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Total Members Voted: 15

Can Robots Ever Become Life?

Ingy | Mythic Inconceivable!
 
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I've been reading up on companies building robots that can feel 'pain' now and I thought "well they're just programmed to respond a certain way once temperature or pressure thresholds are crossed"

But then I thought
That's exactly what humans do too

Which got me thinking
Can we ever create life?

Personally I think no


Dietrich Six | Mythic Inconceivable!
 
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Excuse me, I'm full of dog poison
Nah, humans aren't capable of creating thinking, feeling organisms.

Best we can do is create something that regurgitates content without ever creating something new.


Dan | Heroic Unstoppable!
 
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There may be a time when robots are indistinguishable from humans, but they will never have consciousness.


XSEAN | Legendary Invincible!
 
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You may try to create something to be human but it won't ever be human cuz what makes you you cannot be explained or program


Winy | Legendary Invincible!
 
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I don't know for certain, but I personally like to think it's possible. If something achieves the same amount of neurological complexity as a living organism... Why does it matter what it's made of? Like others have said, you'd say "Well, they're just machines," but so are humans, we're just made of different things than what we'd call a "Robot."

But the problem with this concept is that you'd never actually be able to prove the sentience of a non-biological organism, so I feel like there'd always be some people who doubted if they were conscious. But yeah, It think it may be an interesting possibility.


Desty | Mythic Inconceivable!
 
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Yeah, I fully believe it's possible. I only see hurdles in the way of that future.


 
 
Mr. Psychologist
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<.<
Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.


 
Pippen
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You either die a hero or live long enough to become Mythic..
Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother


 
 
Mr. Psychologist
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<.<
Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother
I already have four, I'd rather have a robotic son


Desty | Mythic Inconceivable!
 
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Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother
I already have four, I'd rather have a robotic son
How do neurons communicate? Some sources say through neurotransmitters being sent and picked up between neurons, but then there's the electric-impulses-stuff. Can you clear this up for me?


 
 
Mr. Psychologist
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<.<
Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother
I already have four, I'd rather have a robotic son
How do neurons communicate? Some sources say through neurotransmitters being sent and picked up between neurons, but then there's the electric-impulses-stuff. Can you clear this up for me?
Yeah, we've been doing this in a lot of detail recently.

So take a dopaminergic neuron for example


You have the presynaptic nerve and the post synaptic nerve, the bit between the two nerve endings is the synaptic gap. When an action potential reaches the presynaptic nerve, this triggers the release of neurotransmitters like Dopamine into the synaptic gap. The dopamine then binds to the receptors on the post-synaptic nerve and if sufficient dopamine are bound to it then this generates a new action potential in the second neuron.

The action potential is the electrical bit and the dopamine in the neurotransmitter. The electrical charge for the action potential comes from the transfer of energy from ionized molecules (iirc) like Sodium Na+ or Potassium K+ which is why deficiency of those two is particularly bad for a person's neurological health.

Hope that makes sense.


Desty | Mythic Inconceivable!
 
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Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother
I already have four, I'd rather have a robotic son
How do neurons communicate? Some sources say through neurotransmitters being sent and picked up between neurons, but then there's the electric-impulses-stuff. Can you clear this up for me?
Yeah, we've been doing this in a lot of detail recently.

So take a dopaminergic neuron for example


You have the presynaptic nerve and the post synaptic nerve, the bit between the two nerve endings is the synaptic gap. When an action potential reaches the presynaptic nerve, this triggers the release of neurotransmitters like Dopamine into the synaptic gap. The dopamine then binds to the receptors on the post-synaptic nerve and if sufficient dopamine are bound to it then this generates a new action potential in the second neuron.

The action potential is the electrical bit and the dopamine in the neurotransmitter. The electrical charge for the action potential comes from the transfer of energy from ionized molecules (iirc) like Sodium Na+ or Potassium K+ which is why deficiency of those two is particularly bad for a person's neurological health.

Hope that makes sense.
So, our post-synaptic neurons have a default setting, like Oxytocin, and the "action potential" stimulates this setting? The neurotransmitter is the binding factor that determines the capability of that neuron. The action potential then is an action or smell. Once we do something or hear something for the first time action potential occurs and a neurotransmitter is selected by one cell to bind with another cell (among a cluster of other cells). When we perform the action, or hear the same sound again the eletrical impulses are sent through those neurons again, and the neurotransmitter's effect happens without the need of any configurations since the setting is already set. Serotonin won't be able to pass through this cell unless the simulation of it forces a new setting to be added.


^that's my understanding of what you said and then some


 
 
Mr. Psychologist
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<.<
Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother
I already have four, I'd rather have a robotic son
How do neurons communicate? Some sources say through neurotransmitters being sent and picked up between neurons, but then there's the electric-impulses-stuff. Can you clear this up for me?
Yeah, we've been doing this in a lot of detail recently.

So take a dopaminergic neuron for example


You have the presynaptic nerve and the post synaptic nerve, the bit between the two nerve endings is the synaptic gap. When an action potential reaches the presynaptic nerve, this triggers the release of neurotransmitters like Dopamine into the synaptic gap. The dopamine then binds to the receptors on the post-synaptic nerve and if sufficient dopamine are bound to it then this generates a new action potential in the second neuron.

The action potential is the electrical bit and the dopamine in the neurotransmitter. The electrical charge for the action potential comes from the transfer of energy from ionized molecules (iirc) like Sodium Na+ or Potassium K+ which is why deficiency of those two is particularly bad for a person's neurological health.

Hope that makes sense.
So, our post-synaptic neurons have a default setting, like Oxytocin, and the "action potential" stimulates this setting? The neurotransmitter is the binding factor that determines the capability of that neuron. The action potential then is an action or smell. Once we do something or hear something for the first time action potential occurs and a neurotransmitter is selected by one cell to bind with another cell (among a cluster of other cells). When we perform the action, or hear the same sound again the eletrical impulses are sent through those neurons again, and the neurotransmitter's effect happens without the need of any configurations since the setting is already set. Serotonin won't be able to pass through this cell unless the simulation of it forces a new setting to be added.


^that's my understanding of what you said and then some
Er not quite but not wrong

Post-synaptic neurons have receptors on them, that neurotransmitters bind to. A bit like enzymes and their target molecule, lock and key model. The action potential is the electrical impulse, this is generated in response to something i.e sensory stimuli or by neurotransmission. The AP then moves along the neuron to trigger the release of neurotransmitters at the presynaptic nerve.

As for the origin of an action potential, I can't quite remember where it comes from it other than the electrical charge comes from ions and a chemical reaction.


 
Verbatim
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Nah, humans aren't capable of creating thinking, feeling organisms.
you might want to look up this thing called "sexual reproduction"


 
Verbatim
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No, they can't. Even if they could, it would be EXTREMELY unethical for us to build one.
Last Edit: May 26, 2016, 12:31:53 PM by Verbatim


Winy | Legendary Invincible!
 
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Verbatim
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No, they can't.
How do you know?
Same way I know that the radio in my dad's car isn't actually saying "goodbye" to me when I shut it off.


Winy | Legendary Invincible!
 
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No, they can't.
How do you know?
Same way I know that the radio in my dad's car isn't actually saying "goodbye" to me when I shut it off.
That's a very poor comparison.


 
Verbatim
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No, they can't.
How do you know?
Same way I know that the radio in my dad's car isn't actually saying "goodbye" to me when I shut it off.
That's a very poor comparison.
No, it isn't. It's only "poor" because you don't like it because it shuts down your wide-eyed idealism.
Last Edit: May 26, 2016, 12:41:11 PM by Verbatim


Winy | Legendary Invincible!
 
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No, they can't.
How do you know?
Same way I know that the radio in my dad's car isn't actually saying "goodbye" to me when I shut it off.
That's a very poor comparison.
No, it isn't.
It definitely is, actually. What is the difference between an organism that's made out of flesh and bone, and one that is functionally similar, but made out of metal and other "Mechanical" materials? There's nothing suggesting a conscious organism couldn't be made out of something else, or that such a being couldn't be made by humans if we were technologically advanced enough.
Last Edit: May 26, 2016, 12:45:48 PM by Winy


 
Verbatim
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It definitely is, actually.
No, it's not even close, actually.
Quote
What is the difference between an organism that's bad out of flesh and bone, and one that is functionally similar, but made out of metal and other "Mechanical" materials?
One has a brain with neurons.
Quote
There's nothing suggesting a conscious organism couldn't be made out of something else, or that such a being couldn't be made by humans if we were technologically advanced enough.
Except for every single time we've ever created in an attempt to replicate conscious sentient behavior.

We can't even make a proper artificial intelligence--because we never will. It's impossible. Robots can ONLY be as intelligent as the person making it--but as far as replicating everything else about the brain besides intelligence, there's simply no way you could do it. A ball can never bounce higher than the point you dropped it at.
Last Edit: May 26, 2016, 12:52:01 PM by Verbatim


 
True Turquoise
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fuck you



yeah


Dietrich Six | Mythic Inconceivable!
 
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Excuse me, I'm full of dog poison
Nah, humans aren't capable of creating thinking, feeling organisms.
you might want to look up this thing called "sexual reproduction"

Pretty sure you knew what I meant, thanks for being catty.


Winy | Legendary Invincible!
 
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One has a brain with neurons.
How does this help your position? Theoretically, an advanced civilization could replicate all of the properties that constitutes a neuron, and these could be used in a synthetic brain to allow for something to gain consciousness. Nature is random, and uncoordinated, yet was able to make all of these incredibly complicated biological structures given enough time. An actual, focused effort to replicate these sorts of things would arguably be capable of doing so with much greater ease.
Quote
Except for every single time we've ever created in an attempt to replicate conscious sentient behavior.
Which is why I have said that it's a possibility when a civilization become advanced enough.
Quote
Robots can ONLY be as intelligent as the person making it. A ball can never bounce higher than the point you dropped it at.
Those two statements are not analogous whatsoever, I'd imagine Einstein was smarter than his parents. The end result of two people creating something ended up being smarter than both of them. AI could function similarly, and likely will.


Desty | Mythic Inconceivable!
 
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Holy shit, Verbatim, are you purposefully being dumb or is this an attempt at trying to troll?


Winy | Legendary Invincible!
 
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On top of what I just said, claiming that a specific goal is impossible simply because previous results have failed is incredibly short-sighted. People claimed we'd never fly, and now commercial airlines are a thing. That was, like, slightly over 100 years ago.


Desty | Mythic Inconceivable!
 
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Of course

There is nothing special about an organic brain that cannot be replicated by a sufficiently advanced synthetic one.

Emotions, Desires, Thoughts, Fears are all a result of internal and external 'programming', either in the form of your biology (genetics/hormonal levels) or your learning.

If you make a program that can learn new things, you are already on par with most organic life. If you make a program that can rationalise a decision, you've surpassed all non-sentient life. If you make a robot that can do all that and have laser eyes, we have no need for meatbags anymore.

You're just waiting for someone to create your new brother
I already have four, I'd rather have a robotic son
How do neurons communicate? Some sources say through neurotransmitters being sent and picked up between neurons, but then there's the electric-impulses-stuff. Can you clear this up for me?
Yeah, we've been doing this in a lot of detail recently.

So take a dopaminergic neuron for example


You have the presynaptic nerve and the post synaptic nerve, the bit between the two nerve endings is the synaptic gap. When an action potential reaches the presynaptic nerve, this triggers the release of neurotransmitters like Dopamine into the synaptic gap. The dopamine then binds to the receptors on the post-synaptic nerve and if sufficient dopamine are bound to it then this generates a new action potential in the second neuron.

The action potential is the electrical bit and the dopamine in the neurotransmitter. The electrical charge for the action potential comes from the transfer of energy from ionized molecules (iirc) like Sodium Na+ or Potassium K+ which is why deficiency of those two is particularly bad for a person's neurological health.

Hope that makes sense.
So, our post-synaptic neurons have a default setting, like Oxytocin, and the "action potential" stimulates this setting? The neurotransmitter is the binding factor that determines the capability of that neuron. The action potential then is an action or smell. Once we do something or hear something for the first time action potential occurs and a neurotransmitter is selected by one cell to bind with another cell (among a cluster of other cells). When we perform the action, or hear the same sound again the eletrical impulses are sent through those neurons again, and the neurotransmitter's effect happens without the need of any configurations since the setting is already set. Serotonin won't be able to pass through this cell unless the simulation of it forces a new setting to be added.


^that's my understanding of what you said and then some
Er not quite but not wrong

Post-synaptic neurons have receptors on them, that neurotransmitters bind to. A bit like enzymes and their target molecule, lock and key model. The action potential is the electrical impulse, this is generated in response to something i.e sensory stimuli or by neurotransmission. The AP then moves along the neuron to trigger the release of neurotransmitters at the presynaptic nerve.

As for the origin of an action potential, I can't quite remember where it comes from it other than the electrical charge comes from ions and a chemical reaction.
Yeah, I actually found out about the hole you just filled in before posting, but I wasn't bothered to figure out a way to fill it in, so I just left it. My theory didn't make 100% sense, but the updated version kinda does

Thanks for explaining.


 
Verbatim
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Nature is random, and uncoordinated
Wrong. It's actually the most unrandom and coordinated system we've ever observed. Everything operates exactly by Newton's laws of motion, and you can't get much less random than that.

Quote
An actual, focused effort to replicate these sorts of things would arguably be capable of doing so with much greater ease.
This is fallacious because you're assuming that "life" hasn't already existed for billions and billions of years. When life began, it was EXTRAORDINARILY simple. We're talking single-cell organisms here.

We can't even create something as simple as a single-celled organism. How are we going to make something as complex as a sentient robot?

Quote
Those two statements are not analogous whatsoever, I'd imagine Einstein was smarter than his parents.
If you're going to call my comparisons shit, when they're actually brilliant, you're not allowed to make shit comparisons yourself. This is just stupid. You can't compare Einstein's education with his parents, because his parents didn't have the same education. Duh. That's not even remotely a fair comparison.

edit:
man i really fucked up the quotes on this post
Last Edit: May 26, 2016, 01:07:38 PM by Verbatim


Desty | Mythic Inconceivable!
 
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I'm close to losing the game of you rage you lose

Successful troll is successful


 
Verbatim
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On top of what I just said, claiming that a specific goal is impossible simply because previous results have failed is incredibly short-sighted. People claimed we'd never fly, and now commercial airlines are a thing. That was, like, slightly over 100 years ago.
But it's not as complex as life.

And again--who's to say we failed? Who's to say my radio ISN'T saying goodbye to me? By your logic, I have no reason not to believe that my radio isn't saying goodbye to me when I turn it off. Because you see no distinction between neurons and mechanical transmitters.
Last Edit: May 26, 2016, 01:11:47 PM by Verbatim