Yes you could if you had the materials, the extreme high temperature and pressure, and it would take a very long time to process. Your home is probably not the appropriate venue for the lab materials and equipment required to produce synthetic diamonds.
You can read more, below, about how the General Electric company attempted this task in the 1950s and see photos of their lab equipment.
Diamonds are the crystaline form of Carbon.
Diamonds are composed of carbon atoms arranged in a specific crystal structure. Pure diamonds are made entirely of carbon with no other minerals present.
Carbon is the element used to make both diamonds and pencil lead. In diamonds, carbon atoms are arranged in a tight crystal lattice structure, making it one of the hardest naturally occurring materials. In pencil lead, carbon is mixed with clay to create a graphite material that writes on paper when applied.
Carbon is the element found in both coal and diamonds.
Pure diamonds are made solely of elemental carbon. Any colored diamonds have trace impurities consisting of various other elements. However, a pure diamond is simply carbon atoms bonded in a complex structure.
All diamonds are formed from carbon.
Diamonds are formed from carbon.
Mined diamonds are elements -- minerals. Man-made diamonds can be fabricated out of carbon.
Diamonds are 100% carbon, carbon atoms are bonded together tetrahedrally to make a very strong mineral like diamond.
You can find carbon from diamonds in diamonds.
Diamonds are formed from carbon.
Diamonds are carbon, you can not separate the two.
Diamonds formed from carbon in the lab, are diamonds formed from the mineral carbon.
Diamonds are the crystaline form of Carbon.
If you reverse your statement, it is true: Diamonds are formed from carbon.
basicallly it is carbon that is highly compressed and heated over time
Diamonds are composed of carbon.