Babies born in 2025 are part of a new generation - Gen Beta
Members of Gen Beta will be born between the years 2025 and 2039, according to the Australian research firm McCrindle. They'll be the children of younger millennials and older members of Gen-Z.
Generation Beta will inherit a world grappling with major societal challenges.
"With climate change, global population shifts, and rapid urbanization at the forefront, sustainability will not just be a preference but an expectation. This generation will be raised by Millennial and older Gen Z parents, many of whom prioritize adaptability, equality, and eco-consciousness in their parenting." according to a statement from McCrindle.
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Members of Gen Beta will be born between the years 2025 and 2039, according to the Australian research firm McCrindle. They'll be the children of younger millennials and older members of Gen-Z.
Generation Beta will inherit a world grappling with major societal challenges.
"With climate change, global population shifts, and rapid urbanization at the forefront, sustainability will not just be a preference but an expectation. This generation will be raised by Millennial and older Gen Z parents, many of whom prioritize adaptability, equality, and eco-consciousness in their parenting." according to a statement from McCrindle.
🧠🆔 @neurocognitionandlearning
Neuroscience & Psychology
https://youtu.be/fQa7KLnjzSI?si=eqgEKJoMB-jqwTp3
🔸سخنرانی فوق العاده ممتاز و آموزنده از جناب دکتر پیشقدم استاد دانشگاه فردوسی مشهد.
تماشای آن به دانش‌آموختگان و دانشجویان تمام رشته ها بخصوص رشته زبان انگلیسی در شاخه های مختلف آموزش، مترجمی، و ادبیات پیشنهاد می شود. مطمئنا بعد از تماشای آن دید بسیار بهتری نسبت به مجموعه انتخاب هایی که برای انتخاب کار و توسعه مهارت ها می توانید داشته باشید، خواهید داشت.
🔸اگر از شرایط حرفه خود در حال حاضر ناراضی هستید، حتما تماشا کنید و کلی ایده بگیرید.
🧠🆔 @neurocognitionandlearning
تماشای آن به دانش‌آموختگان و دانشجویان تمام رشته ها بخصوص رشته زبان انگلیسی در شاخه های مختلف آموزش، مترجمی، و ادبیات پیشنهاد می شود. مطمئنا بعد از تماشای آن دید بسیار بهتری نسبت به مجموعه انتخاب هایی که برای انتخاب کار و توسعه مهارت ها می توانید داشته باشید، خواهید داشت.
🔸اگر از شرایط حرفه خود در حال حاضر ناراضی هستید، حتما تماشا کنید و کلی ایده بگیرید.
🧠🆔 @neurocognitionandlearning
Unborn Babies Use Genes From Dad to “Remote-Control” Mothers for Extra Food
Scientists at Cambridge have unveiled a fascinating mechanism where fetuses use a paternal gene to control the mother’s nutrient release during pregnancy.
This “remote control” system involves hormonal signals from the placenta, which ensure the fetus grows optimally by altering the mother’s metabolic processes. Remarkably, this battle for nutrients is a delicate balance, crucial not just for fetal growth but also for the mother’s health and her future reproductive potential.
🧠🆔 @neurocognitionandlearning
Scientists at Cambridge have unveiled a fascinating mechanism where fetuses use a paternal gene to control the mother’s nutrient release during pregnancy.
This “remote control” system involves hormonal signals from the placenta, which ensure the fetus grows optimally by altering the mother’s metabolic processes. Remarkably, this battle for nutrients is a delicate balance, crucial not just for fetal growth but also for the mother’s health and her future reproductive potential.
🧠🆔 @neurocognitionandlearning
Neuroscience & Psychology
Unborn Babies Use Genes From Dad to “Remote-Control” Mothers for Extra Food Scientists at Cambridge have unveiled a fascinating mechanism where fetuses use a paternal gene to control the mother’s nutrient release during pregnancy. This “remote control” system…
Researchers deleted the expression of an important imprinted gene called Igf2, which provides instructions for making a protein called ‘Insulin Like Growth Factor 2’. Similar to the hormone insulin, which is responsible for making and controlling glucose levels in our circulation, the gene promotes fetal growth and plays a key part in the development of fetal tissues including the placenta, liver and brain.
Dr. Jorge Lopez-Tello, a lead author of the study based at the University’s Department of Physiology, Development and Neuroscience, said: “If the function of Igf2 from the father is switched off in signaling cells, the mother doesn’t make enough amounts of glucose and lipids – fats – available in her circulation. These nutrients therefore reach the fetus in insufficient amounts and the fetus doesn’t grow properly.”
The scientists found that deleting Igf2 from the placenta’s signaling cells affects the production of other hormones that modulate the way the mother’s pancreas produces insulin, and how her liver and other metabolic organs respond.
🧠🆔 @neurocognitionandlearning
Dr. Jorge Lopez-Tello, a lead author of the study based at the University’s Department of Physiology, Development and Neuroscience, said: “If the function of Igf2 from the father is switched off in signaling cells, the mother doesn’t make enough amounts of glucose and lipids – fats – available in her circulation. These nutrients therefore reach the fetus in insufficient amounts and the fetus doesn’t grow properly.”
The scientists found that deleting Igf2 from the placenta’s signaling cells affects the production of other hormones that modulate the way the mother’s pancreas produces insulin, and how her liver and other metabolic organs respond.
🧠🆔 @neurocognitionandlearning
Neuroscience & Psychology
Unborn Babies Use Genes From Dad to “Remote-Control” Mothers for Extra Food Scientists at Cambridge have unveiled a fascinating mechanism where fetuses use a paternal gene to control the mother’s nutrient release during pregnancy. This “remote control” system…
https://scitechdaily.com/unborn-babies-use-genes-from-dad-to-remote-control-mothers-for-extra-food/
🧠🆔 @neurocognitionandlearning
🧠🆔 @neurocognitionandlearning
SciTechDaily
Unborn Babies Use Genes From Dad to “Remote-Control” Mothers for Extra Food
Scientists at Cambridge have unveiled a fascinating mechanism where fetuses use a paternal gene to control the mother's nutrient release during pregnancy. This "remote control" system involves hormonal signals from the placenta, which ensure the fetus grows…
Neuroscience & Psychology
https://www.youtube.com/live/vVQ-bYoD2Ds?si=zzSjf8k1Cjg67be_ 🧠🆔 @neurocognitionandlearning
تحصیل و کار در قطر و استرالیا و همچنین کانادا
مصاحبه جناب دکتر پیشقدم و جناب دکتر ریاضی
حتما تماشا کنید.
🧠🆔 @neurocognitionandlearning
مصاحبه جناب دکتر پیشقدم و جناب دکتر ریاضی
حتما تماشا کنید.
🧠🆔 @neurocognitionandlearning
Sound Science: Researcher Investigates How Music Alters the Mind
Melodic intonation therapy, which uses note and rhythm patterns to restore language, was developed nearly 50 years ago.
“Many people with aphasia can sing words that they otherwise cannot speak,” he said. “But the neural mechanisms behind this have been largely unexplored.”
Lee hypothesized that, counterintuitively, it may be the rhythm, not the melody, in singing that enables language recovery. He has been developing a rhythm video gaming therapy app.
Children with a good sense of rhythm also tend to have good grammar skills irrespective of their IQ or memory skills. “Language and music are tied, at least in this way,” Lee said.
Lee said that demonstrated clinical benefits are necessary to bring the potential of sound therapy into focus.
🧠🆔 @neurocognitionandlearning
#Sound_Science
#rhythm_therapy
#binaural_beat
#sound_based_health_care_startup
#Melodic_intonation_therapy
#ASMR
Melodic intonation therapy, which uses note and rhythm patterns to restore language, was developed nearly 50 years ago.
“Many people with aphasia can sing words that they otherwise cannot speak,” he said. “But the neural mechanisms behind this have been largely unexplored.”
Lee hypothesized that, counterintuitively, it may be the rhythm, not the melody, in singing that enables language recovery. He has been developing a rhythm video gaming therapy app.
Children with a good sense of rhythm also tend to have good grammar skills irrespective of their IQ or memory skills. “Language and music are tied, at least in this way,” Lee said.
Lee said that demonstrated clinical benefits are necessary to bring the potential of sound therapy into focus.
🧠🆔 @neurocognitionandlearning
#Sound_Science
#rhythm_therapy
#binaural_beat
#sound_based_health_care_startup
#Melodic_intonation_therapy
#ASMR
Neuroscience & Psychology
Sound Science: Researcher Investigates How Music Alters the Mind Melodic intonation therapy, which uses note and rhythm patterns to restore language, was developed nearly 50 years ago. “Many people with aphasia can sing words that they otherwise cannot speak…
https://news.utdallas.edu/health-medicine/neuroscientist-music-research-2022/
🧠🆔 @neurocognitionandlearning
🧠🆔 @neurocognitionandlearning
News Center
Sound Science: Researcher Investigates How Music Alters the Mind
Dr. Yune S. Lee has seen the power of sound on the mind. While working as a composer of music for commercials, he was captivated by how the right tune can affect a listener’s mental state. Lee traded his work in the music industry for an academic career in…
Neuroscience & Psychology
Sound Science: Researcher Investigates How Music Alters the Mind Melodic intonation therapy, which uses note and rhythm patterns to restore language, was developed nearly 50 years ago. “Many people with aphasia can sing words that they otherwise cannot speak…
📚Exploring the science behind the therapeutic and healing power of sound-frequency & music
#sound_therapy
🧠🆔 @neurocognitionandlearning
#sound_therapy
🧠🆔 @neurocognitionandlearning
The psychology of popular characters: Breaking bad's Walter White
Breaking Bad, one of the most critically acclaimed television series of all time, offers a fascinating look into the transformation of its main character, Walter White. Over five seasons, viewers witness Walter’s descent from a mild-mannered chemistry teacher to a ruthless drug kingpin. His complex journey is not just a gripping narrative but also a rich case study in behavioral science.
Walter White’s transformation in Breaking Bad is a compelling example of how psychological concepts like cognitive dissonance and moral disengagement can drive significant changes in behavior. By understanding these mechanisms, we can gain deeper insights into human behavior and the factors that influence our actions. Whether in fiction or real life, these psychological principles remind us of the importance of self-awareness, ethical decision-making, and the powerful influence of circumstance and environment.
🧠🆔 @neurocognitionandlearning
Breaking Bad, one of the most critically acclaimed television series of all time, offers a fascinating look into the transformation of its main character, Walter White. Over five seasons, viewers witness Walter’s descent from a mild-mannered chemistry teacher to a ruthless drug kingpin. His complex journey is not just a gripping narrative but also a rich case study in behavioral science.
Walter White’s transformation in Breaking Bad is a compelling example of how psychological concepts like cognitive dissonance and moral disengagement can drive significant changes in behavior. By understanding these mechanisms, we can gain deeper insights into human behavior and the factors that influence our actions. Whether in fiction or real life, these psychological principles remind us of the importance of self-awareness, ethical decision-making, and the powerful influence of circumstance and environment.
🧠🆔 @neurocognitionandlearning
Neuroscience & Psychology
The psychology of popular characters: Breaking bad's Walter White Breaking Bad, one of the most critically acclaimed television series of all time, offers a fascinating look into the transformation of its main character, Walter White. Over five seasons, viewers…
https://www.linkedin.com/pulse/psychology-popular-characters-breaking-bads-walter-white-tayo-rockson-afiue?utm_source=share&utm_medium=member_android&utm_campaign=share_via
🧠🆔 @neurocognitionandlearning
🧠🆔 @neurocognitionandlearning
Linkedin
The Psychology of Popular Characters: Breaking Bad’s Walter White
Breaking Bad, one of the most critically acclaimed television series of all time, offers a fascinating look into the transformation of its main character, Walter White. Over five seasons, viewers witness Walter’s descent from a mild-mannered chemistry teacher…
Pupil Dynamics During Sleep Reveal Brain’s Memory-Saving Secrets
Researchers have discovered that pupil size during non-REM sleep correlates with memory consolidation. When pupils contract, the brain focuses on consolidating new memories; when dilated, it processes older ones.
This separation prevents “catastrophic forgetting,” allowing the brain to efficiently manage both new and existing knowledge. These findings could lead to better memory enhancement techniques for humans and inspire more efficient artificial neural networks.
🧠🆔 @neurocognitionandlearning
Researchers have discovered that pupil size during non-REM sleep correlates with memory consolidation. When pupils contract, the brain focuses on consolidating new memories; when dilated, it processes older ones.
This separation prevents “catastrophic forgetting,” allowing the brain to efficiently manage both new and existing knowledge. These findings could lead to better memory enhancement techniques for humans and inspire more efficient artificial neural networks.
🧠🆔 @neurocognitionandlearning
Neuroscience & Psychology
Pupil Dynamics During Sleep Reveal Brain’s Memory-Saving Secrets Researchers have discovered that pupil size during non-REM sleep correlates with memory consolidation. When pupils contract, the brain focuses on consolidating new memories; when dilated, it…
Neuroscience News
Pupil Dynamics During Sleep Reveal Brain’s Memory-Saving Secrets
Researchers have discovered that pupil size during non-REM sleep correlates with memory consolidation.
Neuroscience & Psychology
Pupil Dynamics During Sleep Reveal Brain’s Memory-Saving Secrets Researchers have discovered that pupil size during non-REM sleep correlates with memory consolidation. When pupils contract, the brain focuses on consolidating new memories; when dilated, it…
YouTube
The Secret of Sleep: Pupil Size Indicates Memory Replay
A groundbreaking study from Cornell University reveals that pupil size during sleep can indicate which memories we are reliving. Researchers discovered that pupil contraction signifies the replay of new memories, while dilation reflects the processing of…