dr_sepheroth

Yes it is possible, and without a long fiber optic cable.
 
However I am not going to tell you how, as this method is essentially high level hacking with a tunneling probe.
It is illegal.
If you want to research it, and find out for yourself how to do it be my guest, It took me all of three years to learn this trick.
But don't say I didn't warn you, when you have the feds knocking at your door.
 

Two very simple methods to fight this kind of attack.
 
1. Your dead
Disconnect, from the network, disable the networking adaptor, restart the computer, enable the networking adaptor, connect, change your wireless channel and then change your external ip.
 
2. Flip Flop
Set up a network loop by simply connecting an ethernet cable too port one and two of your wireless router. Set port two as out bound.
 This method effectively makes the attacker dos / ddos themselves.
 
If you are on a wired network it is a bit more complicated.
 
1. Please hold
Ring your ISP, explain the situation and request a new external ip.
 
2. Set up a second computer, (make sure it is fast and has a lot of RAM), and a modem. Send a port flooder through the modem to the attackers ip if you have there ip.
 
Other options are much more complicated.
 
You could create a virtual packet trap, this is a custom bit of code that blocks stores and sends all incoming packets through a network adaptor.
 This is illegal, and you will not find software to do this, most hackers will write the application themselves. 
The benefit of this method is it is exactly the same as creating a network loop. except the incoming data does not reach either the RAM or Processor, because the code is programed to an EEPROM on the network card.
 
Another option is to re-direct your incoming data through a VPN. Most VPN services provide DOS/DDOS protection.
 But not all.
 
By far the most time consuming option to fix this (but not the most complicated), is to set up a Beowulf cluster and a Network adaptor interface bus. This would provide more ports then a typical DOS/DDOS attack could handle.
 However this is also very expensive.
 
The most shocking solution to this is to connect to the internet via a power line, trace and DOS/DDOS the attacker through the power line network adaptor. 
 

Well first you need to know various forms off complex mathematics, such as, integral, differential and vector calculus, topological Algebra, Boolean Algebra, (getting scared yet ?), trigonometry and geometry. Next you need to be a wizard at using CAD software. 
 
First step is to design your CPU/Graphics card, this is done on the nano scale (thats nano not nanoo nanoo), you should expect to fit 100000 transistors in 1 micrometer. How they are laid out is up to you, and this takes a Phd in Computer Science and one in Digital Electronic Engineering, if you can do this without these qualifications, then you are gifted and have just become the worlds next rain man and are probably a savant.
The first thing you need to do to start designing the cpu is to map out the area, then you need to find the average of W, X, Y and Z and divide that by the size of an atom  (1 × 10-10 m to 5 × 10-10 m) this will give you the size of each "cell" find the perimeter of one cell and divide the average of W, X, Y and Z by the perimeter of one cell this will give you the number of "cells" you can fit on the work area.
Now you need to find the difference in the limit of W, X, Y and Z to find the limit of one of these constants you need to apply the chain rule and differentiate. Find the difference for all four constants and  then find the average, this will tell you what your offset is at any given point on the edge.
Each "cell" should hold 100000 transistors and there should be a space between each transistor of about  17 to 181 µm (millionths of a meter) this is about the same as the width of human hair. The gap is for the signal bus, address bus, voltage bus and control bus. 
An average pentium processor has around 50000 "cells" a Modern processor such as the I7 has around 500000 "cells" in it, a high end processor such as the 16 core Intel Xeon E7-4850 V4 might have as many as 10000000 "cells" per core
 
High end processors are often layered to distribute heat effectively.
 
The next step is deciding what you want the cpu to do, until you know what the function of your chip is you can not build it.
Once you know this you can begin to design your transistor layout. 
 
For example 
 
Base = B
Emitter = E
Collector = C
Black background
Green Forground
 
if you are designing a cpu for graphics processing then you can not have 

this as a receiving gate for the data stream.
 
Instead you would need this.
 
Key c above
 

The first type of Gate is a AND gate, this would result in the monitor receiving the equivalent of an Inverse Q output (the image would be inside out) 
 
The first function that a Processor processing Graphics performs is to split the data stream in to co ordinate values with each value being equivalent to a single color in a single pixel.
 
Once you have completed your CAD design you then need to get yourself a Molecular Printer and a few other bits and pieces. The CAM stage costs about as much as (if not more) than all the money you spent on getting your qualifications combined with what you spent on CAD software.
You pretty much have no hope of doing this unless you have a foot ball field free to lay your circuit out on, or have won the lottery.

Well first you need to know various forms off complex mathematics, such as, integral, differential and vector calculus, topological Algebra, Boolean Algebra, (getting scared yet ?), trigonometry and geometry. Next you need to be a wizard at using CAD software. 
 
First step is to design your CPU/Graphics card, this is done on the nano scale (thats nano not nanoo nanoo), you should expect to fit 100000 transistors in 1 micrometer. How they are laid out is up to you, and this takes a Phd in Computer Science and one in Digital Electronic Engineering, if you can do this without these qualifications, then you are gifted and have just become the worlds next rain man and are probably a savant.
The first thing you need to do to start designing the cpu is to map out the area, then you need to find the average of W, X, Y and Z and divide that by the size of an atom  (1 × 10-10 m to 5 × 10-10 m) this will give you the size of each "cell" find the perimeter of one cell and divide the average of W, X, Y and Z by the perimeter of one cell this will give you the number of "cells" you can fit on the work area.
Now you need to find the difference in the limit of W, X, Y and Z to find the limit of one of these constants you need to apply the chain rule and differentiate. Find the difference for all four constants and  then find the average, this will tell you what your offset is at any given point on the edge.
Each "cell" should hold 100000 transistors and there should be a space between each transistor of about  17 to 181 µm (millionths of a meter) this is about the same as the width of human hair. The gap is for the signal bus, address bus, voltage bus and control bus. 
An average pentium processor has around 50000 "cells" a Modern processor such as the I7 has around 500000 "cells" in it, a high end processor such as the 16 core Intel Xeon E7-4850 V4 might have as many as 10000000 "cells" per core
 
High end processors are often layered to distribute heat effectively.
 
The next step is deciding what you want the cpu to do, until you know what the function of your chip is you can not build it.
Once you know this you can begin to design your transistor layout. 
 
For example 
 
Base = B
Emitter = E
Collector = C
Black background
Green Forground
 
if you are designing a cpu for graphics processing then you can not have 

this as a receiving gate for the data stream.
 
Instead you would need this.
 
Key c above
 

The first type of Gate is a AND gate, this would result in the monitor receiving the equivalent of an Inverse Q output (the image would be inside out) 
 
The first function that a Processor processing Graphics performs is to split the data stream in to co ordinate values with each value being equivalent to a single color in a single pixel.
 
Once you have completed your CAD design you then need to get yourself a Molecular Printer and a few other bits and pieces. The CAM stage costs about as much as (if not more) than all the money you spent on getting your qualifications combined with what you spent on CAD software.
You pretty much have no hope of doing this unless you have a foot ball field free to lay your circuit out on, or have won the lottery.

It's easy. You design a chi[p, then make it

GTX 1060 6GB all the way. Very powerful with lots of VRAM. Will last you for a very good length of time.  

just build a raspberry pi powered by solar power. Thats fusion powered in a way in that power ultimately comes from the sun

the only way this is possible at the moment is by making up a scifi story that features it lol.  cold fusion is just a theory, you have to prove that its more than an idea first with math, then obtain funding, then actually produce a working prototype, then plug it into a DC to DC converter and you can power your pc.

"Now how about I say completely random scientific words that make a cool sounding sentence!"
 
Err yeah. Infinite power loops are impossible by default. Why would you think watercooling a PC could possibly create one?

Can't. Would break a few laws of physics in doing so.

Err, so, here's the problem.
 
Powering a computer, and creating a feasible fusion generator, are two totally different things.
 
Once we have a working fusion generator, we can power whatever the hell we want with it.
 
Fusion Powered computer? Sure. Fusion Powered Toaster? Sure. Fusion Powered Car? Why not.
 
Just saying "We should build a fusion powered computer lol" just doesn't make a lot of sense by itself. Furthermore, once we're able to even build a working Fusion Generator that outputs more power then it uses, the thing is going to be the size of a Football Stadium (American or European).
 
Miniaturization of Fusion power to the point where a computer could have one built in, is probably 50 years away from the point where fusion even works by itself. So realistically? Probably 75-100 years away.

step 0: theoretically prove cold fusion is possible
step 1: invent cold fusion
step 2: turn on cold fusion generator
step 3: plug computer into cold fusion generator

you need a lot of waste to get enough methane or fuel bricks of shit. then you need to burn it. There are countries that burn waste to generate electricity but it is not environmentally friendly and to do it on the scale of running a pc is not going to be practical or hygienic.
Build a solar powered raspberry pi.

Im not an expert in digital electronics. I just know software exists. 

that requires external equipment, I am thinking, a computer that could generate it's own power and be no bigger then a desktop case.
 
 
I am suitably scientifically minded to understand basic concepts of physics. 
If friction causes to much drag then that's the end of it.