchers commonly assumed that EI has five components. They are:

Self-awareness. The ability to recognize and understand personal dispositions and emotions and drives, as well as their effect on others.

Self-regulation. The capability to governor or redirect troublesome impulses and moods, and the tendency to suspend judgment and to think before acting.

Internal motivation. A desire to perform for intrinsic reasons that go beyond income and fame -which are external rewards, – such as, a joy in doing something or curiosity in learning.

Empathy. The ability to understand the emotional nature of other people and responding to their their emotional reactions.

Social skills. The knack for managing relationships and building networks of people by finding common ground and rapport.

Many successful people have these skills and the good news is that with training you can improve their your EI. Abe et al. (2013) demonstrated this point in a pilot intervention for medical students. The results of their study indicate that skills training can make an immediate and long-term impact on the emotional awareness of individuals. It is important to note that the skills training focused on building skills needed for self-awareness and empathy. The primary activities in the intervention involved expressing one feelings and listening to others.

Problem Solving: why you need to take a nap

In a previous post, we indicated that taking a nap has many benefits regarding your cognition. Cognition is the mental process of attaining knowledge and understanding through your thoughts, experiences, and senses. It is important to note that a growing body of work indicates that sleep has these positive effects because it increases activation. Activation is the process of associating similar concepts within our memories. This type of processing facilitates the restructuring of information that is a key part of problem solving.

Sio et al. (2012)’s work adds to this body of work. Specifically participants in the sleep group in their experiments demonstrated that performance on problem solving improves after a period of sleep. The sleep group out performed participants who remained awake while they slept. The sleep group solved a greater number of difficult problems than did the other groups. The researchers concluded that sleep facilitates problem solving, most likely via spreading activation. This effect was not remarkable for easy problems.

This means that taking a nap will likely increase your performance with problem solving at school or work. Of course, sometimes we do not have the option of taking a nap and must employ other strategies to solve our problems. Collaborative problem solving, which is working with others to solve your problems, is a viable option in circumstances like these.