wildcat2030:

In the very near future, the act of remembering will become a choice.
Every memory begins as a changed set of connections among cells in the brain. If you happen to remember this moment—the content of this sentence—it’s because a network of neurons has been altered, woven more tightly together within a vast electrical fabric. This linkage is literal: For a memory to exist, these scattered cells must become more sensitive to the activity of the others, so that if one cell fires, the rest of the circuit lights up as well. Scientists refer to this process as long-term potentiation, and it involves an intricate cascade of gene activations and protein synthesis that makes it easier for these neurons to pass along their electrical excitement. Sometimes this requires the addition of new receptors at the dendritic end of a neuron, or an increase in the release of the chemical neurotransmitters that nerve cells use to communicate. Neurons will actually sprout new ion channels along their length, allowing them to generate more voltage. Collectively this creation of long-term potentiation is called the consolidation phase, when the circuit of cells representing a memory is first linked together. Regardless of the molecular details, it’s clear that even minor memories require major work. The past has to be wired into your hardware. (via The Forgetting Pill Erases Painful Memories Forever | Wired Magazine | Wired.com)

i like it 

wildcat2030:

In the very near future, the act of remembering will become a choice.

Every memory begins as a changed set of connections among cells in the brain. If you happen to remember this moment—the content of this sentence—it’s because a network of neurons has been altered, woven more tightly together within a vast electrical fabric. This linkage is literal: For a memory to exist, these scattered cells must become more sensitive to the activity of the others, so that if one cell fires, the rest of the circuit lights up as well. Scientists refer to this process as long-term potentiation, and it involves an intricate cascade of gene activations and protein synthesis that makes it easier for these neurons to pass along their electrical excitement. Sometimes this requires the addition of new receptors at the dendritic end of a neuron, or an increase in the release of the chemical neurotransmitters that nerve cells use to communicate. Neurons will actually sprout new ion channels along their length, allowing them to generate more voltage. Collectively this creation of long-term potentiation is called the consolidation phase, when the circuit of cells representing a memory is first linked together. Regardless of the molecular details, it’s clear that even minor memories require major work. The past has to be wired into your hardware. (via The Forgetting Pill Erases Painful Memories Forever | Wired Magazine | Wired.com)

i like it 

(via symbiosis)




47 notes
  1. kylesanz reblogged this from wildcat2030
  2. onlycallmemrsdarcy reblogged this from tikapallani and added:
    Love! Can’t wait for this!
  3. tikapallani reblogged this from symbiosis
  4. decemburrsuns reblogged this from symbiosis
  5. symbiosis reblogged this from gadgetry
  6. ecnessler reblogged this from wildcat2030 and added:
    no. terrible idea. Who we are...directly related...affected...
  7. -baileycain reblogged this from shakuzen
  8. unless-you-are-the-mongols reblogged this from shakuzen
  9. vultureshadows reblogged this from shakuzen and added:
    I was just watching Eternal Sunshine of the Spotless Mind Huh
  10. officialmittromney reblogged this from shakuzen
  11. shakuzen reblogged this from gadgetry
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