Step 1 get a 1000 terahertz or a 1000000 terahertz laser.

Step 2 get -tritium -deuterium -hydrogen One isotope each, you will need to place these in a special vacuum sealed, thin layered glass bead. Make sure it is COMPLETELY airtight!! If it is not, your experiment will go POOF! Also, if your isotopes are not completely alone it will poof.

Step 3 The reaction chamber! Making the Chamber Go buy Lots and lots of concrete. And by lots, I mean about enough to cover your house with it in ten feet thick. All chambers are different sizes, and based on your budget and location you may also have to change this. You will also have to line the inside of the chamber with a pure compressed carbon or also known as RCC (Reinforced carbon-carbon) to withstand the beginning temperatures up to 3000 degrees F. You will now have to inlay the chamber with special material I call "diomonia". It is a mix of pure diamond and titanium. Well, not PURE PURE diamond, but you get the idea. This should withstand short-term temperatures of up to 10000 degrees F. Make sure it has a layer about a few inches thick all around. When you are done, the inside should be a gray-ish white-ish color. Make sure that your reaction chamber is small so that the density will build up.

step 4 point the laser at the center of the reaction chamber.

step 5 Create a Carbon Launcher Basically you have to make a tube that fires a bunch of carbon at the center of the reaction chamber. Do this by buying a tube, (metal, preferably!) and line it with our special "diamonia" mixture. Attach a small laser in a tank on the back, and hook it up to the reaction chamber. Have a nice switch ready so your computer will be able to fire it at the right time. Fill your carbon launcher with, take a guess, pure carbon, and seal it. The carbon will have to be brimming with photons for the laser to clunk it forward

step 6 Hook Up the Computer When the laser hits the bead, it will create a temporary star.
Take a simple computer and program it so it will fire the carbon launcher just as the star starts to die. The connections between the launcher and the computer should be nice and tidy, so there should be no "frayed or fragmented" pieces. Make sure to double check your programming, or else this will create a large pile of useless hydrogen-carbon bonds, instead of a black hole.

Step 7 Fire the Laser Carefully fire the laser at the reaction bead. When done properly, it should explode, creating a temporary star. The computer should then fire the carbon launcher, taking all the hydrogen away from the star. This will supernova the star, and tear a sizable hole in the matter of space-time, creating your very own black hole.