This article explores the evolving concept of patriotism in the context of contemporary liberal democracies. As politicians increasingly employ patriotism in response to globalization and neoliberalism, diverse conceptions such as civic, constitutional, ethical, and cosmopolitan patriotism have emerged. Three evaluative criteria are thus introduced: inclusiveness, identity, and critical loyalty. Civic patriotism emphasizes democratic governance but may lack national rootedness. Constitutional patriotism risks overlooking cultural particularities, while ethical patriotism seeks to reconcile diverse identities but risks universalizing differences. Cosmopolitan patriotism aims to bridge global and national loyalties but may overlook critical loyalty complexities. Therefore, patriotism can be compatible with liberal democracy and citizenship if it is adequately inclusive, respects personal identities, and is critically loyal to universal constitutional ideals and specific cultural contexts.

We compared experiences with The Multifaceted Intervention to Improve Prescribing for Acute Respiratory Infection for Adult and Children in Emergency Department and Urgent Care Settings versus Choosing Wisely to evaluate inappropriate antimicrobial prescribing in ambulatory care. Both identified the same clinics, diagnoses, and antibiotics for high-yield antibiotic stewardship interventions.

The atomic and electronic structures of pyramidal model STM tips of transition metals (W, Rh, Pd, Ir and Pt) were investigated using density functional theory (DFT) method. The calculated density of states show that d electrons of the apex atoms in the M4 (M = W, Rh, Pd, Ir, Pt) model tips behave differently near the Fermi level, with the dz2 state being dominant only for W tip. The electronic structures of pyramid structures of W and Pd single-atom tips with larger sizes are studied and compared. The density of states of Pd apex atom and W apex atom show different occupation of d-bands leading to asymmetric density of states for Pd tip. The asymmetric tunneling currents measured by W and Pt-Ir STM tips are explained by the calculated electronic structures of W and Pd model tips.