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Advances in Physics: X
Scopus
ISSN 2374-6149 · Taylor & Francis Group · 345 artikel di indeks
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Artikel Jurnal
Multi-exciton processes in ultrafast nonlinear optical spectroscopy
Ultrafast nonlinear optical spectroscopy is a powerful tool for probing photo-induced processes such as exciton dynamics and interactions. Recent advances enable complete control over the interaction with the excitation pulses, allowing a full separation of the measured signals according to their…
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Artikel Jurnal
Understanding, mimicking, and exploiting lipid membrane fusion in biomedicine and synthetic biology
Lipid membrane fusion is a fundamental process underlying numerous biological functions in both physiological and pathological conditions. Understanding the physico-chemical mechanisms governing fusion, from the minimal molecular and structural requirements to the factors regulating its…
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Artikel Jurnal
Quantumness certification via non-demolition measurements
The fundamental question of when a static or dynamic system should be deemed intrinsically quantum remains a challenge to address in absolute terms. In this context, a critical requirement lies in the certification (ideally, in real time) of the emergence and persistence of genuine quantum…
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Mechanical instabilities in epithelial monolayers: viscoelasticity, line tension, and wetting-driven fingering
Epithelial fingering emerges when the free edge of a collectively migrating monolayer becomes mechanically unstable. Inhomogeneous line tension and spatial differences in adhesion energy relative to cell–cell cohesion guide cells toward mechanically favorable regions at finger tips. This…
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Protein dynamics under crowding
Protein dynamics in cells are essential for metabolic processes that rely on protein encounter and transport. In order to understand this process, namely, the impact of the crowding nature of the cytoplasmic space, advanced ensemble and single-molecule experimental approaches have been applied…
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Artikel Jurnal
Dirac-vortex topological photonic crystal fiber
The emergence of topological photonics has revolutionized the paradigm of photonic device design, with its core principle being the utilization of topological invariants to achieve robust control over light propagation and localization. In recent years, this concept has been successfully introduced…
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Optical tweezers force–fluorescence spectroscopy in investigations of DNA replication
The last three decades have seen major breakthroughs in single-molecule biophysical techniques, which have advanced our understanding of biological processes across various scales from molecules to cells and tissues. The need to manipulate, control and monitor the dynamics of biomolecules…
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Artikel Jurnal
Ultrafast polariton dynamics in strong coupling systems studied by two-dimensional spectroscopy
Polaritons are half-light half-matter quasi particles resulting from the strong coupling between light and matter. This unique composition confers exceptional properties including low effective mass and pronounced nonlinearities arising from interactions of the matter part, facilitating…
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Piezo1 footprint nanoarchitecture: from individual channels to collective behaviour and from outward to inward curvature
Piezo1 acts as a key architect of the cell membrane, generating a curved nanodome that extends beyond the protein trimer itself. Although Piezo1 intrinsically favours an outward (convex) membrane footprint, recent high-resolution studies have revealed that clustered channels can reorganize into…
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Artikel Jurnal
Brillouin light scattering from viscoelastic media: a complex-modulus framework for longitudinal dynamics
Brillouin light scattering (BLS) has evolved from a sensitive probe of acoustic modes in simple liquids into a quantitative tool widely used in condensed-matter science. Its interpretation, however, draws on a fragmented theoretical tradition: simple-hydrodynamic treatments rely on a…
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THz-driven scanning tunneling-induced luminescence: a brief review
Terahertz-lightwave-driven scanning tunneling microscopy (THz-STM) enables femtosecond control of tunneling currents by transiently gating the junction bias with single-cycle THz pulses. STM-induced luminescence (STML), on the other hand, provides spectrally resolved optical access to locally…
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Memristive devices for edge artificial intelligence and neuromorphic computing: from resistive-switching physics to system-level co-design
The energy and latency budgets of edge artificial intelligence (AI) are far tighter than in data-centre computing, yet the workloads are no less demanding. Conventional von Neumann hardware spends most of its energy shuttling data between separated memory and logic, a cost the edge cannot absorb…
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Coherence engineering of partially coherent vortex fields: theory, metrology, and applications
Partially coherent vortex fields combine optical singularities with controllable statistical correlations, forming an important research platform at the intersection of singular optics, statistical optics, and structured-light science. Since the publication of the 2019 review on vortex beams with…
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Ion intercalation across dimensional regimes: from 3D to 0D hosts
Ion intercalation provides a versatile route to controlling material properties by coupling ion transport with structural, electronic, and chemical changes in the host. How this coupling unfolds depends strongly on host dimensionality, since geometric constraints determine the accessible…
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Artikel Jurnal
Ultrafast structure dynamics probed by surface electron diffraction
Surfaces and interfaces break the translational symmetry of a crystal lattice, giving rise to electronic and structural states that can differ dramatically from those of the bulk. These surface-specific states, often originating from unsaturated bonds, reconstructions, or reduced dimensionality…
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Structure–property relationships of copper-based metal organic frameworks for high-performance hybrid supercapacitors
Copper-based metal-organic frameworks (Cu-MOFs) offer several benefits, including routes for ion diffusion and adsorption sites for ions from the electrolyte, owing to their large surface area, porosity, structural configurations, and composition. Recent advancements in this area highlight the…
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Photonic alloys: then, now, and next
Photonic alloys (PAs) are artificial photonic materials inspired by condensed-matter alloying, where mixed constituents tailor electromagnetic dispersion beyond conventional photonic crystals. Initially introduced as random mixtures of plasmonic and polaritonic microspheres, PAs evolved through…
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Artikel Jurnal
Understanding diffraction from disordered materials: toward the analysis beyond the intermediate-range order
The construction of large quantum beam facilities such as synchrotron radiation and high-intensity proton accelerator facilities has provided access to high-intensity, high-energy quantum beams that are indispensable for the structural analyses of disordered materials via diffraction measurements…
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Artikel Jurnal
Beyond kT
The origins of quantum theory are intimately connected to thermodynamics. In addressing the problem of blackbody radiation, Max Planck introduced the hypothesis of energy quantization, thereby establishing the foundations of quantum physics. This review revisits the deep conceptual links between…
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Compressing complexity: a critical synthesis of structural, analytical, and data-driven dimensionality reduction in dynamical networks
Contemporary complex systems research faces a structural imbalance between the abundance of high-dimensional network data and our limited capacity to model or interpret the resulting dynamics. This disparity, commonly referred to as the ‘curse of dimensionality,’ motivates the search for principled…