Rogue’s powers seem not to be enough to withstand the Hulk’s energy.
Join the conversation
There are many characters with powers of great magnitude in Marvel that if they do meet they could be dangerous or very interesting for all fans, like when Wolverine faced the Hulk, for example. However, this is not the only time the emerald titan has had a fight against a mutant, since he has also done it with Pícara, aka Roguea mutant with the power to absorb the powers and memories of others upon physical contact.
In this way, one of the doubts that many X-Men followers have had about said character has been resolved and it is if Rogue could transform into the Hulk if I absorbed its power. Well, this has happened in one of the Marvel comics and it has been determined the mutant reaction before the gamma radiation that Bruce Banner has inside him. Without further ado, in this article we tell you everything you should know about.
Rogue is unable to absorb Hulk’s powers
Hulk has so much gamma energy that it shocks Rogue
In the comic Avengers #686 (2018) it has already happened the long-awaited meeting between Hulk and Pícara. It all happens when the Avengers and the X-Men find themselves in a battle against the Hulk and Rogue decides Use your powers to calm him down. In this way, he manages to absorb the Hulk’s powers for a moment before collapsing, as he can only endure three seconds of contact and he walks away. At this moment, you can see how Hulk briefly reverts to Bruce Banner, but immediately recovers and transforms again without any repercussions.
On the other hand, Pícara, absorb Hulk’s gamma power, is shocked by not having the ability to withstand said energy, which leaves her very weakened. For a few minutes, the gamma power continues to travel through your body, but he stays alive. Throughout her history, Rogue has absorbed the powers of various heroes and villains, including Captain Marvel and Ms. Marvel. In these cases, she has proven to be able to temporarily channel abilities absorbed, but never permanently.
Join the conversation