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1. Analysis of electronic properties of dense plasma-embedded highly charged ions using temperature-dependent ion sphere model
   Martínez-Flores, C; K Saha, J; Saha, JK. 2022, EUROPEAN PHYSICAL JOURNAL D, 76 (11), 224.
2. Assessing relational quantum mechanics
   Muciño, R; Okon, E; Sudarsky, D. 2022, SYNTHESE, 200 (5), 399.
3. The Bondi-Hoyle acrretion tail of point sources travelling hypersonically through a dense environment
   Raga, AC; Cantó, J; Castellanos-Ramírez, A; Rodríguez-González, A; Rivera-Ortiz, P. 2022, REVISTA MEXICANA DE ASTRONOMÍA Y ASTROFÍSICA, 58, 215-222.
4. CFT correlators from shape deformations in Cubic Curvature Gravity
   Anastasiou, G; Araya, IJ; Argandona, A; Olea, R. 2022, JOURNAL OF HIGH ENERGY PHYSICS (11), 031.
5. Characterizing the initial conditions of heavy-ion collisions at the LHC with mean transverse momentum and anisotropic flow correlations
   ALICE Collaboration; Cuautle, E; Nellen, L; Ortiz-Velásquez, A; Rosas, ED. 2022, PHYSICS LETTERS B, 834, 137393.
6. Development of polyphenol-functionalized gelatin-poly(vinylpyrrolidone) IPN for potential biomedical applications
   Escutia-Guadarrama, L; Morales, D; Pérez-Calixto, D; Burillo, G. 2022, POLYMERS, 14 (21), 4705.
7. Differentiating acute from chronic insomnia with machine learning from actigraphy time series data
   Rani, S; Shelyag, S; Karmakar, C; Zhu, Y; Fossion, R; Ellis, JG; Drummond, SPA; Angelova, M. 2022, FRONTIERS IN NETWORK PHYSIOLOGY, 2 (1036832).
8. E2 rotational invariants of 0+1 and 2+1 states for 106Cd: The emergence of collective rotation
   Padilla-Rodal, E, et al. 2022, PHYSICS LETTERS B, 834, 137446.
9. Effective-action model for dynamical scalarization beyond the adiabatic approximation
   Khalil, M; Mendes, R; Ortiz, N; Steinhoff, J. 2022, PHYSICAL REVIEW D, 106 (10), 104016.
10. First dark matter search results from Coherent CAPTAIN-Mills
    CCM Collaboration; Aguilar-Arevalo, A; Chavez-Estrada, M; Dolivo, JC; Plata-Salas, J, et al. 2022, PHYSICAL REVIEW D, 106 (1), 012001.
11. First leptophobic dark matter search from the coherent-CAPTAIN-Mills liquid argon detector
    CCM Collaboration; Aguilar-Arevalo, A; Chavez-Estrada, M; Dolivo, JC; Plata-Salas, J, et al. 2022, PHYSICAL REVIEW LETTERS, 129 (2), 021801.
12. Generalized logotropic models and their cosmological constraints
    Benaoum, H; Chavanis, PH; Quevedo, H. 2022, UNIVERSE, 8, 468.
13. Generation of combined half-integer Bessel-like beams using synthetic phase holograms
    Mellado-Villaseñor, G; Hamzeloui, S; Jiménez-Mier, J; Ramírez-Martínez, F. 2022, APPLIED OPTICS, 61 (31), 9178-9185.
14. The HII regions and bow shocks around runaway O stars
    Raga, AC; Cantó, J; Noriega-Crespo, A. 2022, REVISTA MEXICANA DE ASTRONOMÍA Y ASTRIFÍSICA, 58, 395-402.
15. Kerr-Newman black holes and negative temperatures
    Socolovsky, M. 2022, JOURNAL OF HIGH ENERGY PHYSICS, 8 (4), 940-947.
16. Ln@C60 endohedral fullerenes: A DFT analysis for the complete series from lanthanum to lutetium
    Martínez-Flores, C; Basiuk, VA. 2022, COMPUTATIONAL AND THEORETICAL CHEMISTRY, 1217, 113878.
17. Local thermodynamical equilibrium and relativistic dissipation
    Salazar, JF; Zannias, T. 2022, PHYSICAL REVIEW D, 106 (10), 103004.
18. Magnetostatic boson stars
    Jaramillo, V; Nuñez, D. 2022, PHYSICAL REVIEW D, 106 (10), 104023.
19. Mildly relativistic, ballistic corkscrew jets as rotated spirals
    Raga, AC; Cantó, J. 2022, REVISTA MEXICANA DE ASTRONOMÍA Y ASTROFÍSICA, 58, 301-307.
20. MiniBooNE and microBooNE combined fit to a 3+1 sterile neutrino scenario
    MiniBooNE Collaboration; Aguilar-Arevalo, A. 2022, PHYSICAL REVIEW LETTERS, 129 (20), 201801.
21. Novel approaches in hadron spectroscopy
    Labaladejo, M; Bibrzycki, L; Dawid, SM; Fernández-Ramírez, C; González-Solis, S; Hiller Blin, AN; Jackura, AW; Mathieu, V; Mikhasenko, M; Mokeev, VI; Passemar, E; Pilloni, A; Rodas, A; Silva-Castro, JA; Smith, WA; Szczepaniak, AP; Winney, D. 2022, PROGRESS IN PARTICLE AND NUCLEAR PHYSICS, 127, 103981.
22. Null geodesics, raychaudhuri equation, trapped surfaces, and penrose singularity theorem
    Socolovsky, M. 2022, JOURNAL OF HIGH ENERGY PHYSICS, GRAVITATION AND COSMOLOGY, 8 (3), 536-557.
23. Numerical simulations of the great eruption of η Carinae from the 1840s. I. Revisiting the explosion scenario
    González, RF; Zapata, LA; Raga, AC; Cantó, J; Velázquez, PF; de Gouveia Dal Pino, EM. 2022, ASTRONOMY & ASTROPHYSICS, 659, A168.
24. Observational and numerical characterization of a recurrent arc-shaped front propagating along a coronal fan
    Sieyra, MV; Prasad, SK; Stenborg, G; Khomenko, E; Van Doorsselaere, T; Costa, A; Esquivel, A; Riedl, JM. 2022, ASTRONOMY & ASTROPHYSICS, 667, A21.
25. On the role of magnetars-like magnetic fields into the dynamics and gravitational wave emission of binary neutron stars
    Lira, M; Degollado, JC; Moreno, C; Núñez, D. 2022, GENERAL RELATIVITY AND GRAVITATION, 54 (11), 146.
26. The pseudo-complex General Relativity and effects of a minimal length on the structure of black holes (Early Access)
    Maghlaoui, L; Hess, PO. 2022, ASTRONOMISCHE NACHRICHTEN.
27. Quantum interferometric two-photon excitation spectroscopy
    Chen, Y; León-Montiel, RJ; Chen, L. 2022, NEW JOURNAL OF PHYSICS, 24, 113014.
28. Radiochemical transformation of mucilage extracted from Opuntia ficus-indica using gamma radiation
    Caldera-Villalobos, M; Álvarez-Venicio, V; Arenas-Sáenz, M; Leal-Acevedo, B; Carreón-Castro, MP. 2022, APPLIED RADIATION AND ISOTOPES, 190, 110430.
29. Science requirements and detector concepts for the Electron-Ion Collider
    Fernández-Ramírez, C, et al. 2022, NUCLEAR PHYSICS A, 1026, 122447.
30. Seven years of coordinated Chandra-NuSTAR observations of SN 2014C unfold the extreme mass-loss history of Its stellar progenitor
    Brethauer, D; Margutti, R; Milisavljevic, D; Bietenholz, MF; Chornock, R; Coppejans, DL; De Colle, F; Hajela, A; Terreran, G; Vargas, F; DeMarchi, L; Harris, C; Jacobson-Galán, WV; Kamble, A; Patnaude, D; Stroh, MC. 2022, ASTROPHYSICAL JOURNAL, 939 (2), 105.
31. Signatures of topological phase transitions in higher Landau levels of HgTe/CdTe quantum wells from an information theory perspective
    Calixto, M; Cordero, NA; Romera, E; Castaños, O. 2022, PHYSICA A, 605, 128057.
32. The square-well fluid: A thermodynamic geometric view
    López-Picón, JL; Escamilla-Herrera, LF; Torres-Arenas, J. 2022, JOURNAL OF MOLECULAR LIQUIDS, 368, 120607.
33. Testing effects of Lorentz invariance violation in the propagation of astroparticles with the Pierre Auger Observatory
    PIERRE AUGER Collaboration; Dolivo, JC; Medina-Tanco, G; Nellen, L. 2022, JOURNAL OF COSMOLOGY AND ASTROPARTICLE PHYSICS, 023.
34. Testing the scalar sector of the standard-model extension with neutron gravity experiments
    Escobar, CA; Martín-Ruiz, A; Escobar-Ruiz, AM; Linares, R. 2022, EUROPEAN PHYSICAL JOURNAL PLUS, 137 (10), 1186.
35. Toponomic quantum computation (Early Access)
    Chryssomalakos, C; Hanotel, L; Guzmán-González, E; Serrano-Ensástiga, E. 2022, MODERN PHYSICS LETTERS A.
36. Validation of standardized data formats and tools for ground-level particle-based gamma-ray observatories
    HAWC Collaboration; Nellen, L. 2022, ASTRONOMY & ASTROPHYSICS, 667, A36.