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Type-II Dirac semimetals are quantum materials with unique energy level structures, such as a bulk Dirac point (BDP). However, these semimetals are unsuitable for real-life applications because their BDP is far off the "Fermi energy level." Nickel ditelluride (NiTe2), a newly reported type-II Dirac semimetal has a BDP slightly above the Fermi level. Now, researchers… ....

Pusan Gwangyoksi , South Korea , Kyongsang Namdo , United States , Soult Ukpyolsi , Republic Of Korea , Jaekwang Lee , Chris Jozwiak , Gyu Rhee , Yong Jin Jo , Jungdae Kim , Eli Rotenberg , Younghun Hwang , Ganbat Duvjir , Aaron Bostwick , Young Jun Chang , Department Of Physics , Ulsan College , University Of Ulsan , Department Of Smart Cities , Eo Lawrence Berkeley National Laboratory , Semiconductor Applications , Pusan National University , University Of Seoul , Pusan National University Researchers Develop Way , Tune Energy Levels ,