TECE-OAM-RRA-1.0

Version: v2026.07.05 Added: 2026-07-05 Published: 2025-09-18 222M parameters
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Predictions
DiscoveryGeometry OptimizationDiatomicsMolecular DynamicsκSRME
Leaderboard ranks CPS #1 /40Discovery F1 #2 /50Geo Opt RMSD #1 /41Phonons κSRME #1 /40MD CMDS #27 /34Diatomics CDS #33 /33

Discovery: energy and convex hull diagnostics

Missing preds: 0

Per-element convex hull distance errors

1 H 0.11
2 He Helium
3 Li 0.02
4 Be 0.01
5 B 0.04
6 C 0.04
7 N 0.06
8 O 0.09
9 F 0.09
10 Ne Neon
11 Na 0.02
12 Mg 0.03
13 Al 0.03
14 Si 0.04
15 P 0.04
16 S 0.05
17 Cl 0.07
18 Ar Argon
19 K 0.03
20 Ca 0.03
21 Sc 0.02
22 Ti 0.03
23 V 0.05
24 Cr 0.07
25 Mn 0.10
26 Fe 0.08
27 Co 0.04
28 Ni 0.03
29 Cu 0.03
30 Zn 0.03
31 Ga 0.03
32 Ge 0.04
33 As 0.04
34 Se 0.07
35 Br 0.06
36 Kr Krypton
37 Rb 0.03
38 Sr 0.02
39 Y 0.03
40 Zr 0.03
41 Nb 0.03
42 Mo 0.04
43 Tc 0.03
44 Ru 0.04
45 Rh 0.04
46 Pd 0.03
47 Ag 0.03
48 Cd 0.02
49 In 0.04
50 Sn 0.03
51 Sb 0.04
52 Te 0.10
53 I 0.05
54 Xe 0.02
55 Cs 0.03
56 Ba 0.03
57 La 0.02
58 Ce 0.02
59 Pr 0.03
60 Nd 0.02
61 Pm 0.03
62 Sm 0.02
63 Eu 0.06
64 Gd 0.04
65 Tb 0.02
66 Dy 0.03
67 Ho 0.02
68 Er 0.02
69 Tm 0.02
70 Yb 0.04
71 Lu 0.02
72 Hf 0.03
73 Ta 0.06
74 W 0.04
75 Re 0.03
76 Os 0.04
77 Ir 0.05
78 Pt 0.04
79 Au 0.05
80 Hg 0.03
81 Tl 0.03
82 Pb 0.04
83 Bi 0.03
84 Po Polonium
85 At Astatine
86 Rn Radon
87 Fr Francium
88 Ra Radium
89 Ac 0.03
90 Th 0.03
91 Pa 0.03
92 U 0.04
93 Np 0.08
94 Pu 0.19
95 Am Americium
96 Cm Curium
97 Bk Berkelium
98 Cf Californium
99 Es Einsteinium
100 Fm Fermium
101 Md Mendelevium
102 No Nobelium
103 Lr Lawrencium
104 Rf Rutherfordium
105 Db Dubnium
106 Sg Seaborgium
107 Bh Bohrium
108 Hs Hassium
109 Mt Meitnerium
110 Ds Darmstadtium
111 Rg Roentgenium
112 Cn Copernicum
113 Nh Nihonium
114 Fl Flerovium
115 Mc Moscovium
116 Lv Livermorium
117 Ts Tennessine
118 Og Oganesson
57-71 La-Lu Lanthanides
89-103 Ac-Lr Actinides

ML vs DFT Lattice Thermal Conductivity

Model Authors

  1. Zemin Xu  ShanghaiTech University, Nanjing University  
  2. Wenbo Xie  ShanghaiTech University  
  3. P. Hu  ShanghaiTech University  

Trained By

  1. Zemin Xu  ShanghaiTech University, Nanjing University  

Model Info

  • Version v2026.07.05
  • Role Interatomic potential
  • Architecture gnn
  • Targets EFSG
  • Openness OSOD
  • Discovery Train Task S2EFS
  • Discovery Test Task IS2RE-SR

Training Set

MPtrj: 1.58M structures from 146k materials

OMat24: 101M structures from 3.23M materials

Subsampled Alexandria: 10.4M structures from 3.23M materials

description

This model is based on Atomic Cluster Expansion, Edge Cluster Expansion and Radial Rotary Attention.

Hyperparams

  • evaluation: {"max_force":0.02,"max_steps":500,"ase_optimizer":"FIRE","cell_filter":"FrechetCellFilter","kappa":{"protocol":"phonondb-v1","displacement_distance":0.03,"save_forces":true}}
  • architecture: {"graph_construction_radius":6,"n_layers":8}
  • training: {"epochs":3,"batch_size":512}
  • upstream_config: {"loss_weights":{"energy":1,"force":1,"stress":1},"num_interaction_channel":64,"num_product_channel":256,"mmax":4,"Lmax":4,"lmax":4,"l1l2":"l1 <= l2","correlation":2}

Dependencies