Sukuna is a legendary jujutsu sorcerer whose ... Infinity Zamasu is an incarnation of Fused Zamasu, a fusion of Black Goku and Future Zamasu with the potara earrings. After being temporarily ...

However, none of this would have been possible were it not for the series' iconic antagonist, Ryomen Sukuna. After becoming the world's strongest jujutsu sorcerer many centuries before the events ...

Yuji as seen in Shibuya (Image MAPPA) The Shibuya Incident arc was, for the most part, Yuji Itadori's lowest moment in Jujutsu Kaisen because of the slaughter Sukuna committed with his body ...

(115 characters) Ryomen Sukuna is a master sorcerer with immense strength, tactical intellect, and top-level cursed energy capacity, making him virtually invincible. (138 characters) Sukuna edges ...

Now, fans might get some explanation about the biggest battle of the final arc as Gege is set to hold a Q&A regarding the massive clash between Gojo and Sukuna. The Jujutsu Kaisen manga ended not ...

It’s the so-called “holy grail” of clean energy production: fusion power. Fusion reactions are the same source that power stars — where hydrogen atoms smash and fuse together into helium ...

General Fusion announced on Tuesday that it had successfully created plasma, a superheated fourth state of matter required for fusion, inside a prototype reactor. The milestone marks the beginning ...

Nuclear rockets are the future of space propulsion, and while fission propulsion is rapidly developing, most believe fusion propulsion is still a ways off. However, a new U.K.-based company is ...

Ryomen Sukuna, a legendary figure with two heads and four arms, was given a more normal human appearance in a globally acclaimed manga that released its last volume on Dec. 25. Gege Akutami’s ...

Fusion power startups have long been plagued by one stubborn question: Will the technology work? But now, with net-positive fusion power no longer the stuff of science fiction, a fresh crop of ...

After more than a decade in the United States, nuclear physicist Liu Chang, whose research has been crucial in the journey to achieve fusion energy, has left Princeton University for a position at ...