Division 7 Keyword

Division 7 (molecular solids and organic conductors)

Select at least one key word from each of the first, second and third groups of key words, but please note that the total number of selected key words must be 6 or less. The most important keyword from the first group should be selected carefully and put at the top of your keyword list, since this will take priority for the program arrangement.

*The first group of key words (materials)

1.ET (BEDT-TTF compounds and related materials)
2.TMTSF/TMTTF
3.metal-based organic conductors/π-d electron systems (MX4 salts, metal dmit complexes, etc.)
4.metal-bridged chains/coordination polymers (MX, MMX, etc.)
5.organic conductors other than those in (1)-(4) (TTF-TCNQ, novel asymmetric donor molecules, etc.)
6.conductive polymers/conjugated polymers
7.fullerenes
8.nanotubes
9.graphene related materials (graphene, moiré materials, etc.)
10.graphite
11.clusters
12.cage compounds/network materials (clathrate compounds, zeolite)
13.surfaces and interfaces of organic materials
14.LB films
15.molecular magnets
16.molecular solids
17.van der Waals layered materials
18.moiré materials
19.chiral molecules
20.devices of molecules and molecular interfaces
21.soft devices/flexible devices
22.new materials
23.other materials/no appropriate key words

*The second group of key words (phenomena and subjects)

24.SDW/CDW/spin-Peierls states
25.superconductivity/anisotropic superconductivity
26.electronic structure (Fermi surface/band structure, etc.)
27.carrier doping/band filling
28.surface/interface pi-electron systems
29.molecular devices
30.quantum effects
31.nonlinear excitations
32.strong correlation
33.electron-phonon interaction/lattice vibration
34.metal-insulator transition
35.neutral-ionic transition
36.charge ordering
37.Mott transition
38.topological properties
39.chiral properties
40.other phase transitions/critical phenomena
41.electrical resistance/magnetoresistance/Hall effect
42.nonlinear conduction
43.properties under high pressure
44.anisotropic deformation
45.hydrostatic pressure
46.magnetism
47.altermagnetism
48.optical properties
49.photoinduced phase transitions
50.structure
51.thermal properties
52.thermoelectric effect
53.acoustic properties
54.new properties
55.spin properties
56.proton transport (protonics)
57.other properties

*The third group of key words (methods of study)

58.structure analysis
59.transport measurements
60.spectroscopy
61.magnetism/magnetic resonance
62.thermal measurements
63.general experiments
64.theories/calculations
65.material developments
66.FET/other molecular devices
67.reservoir computing
68.other methods

Note: For the convenience of the speakers and audience, joint session(s) with Division 9 may flexibly be set by assorting related talks.

Note: Joint session with Division 4 may be set for presentations on graphene, van der Waals layered materials, and moiré materials.

Note: Presentations choosing Keywords (25) superconductivity/anisotropic superconductivity, (32) strong correlation, (34) metal-insulator transition, (37) Mott transition, (40) other phase transitions/critical phenomena, and those choosing (27) carrier doping/band filling, (28) surface/interface pi-electron systems are respectively assigned to joint sessions with Division 8. Type any of the following: "a) prefer, b) do not prefer, or c) no preference for, Division 7&8 joint session", in the abstract.

Note: The presentations attaching the keyword "(38) topological properties" or the ones on the related topics may be assigned to the joint session(s) with Division 4, 8, and 9.

Note: The presentations attaching the keyword "(39) chiral properties" or "(47) altermagnetism" may be assigned to the joint session(s) with Division 3.