d-wave

According to the researchers' model, the interactions between electrons in doped graphene produce something known as d-wave excitations, which are chiral in character.

Ars Technica Matthew Francis 2012

Hence, d-wave excitations produce chiral superconductivity: currents would flow one way through the graphene sheet, but not the other.

Ars Technica Matthew Francis 2012

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009

Although the high transition temperature and the unconventional pairing symmetry (d-wave symmetry) have led many researchers to believe that the pairing mechanism results from electron-electron interaction, increasing evidence shows that electron-phonon coupling also significantly influences the low-energy electronic structures (2, 3) and hence may also play an important role in high-Tc superconductivity.

Proceedings of the National Academy of Sciences current issue 2009