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GB

Gregg Braden

04/16/24

@ André Duqum

The human brain continues to produce neurons until the last breath, but if new neurons are not engaged meaningfully within about 14 days, they will atrophy and die.

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The Rise of Transhumanism: Do We Have the Wisdom to Not Forget What Makes Us Human? | Gregg Braden

@ André Duqum

The Rise of Transhumanism: Do We Have the Wisdom to Not Forget What Makes Us Human? | Gregg Braden

04/16/24

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DG

Dr. Gary Steinberg

05/20/24

@ Andrew Huberman

The old belief that nerve cells in the brain do not regenerate is being challenged; recent studies show that there is potential for recovery and regeneration after brain injuries.

AH

Andrew Huberman

07/20/20

@ Rich Roll

Neuroplasticity, the brain's ability to change in response to experience, is most pronounced from birth to age 25.

AH

Andrew Huberman

05/28/25

@ Theo Von

The brain is incredibly plastic from ages 0 to 25, meaning experiences can significantly modify its wiring, impacting behaviors and expectations around pleasure.

GB

Gregg Braden

04/16/24

@ André Duqum

The process of learning something new, like a language or music, involves a compulsion that triggers neurons to connect and create pathways in the brain, which takes about three days.

AH

Andrew Huberman

01/16/23

@ Andrew Huberman

There's plasticity throughout the lifespan, contrary to the belief that brain structure doesn't change after age 25.

AH

Andrew Huberman

10/07/20

@ Lewis Howes

Engaging in challenging activities, like learning a new language, can enhance neuroplasticity and potentially extend lifespan.

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Kyle Fish

04/24/25

@ Anthropic

Many people intuitively believe that if you replace every neuron in a brain with digital structures and maintain the same functions, your conscious experience wouldn't change significantly.

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Andrew Huberman

01/03/22

@ Andrew Huberman

Neuroplasticity involves changes in the connections between neurons, which are essential for forming new habits.

AH

Andrew Huberman

03/01/25

@ Huberman Lab Clips

Neuroplasticity can occur through three mechanisms: strengthening connections, weakening connections, and neurogenesis, which is the addition of new neurons.