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1. Analysis of identified-hadron spectra from fixed-target $\bf p$-A collisions and the nature of the Cronin effect

2. Some physics of small collision systems

3. Comparison of spectrum models as applied to single-particle $\bf p_t$ spectra from high-energy p-p collisions and their physical interpretations

4. Nuclear modification factors and the Cronin effect

5. Nuclear modification factors for identified hadrons from 5 TeV $p$-Pb collisions and their relation to the Cronin effect

6. Systematic analysis of (multi)strange hadron $p_t$ spectra from small collision systems at the large hadron collider

7. Mass-dependent transport of hadron species from soft to hard (nonjet to jet) spectrum components within small collision systems at the large hadron collider

8. Systematic analysis of identified-hadron $\bf p_t$ spectra from 13 TeV p-p collisions

9. How the Blast-Wave Model Describes PID Hadron Spectra from 5 TeV p-Pb Collisions

10. Evaluating the blast-wave model as a description of 5 TeV p-Pb $\bf p_t$ spectra

11. Precision identified-hadron spectrum analysis for 5 TeV $\bf p$-$\bf Pb$ collisions -- Part II

12. Fluctuations and Selection Bias in 5 and 13 TeV p-p Collisions: Where are the jets?

13. Statistical evaluation of fitted models applied to $\bf p_t$ spectrum data from 5 TeV and 13 TeV $\bf p$-$\bf p$ collisions at the large hadron collider

14. A two-component model of hadron production applied to $\bf p_t$ spectra from 5 TeV and 13 TeV $\bf p$-$\bf p$ collisions at the large hadron collider

15. Differential comparison of identified-hadron $\bf p_t$ spectra from high-energy A-B nuclear collisions based on a two-component model of hadron production

16. QGP droplet formation in small asymmetric collision systems

17. Questioning quark-gluon plasma formation in small collision systems

18. A two-component model for identified-hadron $\bf p_t$ spectra from 5 TeV p-Pb collisions

20. PYTHIA and the preoccupied proton

21. Comparing the PYTHIA Monte Carlo to a two-component (soft + hard) model of hadron production in high-energy p-p collisions

22. Exclusivity of p-N interactions within p-A collisions

23. Glauber-model analysis of 5 TeV $\bf p$-Pb centrality compared to a two-component (soft + hard) model of hadron production in high-energy nuclear collisions

25. Collectivity and manifestations of minimum-bias jets in high-energy nuclear collisions

26. Ensemble-mean $\bf p_t$ and hadron production in high-energy nuclear collisions

27. Manifestations of minimum-bias dijets in high-energy nuclear collisions

28. Assessing decadal soil redistribution rates using 239+240Pu across diverse lithologies in Southeast Alaska.

30. Distinguishing the nonjet azimuth quadrupole from QCD jets and hydrodynamic flows via 2D angular correlations and quadrupole spectrum analysis

31. Rescuing the nonjet (NJ) azimuth quadrupole from the flow narrative

32. Charge-multiplicity and collision-energy dependence of $p_t$ spectra from $p$-$p$ collisions at the relativistic heavy-ion collider and large hadron collider

33. $\bf p$-$\bf p$ minimum-bias dijets and nonjet quadrupole in relation to conjectured collectivity (flows) in high-energy nuclear collisions

34. Bayesian model comparison for one-dimensional azimuthal correlations in 200GeV AuAu collisions

35. CCharge-multiplicity dependence of single-particle transverse-rapidity $\bf y_t$ and pseudorapidity $\bf \eta$ densities and 2D angular correlations from 200 GeV $p$-$p$ collisions

36. Transverse-rapidity $\bf y_t$ dependence of the nonjet azimuth quadrupole from 62 and 200 GeV Au-Au collisions

37. Event-wise mean-$\bf p_t$ fluctuations vs minimum-bias jets (minijets) at the LHC

38. Optimal modeling of 1D azimuth correlations in the context of Bayesian inference

39. QCD prediction of jet structure in 2D trigger-associated momentum correlations and implications for multiple parton interactions

41. Predicting minimum-bias trigger-associated dijet correlations in p-p collisions

42. Ensemble mean $\bf p_t$ vs charged-hadron multiplicities in high energy nuclear collisions

43. Universal parametrization of jet production based on parton and fragment rapidities

44. Can minimum-bias distributions on transverse energy test hadron production models?

45. Improved isolation of the p-p underlying event based on minimum-bias trigger-associated hadron correlations

46. Two-component model of 2D trigger-associated hadron correlations on rapidity space $\bf y_{ta} \times y_{tt}$ derived from 1D $\bf p_t$ spectra for p-p collisions at $\bf \sqrt{s} = 200$ GeV

47. A critical review of RHIC experimental results

48. Challenging claims of 'elliptic flow' by comparing azimuth quadrupole and jet-related angular correlations from Au-Au collisions at $\sqrt{s_{NN}} = $ 62 and 200 GeV

49. Finding, and not finding, 'higher harmonic flows'

50. Dijet production, collision centrality and backgrounds in high-energy p-p collisions

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