Joint Meeting of PSRS Members and SOLARIS Centre Users

Session

Session VIII - Spectroscopy with synchrotron light (II)

13 Sept 2024, 11:30

SOLARIS Centre

Conveners

Session VIII - Spectroscopy with synchrotron light (II): On the origin of circular dichroism in ARPES spectra from graphene, WSe2, and other quantum materials

• Łukasz Pluciński

Session VIII - Spectroscopy with synchrotron light (II): Band-bending, Band-tailing, 2D Electron Gas at Te doped InAs Surfaces

• Jacek Kołodziej

Session VIII - Spectroscopy with synchrotron light (II): Unveiling impervious band crossings in the bulk of topological nodal-line semimetal ZrAs2

• Ashutosh Wadge

Session VIII - Spectroscopy with synchrotron light (II): Electronic Structures of Dirac Semimetals LaCuSb2 and LaAgSb2

• Marcin Rosmus

Session VIII - Spectroscopy with synchrotron light (II): Understanding the mechanism of beam damage on copper thin films

• Aleksandra Figura-Jagoda

Session VIII - Spectroscopy with synchrotron light (II): Absolute calibration of the solar X-ray spectrometer BRAXIS for a NASA MidEx mission

• Marek Stęślicki

37. Absolute calibration of the solar X-ray spectrometer BRAXIS for a NASA MidEx mission

oral

44. Changes in the electronic structure of NiFe2O4@SiO2 nanocomposites by synthesis process and annealing

oral

47. Electronic Structures of Dirac Semimetals LaCuSb2 and LaAgSb2

oral

28. On the origin of circular dichroism in ARPES spectra from graphene, WSe2, and other quantum materials

Oral

25. Understanding the mechanism of beam damage on copper thin films

oral

20. UNVEILING IMPERVIOUS BAND CROSSINGS IN THE BULK OF TOPOLOGICAL NODAL-LINE SEMIMETAL ZrAs$_2$

Topological nodal line semimetals (TNLSMs) are a fascinating class of materials, distinguished by their unique electronic structures and symmetry-driven properties. ZrAs$_2$ is a notable example, featuring nodal lines in momentum space dictated by non-symmorphic symmetries. In this work, we combine angle-resolved photoemission spectroscopy (ARPES) and density functional theory (DFT)...