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Life & Philosophy Psychology Science

Information is the sum of parts

The brain is just a collection of tangled wires with neuron connectivity levels. We call its output ‘information’ because we need some way of describing chemical synchronicity.

The computer works the same way.

On the inside, it’s a collection of chips and wires with various voltage levels. What we see on screen is what we label as information.

Information is the same name we give to brain chemicals and computer voltage to describe the organized chaos.

The squalor is why it works.

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Life & Philosophy Science

We can redesign our brain

“Who you are depends on what your neurons are up to, moment by moment,” writes David Eagleman in his book The Brain: The Story of You.

The classical textbook tells us that our brains are immutable after a certain age, that in fact, our neurocognitive code is set in place right after our teens.

But today’s neuroscience studies show that the mind remains forever elastic. By staying challenged and interested in new experiences, we can plant even more brain cells and make even more connections.

Writes Sharon Begley in Train Your Mind, Change Your Brain:

William James, the father of experimental psychology in the United States, first introduced the word plasticity to the science of the brain, positing in 1890 that “organic matter, especially nervous tissue, seems endowed with a very extraordinary degree of plasticity.”

Sharon Begley, Train Your Mind, Change Your Brain

It’s therefore vital that the information we choose to digest and how we categorize it ameliorate the brain’s flexibility rather than deteriorate it.

We may be born with a set number of preconditions, but that will never account for what we can gain from trial and error. Neuroplasticity ensures that we can redesign our brains as we wish.

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Psychology Science Video

What your thoughts look like

To be in your own thoughts — language, like headphones, delivers a sense of privacy.

Of course, no thinking is linear. Neurons are always crashing into each other, trying to connect and build new avenues of ideas. The whole of brain waves is greater than the sum of its parts.

Neurons that fire together, wire together

But knowledge presents a key constraint in the gobbling of information — it requires a dishwasher of synthesis to make even more sense of the apparent world.

What’s most dizzying is experiencing nothing. Whatever your neurons are up to this very moment determines what you do next.

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Life & Philosophy Science

Clear now, confused tomorrow

We have to think and talk our way through things in order to get a grip on past expressions.

Unless we can pin down our thoughts to exactitude, we have to get comfortable with being uncomfortable and confused.

And that’s ok. Forced familiarity breeds forgetfulness — the attrition of synaptic connections is a function of memory.

Part of escaping the pinning is to remind ourselves why we believed in anything in the first place.

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Arts Life & Philosophy Science

The flashes of the arts

If at first we emulate, then we originate.

Thankfully, our bad memories serve a grand purpose in helping us forget most of what we learn. But then the urge of discovery restarts, leaving us compelled to relearn our sense of wonder.

Life is not a rote study course.

We’ll all be remembered not for what we copied but whatever we did differently.

The role of any artist is to adopt a
system of experimentation that is open to chance encounter and new ideas.

There is a tendency amongst creators to make things for the purpose of instant gratification.

These pieces and posts may get likes but they are consumed and quickly forgotten like the fast fashion of Forever 21.

We sculpt perception through our own diligent work.

Categories
Creativity Productivity & Work Science

Eureka moments are a myth 💡

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gif via Tumblr

In 1726, an Apple dropped from a tree and hit the elder physicist Isaac Newton on the head.  It was then he discovered insight into gravity. Or so the story goes. 

In reality, he had already done a lot of his thinking while staring at the surrounding apple trees. Newton’s friend and biographer William Stukeley wrote: “Occasion’d by the fall of an apple, as he sat in contemplative mood.” 

We polish stories, embellish them, so they’re more memorable and thus more shareable. To quote librarian Keith Moore, the Newton story is “an 18th-century sound bite.”

There is no such thing as a Eureka moment. Light-bulb moments arise because we’ve already spent a long time thinking about them and letting the subconscious do its work.

It’s no surprise that big ideas seem to happen in dull moments when we’re in the shower or doing the dishes. Ideas also come to us during rest. A resting mind still hungers for stimulation because creativity is always awake.

This is also why planning unscheduled time is so vital to the work process. We have to get out of our own heads so we can think with more clarity.

Eureka moments are a myth. They occur when we’re thinking without thinking. The right ‘creative’ brain is always on. It splits duties with the left brain to interpret various phenomena.

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