Table 1 Basic features of the empirical higher-order time-evolving networks after data processing.

From: Temporal-topological properties of higher-order evolving networks

Network

\(|{\mathscr {N}}|\)

\(|{\mathscr {L}}|\)

\(|{\mathscr {E}}|\)

T

dt

Contact type

Primary school (PS)

242

12,704

106,877

3099

20 s

Physical

High school 2013 (HS2013)

327

7818

172,031

7371

20 s

Physical

Hypertext 2009 (HT2009)

113

2434

19,037

7227

20 s

Physical

Infectious (infectious)

410

3350

14,275

1422

20 s

Physical

Workplace 2015 (WP2)

217

4909

73,820

20,947

20 s

Physical

SFHH conference (SFHH)

403

10,541

54,306

3800

20 s

Physical

Hospital (hospital)

75

1825

27,835

16,027

20 s

Physical

High school 2012 (HS2012)

180

2645

42,105

14,115

20 s

Physical

High energy physics, lattice (hep-lat)

10,598

11,588

18,267

10,809

1 d

Collaboration

Nuclear physics, theory (nucl-th)

25,246

27,094

39,511

10,620

1 d

Collaboration

Quantitative biology (q-bio)

45,645

22,978

25,973

10,704

1 d

Collaboration

Quantitative finance (q-fin)

7509

6192

7577

9027

1 d

Collaboration

Quantum physics (quant-ph)

56,036

70,119

88,769

10,600

1 d

Collaboration

  1. The number of nodes (\(|{\mathscr {N}}|\)), the number of hyperlinks (\(|{\mathscr {L}}|\)), the total number of events (\(|{\mathscr {E}}|\)), the length of the observation time window in time steps (T), the time resolution or duration of each time step (dt) in seconds or days and the contact type are shown.