Can lightsabers cut through adamnatium
There are different version of adamantium but the question is can Wolverine's version be cut.
Beta Adamantium
Wolverine's skeleton was originally reinforced with true Adamantium. His mutant Healing Factor not only allowed him to survive the process, but it also induced a molecular change in the metal. Beta Adamantium functions like True Adamantium but does not inhibit the biological processes of bone. This fact only became apparent after Magneto forcibly extracted the Adamantium from Wolverine's skeleton.
Adamantium is a very dense, artificial, iron-based alloy that is virtually indestructible. A sufficient amount is capable of surviving multiple nuclear explosions with no damage. A pure blade of Adamantium is capable of cutting almost any known substance, with the known exceptions of Adamantium itself andCaptain America's shield. The ability to slice completely through a substance with an Adamantium blade depends upon the amount of force being exerted and the density of the material in question.
Creating even a small amount of Adamantium is astronomically expensive, and only a few people know the complete formula. Adamantium is created by mixing certain chemical resins together. The exact composition of these resins is a closely guarded secret of the United States government. When these resins are mixed and kept at a temperature of 1,500 degrees Fahrenheit, the resulting liquid can be cast or worked into a particular shape. After eight minutes, the mixture sets and becomes solid. Its molecular structure is extremely stable, and its shape can only be altered by precise molecular rearrangement. However, due to the sheer density of Adamantium, there are few known forces capable of altering it's molecular structure.
Im interested in the Standard Lightsabers Cutting power.
A lightsaber blade was a mass-less form that neither radiated heat nor expended energy until it came into contact with something solid. The power of the energy blade was so great that it could cut through almost anything, although the speed through which it cut depended on the density of the subject. One important note about lightsaber wounds is that they rarely bled profusely, even when a limb had been severed. This is because the energy blade cauterized the wound as it passed, and thus even a severe wound did not tend to bleed heavily.
When cutting through dense material, the immense electromagnetic field generated by the arc caused resistance rather than letting solid matter enter and interrupt the arc. This gave the blade a feeling of being solid when immersed in dense material. Rarely, some solid materials could actually pass through the electromagnetic field and short out the arc. Other electromagnetic energy fields and coherent energy were also repelled by lightsabers' arcs. These include most force fields, blaster bolts, and other lightsaber blades.
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