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51. First superheavy element experiments at the GSI recoil separator TASCA: The production and decay of element 114 in thePu244(Ca48,3-4n) reaction

52. Production and Decay of Element 114: High Cross Sections and the New NucleusHs277

53. Cross section limits for theCm248(Mg25,4n−5n)Hs268,269reactions

54. Observation of the3nEvaporation Channel in the Complete Hot-Fusion ReactionMg26+Cm248Leading to the New Superheavy NuclideHs271

55. Registration of infrared single photons by a two-channel receiver based on fiber-coupled superconducting single-photon detectors

56. Middle-Infrared to Visible-Light Ultrafast Superconducting Single-Photon Detectors

57. Confirmation of the Decay of 283112 and First Indication for Hg-like Behavior of Element 112

58. Fibre-coupled, single photon detector based on NbN superconducting nanostructures for quantum communications

59. Doubly Magic NucleusHs162108270

60. Fiber-coupled quantum-communications receiver based on two NbN superconducting single-photon detectors

63. Comparative study of avalanche photodiodes with different structures in scintillation detection

67. Doubly magic nucleus 270Hs

72. First Study on Nihonium (Nh, Element 113) Chemistry at TASCA

74. Search for elements 119 and 120

75. Manifestation of relativistic effects in the chemical properties of nihonium and moscovium revealed by gas chromatography studies.

76. 48Ca+249Bk fusion reaction leading to element Z = 117: long-lived α-decaying 270Db and discovery of 266Lr.

77. Superheavy element flerovium (element 114) is a volatile metal.

78. Observation of the 3n evaporation channel in the complete hot-fusion reaction 26Mg + 248Cm leading to the new superheavy nuclide 271Hs.

79. Thermochemical and physical properties of element 112.

80. Doubly magic nucleus (108)(270)Hs162.

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