Really damn funny to see you arguing that negative numbers are real after talking to you in the Atheism va. Theism thread so much tho, for sure, just loads of irony from you today lolol
Fuck off retard
No no no. You can say green is red, but you still get killed at the next intersection.1²=-1² In the negative spectrum you cannot do this operation in reverse, hense the imaginary number. That's the start of the path, walk it yourself bozo.
No no no. You can say green is red, but you still get killed at the next intersection.
Also, it's 'hence' you cretin.
FurryEquality is not an operation, its a relation. And what do you mean by negative spectrum?
-1^1/2Their their, dont loose you're mined
Mudcrush was smart enough to figure it out.Equality is not an operation, its a relation. And what do you mean by negative spectrum?
Mudcrush also called you a retard and a cretin. So...Mudcrush was smart enough to figure it out.
So the difference between positive and negative numbers is that square root function is well defined over the positives only? Is that not a result of the function definition and not the numbers themselves? Complex numbers certainly solve this issue easily, are you saying complex numbers are the issue? What is the difference between positive and negatives..and now complex?..that makes some of them no trustworthy in reality?Why can you take the root of a positive number and not a negative number without introducing special rules. There's a lot more than that, but obviously I'm wasting my time with you.
Mudcrush also called you a retard and a cretin. So...
And yet you're still dumber than him
Fuck off retard
So the difference between positive and negative numbers is
You do realize that all real numbers are complex, right? So your example of square root proves nothing other than that square root is not well defined over all real numbers? So what exactly is the difference between positive and negative numbers than makes negative results bad?I won't try to teach you the details of this because you obviously won't understand it, but I'm glad you have the faintest glimmer in your head that there is a difference.
Yeah I am sure thats why you wont go into any details.I won't try to teach you the details of this because you obviously won't understand it, but I'm glad you have the faintest glimmer in your head that there is a difference.
Electronics made from Skin
One day, we may be building electronic devices from our own skin. Melanin, the pigment responsible for coloring our skin and hair, could be one of the building blocks of the bionic implants and technology of tomorrow.
Using a newly discovered technique, scientists can drastically improve the pigment’s ability to conduct electricity. In fact, Italian nanoscientist Paolo Tassini and his colleagues have managed to increase the conductivity of melanin a billion times over.
Typically, eumelanin, the most common form of melanin, is composed of millions of sheets piled chaotically on top of each other. The group of researchers has discovered a method for heating up the material in a vacuum to radically improve its conductivity. During the process, the sheets are brought out of disarray and arrange themselves in a parallel configuration.
It is thought that eumelanin may take the place of metals in bioelectronic devices like brain implants in the future. The pigment is naturally produced in our bodies, and for that reason, our immune system is more likely to accept it than a substance like copper.
So the most naturally advanced cyborgs will be black folks?Electronics made from Skin
One day, we may be building electronic devices from our own skin. Melanin, the pigment responsible for coloring our skin and hair, could be one of the building blocks of the bionic implants and technology of tomorrow.
Using a newly discovered technique, scientists can drastically improve the pigment’s ability to conduct electricity. In fact, Italian nanoscientist Paolo Tassini and his colleagues have managed to increase the conductivity of melanin a billion times over.
Typically, eumelanin, the most common form of melanin, is composed of millions of sheets piled chaotically on top of each other. The group of researchers has discovered a method for heating up the material in a vacuum to radically improve its conductivity. During the process, the sheets are brought out of disarray and arrange themselves in a parallel configuration.
It is thought that eumelanin may take the place of metals in bioelectronic devices like brain implants in the future. The pigment is naturally produced in our bodies, and for that reason, our immune system is more likely to accept it than a substance like copper.