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Heres how to made an homemade atom bomb You need to buy or rent a house with a basement, in or quite near your target. Get fifteen feet of 8″ inside diameter sewer pipe and a threaded cap. Also get six 15″ lengths of 11/16″ outside diameter PVC pipe, six 11/16″ elbows and a small container of toluene adhesive. Get twelve 6″ soft steel carpenters nails. Heat them to red heat with an oxy-acetylene torch. Allow to cool in open air and save for later. They should be soft and easily bendable. Take five empty restaurant size coffee cans and remove the tops and bottoms of three of them. Stack the cans with the fourth (still with bottom) at the base. Wrap the cans with duct tape and electricians tape, generously until the taped cylinder is about 8 and one half inches in diameter. You should have a fifth can (with bottom) left. Fill the resultant open cylinder with concrete. Set aside to dry. About five feet from one end of the sewer pipe, drill twelve 1/8″ holes, around the circumference of the pipe, evenly spaced. Thread and cap the sewer pipe at the end closest to the twelve 1/8″ holes. Place the soft carpenters nails through the 1/8″ holes. Leave the big cap off for now. Approximately 18″ from the uncapped end of the sewer pipe drill six 11/16″ evenly spaced pressure relief holes around the circumference. Glue in elbows to run six each 15 foot lengths of 11/16″ PVC pipe back up alongside the sewer pipe. Tape the PVC pipes securely to the sewer pipe. Make 10-12 ounces of lead styphnate out of an old car battery, nitric acid and several thousand (unbuffered) aspirin tablets. Simple, but tedious and hazardous process… Try not to kill yourself. Place in a 16 oz. dog food can. Cover with plastic can cap from supermarket. Buy two hemispherical 7 inch mixing bowls, plastic or metal. Break up basement floor and excavate to a depth below floor of nine feet. Nobody said this would be easy. Pour two feet of high latex content concrete into hole. At the surface of the poured concrete, GENTLY force the dog food can of lead salicylate into the cement until one and one half inches of the can’s capped rim protrudes above the surface. Purchase 1100 liters bio-stain osmium tetraoxide solution. (NOT all at once, obviously) Boil to solid precipitate. Cook in electric arc furnace until liquid metal. Pour into flat, circular 7″ diameter ceramic mould. Let cool. Osmium is toxic, so I hope you will have worn protective gear. Place cooled osmium disk on capped rim of dog food can. Pour more concrete until it is barely touching the bottom of the disk. Secure two semi-hemispherical masses of weapons grade U235 Uranium. (Details of the problem are left to the student) Each should weigh about 77 pounds and be just shy of 7 inches across the flat surface. Handle with gloves. You might want to keep them at least seven feet apart at ALL times. Get 1.5 gallons of epoxy mix. Prepare. Put one inch of epoxy mix in a 7″ mixing bowl. Place the first hemisphere flat side up in the mixing bowl (item #9). Epoxy mix should be displaced up over the rim. Allow assembly to set and place (gently) on the osmium disk on the dog food can. Pour the remainder of the epoxy mix on the concrete base. BEFORE epoxy sets, suspend the uncapped end of the sewer pipe (Where the 11/16 PVC pipes are attached to the elbows) above the assembly just completed, center and lower carefully until the pipe end is submerged in the epoxy pool, and completely surrounds the osmium disk and the U235 in the mixing bowl. Allow to set. Fill the hole to floor level with concrete. Let partially set. You should have about 5-6 feet of capped sewer pipe and six PVC pipes sticking up out of the basement floor, with twelve 1/8″ holes drilled in the sewer pipe at what is now floor level. Place your soft iron nails in these 1/8″ holes. Take the fifth coffee can and the second hemisphere of U235. Place it flat side down, centered in the bottom of the can. Screw about 20 lag screws through the can from outside, above the U235. Fill the can with concrete. Let it set. At the level of the 1/8″ holes, drill a 1/2″ hole through both sides of the sewer pipe. Place a steel rod through this hole, completely through the sewer pipe. This is your emergency retaining rod. Using a Dremel tool with a cutting wheel, cut the bottom of the can out, leaving an 1/4″ annulus of metal around the rim to retain the U235. Wrap the can in cloth tape until it is about 8 and one half inches in diameter. You should consider protective gear, but what the Hell, you’re a dead man walking anyway… At the uncapped top of the sewer pipe, gently force the coffee can, U235 flat side first into the top part of the pipe. It should be necessary to compress the wrapped tape considerably upon insertion. Gear grease may be used. Continue insertion until the 12 soft iron nails and the retaining rod halt further movement. The U235 should be about 54 to 60 inches down the pipe. Place the cylinder of four concrete filled cans in behind the U235 container. It should require considerable force to compress the tape wrapping. Stop when it contacts the first can. Fill the remaining top of the sewer pipe with Pyrodex or black gunpowder to within six inches of the threaded top. It should require at least thirty pounds. Make sure a hole for the fuse cable is drilled in the cap. Take a floor lamp. Disassemble and retain the switch and lamp socket, with a bulb. Carefully tap the bulb until it breaks, leaving a bare filament. Splice an extension cord from the switch to the socket through the drilled aperture. Place the socket and bulb VERY gently in the pipe. Fill to top with explosive and cap the pipe. Be sure to cable nut the wire strands until you can replace the plug. Remove the emergency retaining rod and fill the entire basement with concrete. Set a lamp timer. When the device goes off, the cement containment will give time for the gas pressure to build sufficiently to force the concreted slugs down the pipe very fast. The pressure vents will avoid compression in the pipe and the U235 hemispheres will impact each other with sufficient force and dwell time for significant fission to occur. The lead styphnate will create a high brisance counter shock and the neutron reflector disk just might work…. Lotsa radiation grief, at least. Delivery system needs work. Do not request further details. How hard is it to build a nuclear bomb? You wouldn't be able to make one in your garage. You wouldn't be able to make one in the high school chem lab. You wouldn't be able to make one alone. You wouldn't be able to make one with items from the hardware store. You wouldn't be able to make one without drawing a lot of attention to yourself. The easiest nuclear bomb to make would be a fision bomb like the ones used on Hiroshima and Nagasaki. But saying "the easiest to make" is not very helpful. The first thing needed would make it impossible for any individual to make one. Uranium, but not any uranium will do. You need a specific isotope of uranium to make a nuclear bomb. You need uranium 235, which is less than 10% of natural uranium. Oh yeah, you need it to be almost pure U235. So that means for each ounce of raw uranium, you will only get a few grams of U235. You will lose much of it too. Its looking like you may need a ton of raw uranium to start. No way to keep that a secret. How the hell can you separate isotopes? That's actually easy in theory, you use a centrifuge. But uranium is a solid, and we want to separate atoms, not solid particles. So we need to make a uranium vapor and use a gas centrifuge. We need to figure out what gas uranium makes. The only one I know of is uranium hexafluoride. So not only would you need tons of raw uranium, you would need fluoride, which isn't exactly ready to ship to residential addresses. The process of refining U235 is tedious. The vapor has to continuously run through the centrifuges. That takes a huge amount of energy, Iran has probably been working on this for a decade and they might have some fissionable material in another 5 years. You won't have a chance.
