By: Alvaro Fernandez
When: Next Friday, December 9th, 11am Pacific Time/ 2pm Eastern Time.
What: Live Q&A with David DiSalvo on the latest cognitive science of how our minds work.
How: You can Register Now Here.
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By: David DiSalvo
(Editor’s Note: This is an excerpt from David DiSalvo’s new book What makes your brain happy and why you should do the opposite.)
Taking a position in any argument—large or small—is slippery business for our brains. We can have every intention of honestly pursuing an answer, yet still fool ourselves into thinking our method is objective when it is, in fact, anything but. Cognitive science has helped decipher this enigma with research on the theoretical mental structures our brains use to organize information, called schemata. Read the rest of this entry »
By: SharpBrains
Reminder: Join Live Q&A with Dr. Paul Nussbaum by clicking HERE, today November 22nd at 11am Pacific Time/ 2pm Eastern Time. Chat about about a holistic approach to brain health with clinical neuropsychologist Dr. Paul Nussbaum, author of Save Your Brain, recently named a Best Book on Brain Fitness by AARP. You can also learn more about the Brain Fitness Q&A Series.
Transcripts of previous Q&A Sessions:
By: Dr. Jerome Schultz
(Editor’s note: below you have the final part of the 6-part Stress and the Brain series. If you are joining the series now, you can read the previous parts via the links below.)
Stayin’ Alive
Understanding the Human Brain and How It Responds to Stress
TO FIGHT, FLEE, OR FREEZE — THAT IS THE QUESTION
With a better understanding of the neurobiology of stress, the LD — ADHD — stress connection becomes clear. Students with learning disabilities or ADHD, confronted with the stress created by exposure to tasks that are in reality or in their perception too difficult (and thus threatening), exhibit the protective behavior of any organism under extreme stress: They fight, they flee, or they freeze. When these kids don’t understand why they can’t do what other kids can do (master the stressor), and they can’t see any way to get out of a situation that won’t go away, they begin to shut down. Read the rest of this entry »
By: SharpBrains
Reminder:—> Join Live Q&A with Alvaro Fernandez by clicking HERE, today November 15th at 11am Pacific Time/ 2pm Eastern Time. Chat about the present and future of cognition, learning, brain training, technology and more with Alvaro Fernandez, co-founder of SharpBrains.com and co-author of The SharpBrains Guide to Brain Fitness. You can also learn more about the Brain Fitness Q&A Series.
By: Dr. Jerome Schultz
(Editor’s note: below you have part 5 of the 6-part The Neurobiology of Stress series. If you are joining the series now, you can read the previous part Here.)
Stayin’ Alive
Understanding the Human Brain and How It Responds to Stress
The Human Brain Likes to Be in Balance
Fortunately, the brain has some built — in safety systems. Too much cortisol in the blood signals the brain and adrenal glands to decrease cortisol production. And under normal conditions, when the stress is overcome or brought under control (by fighting, fleeing, or turning into an immobile statue, or by mastering the threat), the hypothalamus starts sending out the orders to stand down. Stop producing cortisol! Event over! Under continuous stress, however, this feedback system breaks down. The hypothalamus keeps reading the stress as a threat, furtively sending messages to the pituitary gland, which screams out to the adrenal glands to keep pumping out cortisol, which at this point begins to be neurotoxic — poison to the brain. Read the rest of this entry »
By: Dr. Jerome Schultz
(Editor’s note: below you have part 4 of the 6-part The Neurobiology of Stress series. If you are joining the series now, you can read the previous part Here.)
Stayin’ Alive
Understanding the Human Brain and How It Responds to Stress
THE STRESS RESPONSE EXPLAINED
Stress was put on the map, so to speak, by a Hungarian — born Canadian endocrinologist named Hans Hugo Bruno Selye (ZEL — yeh) in 1950, when he presented his research on rats at the annual convention of the American Psychological Association. To explain the impact of stress, Selye proposed something he called the General Adaptation Syndrome (GAS), which he said had three components. According to Selye, when an organism experiences some novel or threatening stimulus it responds with an alarm reaction. This is followed by what Selye referred to as the recovery or resistance stage, a period of time during which the brain repairs itself and stores the energy it will need to deal with the next stressful event.
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By: SharpBrains

Below you can find the full transcript of our engaging Q&A session today on memory, memory techniques and brain-healthy lifestyles with Dr. Gary Small, Director of UCLA’s Memory Clinic and Center on Aging, and author of The Memory Bible. You can learn more about his book Here, and learn more about upcoming Brain Fitness Q&A Sessions Here.
Perhaps one of the best questions and answers was:
2:55
Question: Gary, you’ve worked many years in this field. Let us in on the secret. What do YOU do you, personally, to promote your own brain fitness?
2:57
Answer: I try to get at least 30 minutes of aerobic conditioning each day; try to minimize my stress by staying connected with family and friends; generally eat a brain healthy diet (fish, fruits, vegetables), and try to balance my online time with my offline time. Which reminds me, I think it is almost time for me to sign off line. Read the rest of this entry »
By: SharpBrains
—> Join Live Q&A with Dr. Gary Small by clicking HERE, today November 1st at 11am Pacific Time/ 2pm Eastern Time. Chat about memory, memory techniques and brain-healthy lifestyles with Dr. Small, Director of UCLA’s Memory Clinic and Center on Aging and author of The Memory Bible. You can also learn more about the Brain Fitness Q&A Series.
By: Dr. Jerome Schultz
(Editor’s note: below you have part 3 of the 6-part The Neurobiology of Stress series. If you are joining the series now, you can read the previous part Here.)
Stayin’ Alive
Understanding the Human Brain and How It Responds to Stress
The Little Brain Down Under
The tour continues … Sitting under the occipital and temporal lobes of the brain is the cerebellum. It’s about the size of a child’s fist. Because it looks like a separate brainlike structure attached to the underside of the cortex, the cerebellum is sometimes referred to as the “ little brain. ” It’s connected to the brain stem, which in turn connects the brain to the spinal cord. The cerebellum used to be relegated to the very simple role of helping us maintain balance when we walk or run, but modern neuroscience has found that the cerebellum plays a much larger and more important role than that. Read the rest of this entry »
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