作者解决了有限温度下的气泡成核案例的长期问题，该主题在物理学的各个领域，尤其是宇宙学领域都有广泛适用。他们引入了一种有效的现场理论方法，在其中清楚地将成核量表与较高的能量量表分开，整合了与这些较高量表相关的波动，并最终与成核量表的有效野外理论相关。

的身份验证ors use numerical bootstrap methods to determine with unprecedented accuracy CFT data of the critical$O(3)$描述各向同性磁铁的临界行为的模型。该模型的关键问题是在扰动下的稳定性可能模仿天然磁体的各向异性。实施新算法，证明该模型是不稳定的，因此不是现实的，而不是专门调整磁铁的关键点。

Searches for light dark matter via direct detection rely on a detailed understanding of dark matter/electron scattering in target materials. Here, the authors use density functional theory and semi-analytic approaches to include hitherto neglected effects which are shown to significantly impact detection prospects.

为了找到有关层次结构问题的新观点的目的，作者专注于当地运营商的真空期望值对Higgs玻色子质量（与UV物理学相反）。他们在标准模型中使用QCD Theta项，或者使用特殊的两-higgs Doublet模型，提出了一个“ IR景观”，可以将弱尺度与通过这些触发器联系到观察到的宇宙常数。该模型还提出了有趣的超光线候选。

从被超大黑洞撕裂恒星残骸holes (SMBHs) in tidal disruption events, orbits the SMBH as a tidal stream. The present paper proposes a model that captures some salient features of the dynamical evolution of this stream. In particular, they find that the stream circularizes through the dissipative effects of self-collisions and identify a parameter that characterizes two distinct regimes, fast and slow, of the circularization.

Core-collapse supernovae resulting in black hole formation are expected to feature a precipitous decline in neutrino luminosity. The authors provide considerable nuance to this picture by considering non-radial neutrino emission in both the spherically symmetric (Schwarzschild) and rotating (Kerr) black hole cases. In each of these cases, they show that non-radial neutrinos affect the luminosity cut-off shape in interesting ways that indicate a rich domain for further theoretical and observational exploration.

在过去的十年中，核反应堆的抗肿瘤光谱的理论值和测量值之间的差异一直尚未解决，并被称为反应堆抗毒剂异常（RAA）。在本文中，基于在Kurchatov国家研究中心（KI）获得的U（235）和PU（239）的β（235）和PU（239）的β光谱的最新实验结果提出解决方案。这些测量表明，在差异理论模型所基于的光谱中有系统性过剩。调整后的预测与Daya Bay和立体反应堆实验一致。

The superconformal index of the maximally supersymmetric SU(N) Yang-Mills theory can be expressed as a sum over solutions to Bethe Ansatz Equations. Within the AdS/CFT framework, the authors find a one-to-one mapping of such solutions, which have good large N limit, to (complex) Euclidean black hole solutions on the gravity side. This mapping captures both the leading contribution from the classical gravity action and non-perturbative corrections.

In this paper, the authors introduce a new way to measure the Hubble constant purely from gravitational wave data, using the binary Love relations, which govern the tidal deformability of neutron stars in an EOS insensitive way. The authors use both real and synthetic data to implement their program and predict an improvement to less than 10 percent accuracy for data from third generation gravitational wave detectors.

在巡回赛计算中，使用新的计算技术，作者计算了软胶子的贡献，矩形小于debye筛选质量，对冷核物质的压力，零温度下的QCD培养基，但具有较大的化学势，但很大，但在接下来的次要到领先顺序上。

作者研究RG在六维（超对称）CFT中流动，仅通过构建DILATON和轴的有效场理论，仅通过张量标量和HIGGS标量的VEV进行变形。他们发现了令人惊讶的缺乏某些四边形相互作用，这些相互作用与四个或更少的维度完全违反了直觉，作者将其连接到四点功能的特殊大型摩托车行为，它们可以通过有效的发生来解释这一点CFT中的字符串高于四个维度。

This paper studies the formation and growth of boson stars via gravitational condensation, using non-linear numerical techniques, incorporating, for the first time, fully dynamical repulsive and attractive self-interactions. For strong attraction, the boson star becomes unstable and ultimately breaks up for very strong coupling. Repulsion encourages boson star formation, whilst, in the case of pure gravity, the growth of boson stars in haloes slows down as per expectations.

的身份验证ors apply bootstrap methods to the half-BPS Wilson line with local operator insertions (defects) in the four-dimensional maximally supersymmetric (N = 4) Yang-Mills theory. They extract analitically the scaling dimension of the lightest non-protected scalar operator to the fourth order in the strong coupling expansion (t’Hooft coupling).

的身份验证ors find constrained instantons – configurations that extremize the action subject to a constraint – in Einstein gravity with and without a cosmological constant. Such instantons are expected to contribute to non-perturbative processes in quantum gravity. With negative cosmological constant, these configurations describe wormholes connecting two asymptotic regions.

作者提出了通过使用最先进的方法对南极望远镜（SPT-3G）实验的数据获得的宇宙学模型的限制。除了几个增量改进外，结果通常与从其他数据集和其他实验中获得的结果一致。特别是，作者对哈勃常数设置了最严格的约束，$H_0$, from CMB power spectra to date, which is in$4.1\sigma$tension with the most precise distance-ladder-based measurement of$H_0$.

的身份验证ors analyze an appealing attempt to resolve the Hubble tension that modifies the physics around the time of recombination by small-scale baryon density inhomogeneities (e.g. by primordial magnetic fields). Using the most recent data of the Atacama Cosmology Telescope (ACT), they find that baryon clumping on the CMB is severely constrained such that this mechanism most likely does not solve the Hubble tension. However, a time-dependent version of that scenario could evade these strong constraints.

作者详细研究存在于中的代数结构（顶点操作员代数VOA）$N=2$超规范字段理论在四个维度中。他们专注于这些理论的特定类别，并采用了VOA的自由场实现方法，作者先前开发了这一方法，他们发现了令人惊讶的大对称性，该对称性促进了一个简单的组织，该组织的组织是由以前由更传统的方法得出的非常复杂的结构。

Simulations reveal the gravitational-wave signal of string theory’s “fuzzy” black holes, a signature that researchers could potentially measure.

b-膜生成是一种优雅的理论，可以解释宇宙中反物质的过度，以及通过B介子腐烂到巴里昂和黑暗抗巴里昂的深色物质。现在，对此类模型的必要成分进行了彻底的分析表明，它们可以在当前的B工厂和LHC上进行确定的测试，从而提供了使用风味物理学来洞悉宇宙学关键方面的潜力。

This is the third paper in an extended study (see Phys. Rev. D 102, 103530 and Phys. Rev. D 103, 123550) of the impact of galaxy bias modeling on the extraction of cosmological parameters from the large scale structure. Galaxy bias describes the possibility that galaxies do not faithfully trace the distribution of mass in the Universe and the modeling of this relationship. The authors comprehensively study the goodness and range of validity of different bias models that go beyond the leading order by testing them against different simulated galaxy samples that have the clustering properties of several real galaxy data catalogs. This is an important contribution to a decisive aspect of future observational large scale structure programs.

理论分析表明，量子重力效应可能表现为自由落下身体运动中可检测到的随机波动。

液体氩时间投影室用作正在进行的和即将进行的中微子实验中的精确检测器。在本文中，作者适应了机器学习技术，以更好地识别LARTPC中粒子轨迹的起点和终点，从而比传统方法在重建真实事件时提供了显着改进。

的身份验证ors study the consequence of unitarity, causality and crossing on the forward$2->2$量子场理论中的散射幅度。在一组无限的能源依赖量中，他们确定了约束的最佳有限子集，该子集适用于能量扩展中任何有限顺序的有效野外理论。该研究可能有助于确定耦合和能量中有效场理论的可接受有效性范围。

准确地描述二进制旋转黑洞合并是具有挑战性的，并且在计算上昂贵。在本文中，Combi等。通过提出近似相对论的近似解决方案，以增强KERR指标的线性叠加的形式，为在灵感阶段的自旋对准二进制问题的问题提供了半分析方法。他们证明，它为一般相对论的磁流失动力学模拟提供了准确的基础，该模拟在黑洞周围积聚了微型磁盘。

作者研究在四维广告空间中加速了，电和磁性的黑洞。这些解决方案除了在事件视野后面的黑洞中心（定义）奇异性外，还具有奇异性。值得注意的是，通过将黑洞溶液嵌入11维（超级）重力中，作者找到了一个参数空间，消除了这些其他奇异性。