NET ADVANCE OF PHYSICS:
Latest Additions

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• 2025 First Quarter:
  • GENERAL:
    • Latest Additions to Net Advance RETRO: (Nineteenth-Century Physics)

  • ASTROPHYSICS: COSMOLOGY:
    • Dark energy by S. L. Cacciatori et al. [2024/10] For non-astrophysicists.
    • Scalar dark-energy models and scalar--tensor gravity: Theoretical explanations for the accelerated expansion of present universe by P.-X. Ji and L.-J. Shao [2024/06]

  • ASTROPHYSICS: GALAXIES:
    • Chemistry in the Galactic Center by I. Jimenez-Serra [2025/01]

  • ASTROPHYSICS: PLANETARY/SOLAR SYSTEM:
    • Planet-formation theory: An overview by P. J. Armitage [2024/12]

  • ASTROPHYSICS: STELLAR:
    • Asteroseismology by D. M. Bowman and L. Bugnet [2024/10]
    • Evolution and final fates of low- and intermediate-mass stars by A. Bressan and K. G. Shepherd [2024/12]
    • Low-mass stars as tracers of star and cluster formation by S. T. Megeath et al. [2022/03]
    • Wolf--Rayet colliding-wind binaries by R. M. T. White and P. Tuthill [2024/12]

  • ASTROPHYSICS: VARIOUS:
    • The circumgalactic medium by H.-W. Chen and F. S. Zahedy [2024/12]
    • Gamma-ray bursts: What do we know today that we did not know 10 years ago? by A. Pe'er [2024/12]
    • Hard X-ray Polarimetry -- An overview of the method, science drivers and recent findings by T. Chattopadhyay [2021/04]
    • High-redshift cosmology by gamma-ray bursts by G. Bargiacchi et al. [2024/08]
    • Induced Gravitational Collapse, Binary-Driven Hypernovae, Long Gamma-Ray Bursts, and their Connection with Short Gamma-Ray Bursts by Jorge A. Rueda et al. [2019/05]
    • The interstellar medium in dwarf irregular galaxies by D. A. Hunter et al. [2024/02]
    • The metal content of the hot atmospheres of galaxy groups by F. Gastaldello et al. [2021/06]
    • Plasma physics of the intracluster medium by M. W. Kunz et al. [2022/05]
    • Plasma Turbulence in the Interstellar Medium by K. Ferriere [2019/12]
    • A review of long-lasting activities of the central engine of gamma-ray bursts by B. Gendre [2025/01]
    • Simulating groups and the intra-group medium: The surprisingly complex and rich middle ground between clusters and galaxies by B. D. Oppenheimer et al. [2021/06]

  • COMPUTATION:
    • Analogue and physical reservoir computing using water waves by I. S. Maksymov [2023/06]
    • Artificial intelligence for quantum error correction: A comprehensive review by Z.-H. Wang and H. Tang [2024/12]
    • Deep learning and computational physics: Lecture notes by D. Ray et al. [2023/01]
    • Fundamentals of computing by D. Mirzaei [2024/12]
    • An introduction to reservoir computing by M. te Vrugt [2024/12]
    • Machine learning for computational science and engineering: A brief introduction and some critical questions by C. Kadapa [2021/12]
    • A pedagogical review on a posteriori error estimation in Finite Element computations by L. Chamoin and F. Legoll [2021/10]
    • The Physics of Optical Computing by P. L. McMahon [2023/08]
    • Revisiting thermodynamics in computation and information theory by P. Chattopadhyay and G. Paul [2021/02]
    • Topological data analysis: Concepts, computation, and applications in chemical engineering by A. D. Smith et al. [2020/06]

  • CONDENSED-MATTER PHYSICS:
    • Science of a coffee cup by A. Bossart et al. [2025/01]

  • FIELD THEORY:
    • Chiral dynamics: Quo vadis? by U.-G. Meißner [2025/01]
    • Chiral effective field theory after 30 years: Nuclear lattice simulations by D. Lee [2021/09]
    • Chiral effective field theory and the high-density nuclear equation of state by C. Drischler et al. [2021/01]
    • Computing tools for effective field theories by J. Aebischer et al. [2022/09]
    • Effective field theory for spontaneously broken symmetry by T. Brauner [2024/04] 400 pp.
    • Entanglement in conformal field theory and holography by N. Callebaut [2023/03]
    • Lattice effective field theory simulations of nuclei by D. Lee [2025/01]
    • Lectures on Conformal Field Theory, Boundary Conformal Field Theory, and Defect Conformal Field Theory by C. Northe [2024/11] Includes exercises with solutions.
    • Recent developments in heavy quark effective field theory by G. Paz [2024/06]

  • GRAVITATION and RELATIVITY:
    • Basic data processing of gravitational waves by J.-X. Wu et al. [2024/10]
    • The DAWES review: Gravitational-wave burst astrophysics by J. Powell and P. Lasky [2024/10]
    • Discovery Opportunities with Gravitational Waves: TASI 2024 Lecture Notes by V. Domcke [2024/09]
    • Einstein and Eddingon and the Consequences of General Relativity: Black Holes and Gravitational Waves by J. P. S. Lemos et al. [2019/11]
    • Electromagnetic high-frequency gravitational wave detection by V. Domcke [2023/06]
    • Gravitational instantons, old and new by M. Dunajski [2025/01]
    • Gravitational wave astronomy and the expansion history of the universe by M. Giovannini [2024/12]
    • Gravitational wave: Generation and detection techniques by S. Ray et al. [2023/12]
    • Gravitational waves from phase transitions by D. Croon and D. J. Weir [2024/10]
    • Gravitational waves from tidal disruption events: An open and comprehensive catalogue by M. Toscani et al. [2021/11]
    • Gravitational waves through time: Scientific significance, detection techniques and recent breakthroughs by C. Jia [2023/12]
    • Introduction to gravitational wave astronomy by N. T. Bishop [2021/03]
    • An introduction to gravitational waves through electrodynamics: a quadrupole comparison by G. C. Dorsch and L. E. A. Porto [2022/01]
    • Mid-frequency gravitational wave detection and sources by W.-T. Ni [2020/07]
    • Reduced order and surrogate models for gravitational waves by M. Tiglio and A. Villanueva [2021/01]
    • Review of gravitational-wave solutions in quadratic metric-affine gravity by A. Jiménez-Cano [2022/03]
    • Role of modern optical techniques in gravitational wave detection by P. Choudhary [2020/12]
    • Space gravitational-wave detection: Progress and outlook by W.-T. Ni [2024/09] 101 pp.
    • Status and perspectives of continuous-gravitational-wave searches by O. J. Piccinni [2022/02]
    • TASI lectures on phase transitions, baryogenesis, and gravitational waves by D. Croon [2023/07]
    • Testing general relativity with gravitational waves: An overview by N. V. Krishnendu and F. Ohme [2022/01]
    • Testing the nature of dark compact objects with gravitational waves by E. Maggio et al. [2021/05]
    • Using gravitational waves to see the first second of the universe by R. Roshan and G. White [2024/01] 152 pp.

  • MATHEMATICS and MATHEMATICAL PHYSICS (including STATISTICS):
    • Advancing Fourier: Space-Time Concepts in Ultrafast Optics, Imaging and Photonic Neural Networks by Luc Froehly et al. [2019/11]
    • Energy landscape analysis based on the Ising model: Tutorial review by N. Masuda et al. [2024/11]
    • Fourier domain [methods of studying astronomical time variablilty] by M. Bachetti and D. Huppenkothen [2022/09]
    • Introduction to probability and statistics: A computational framework of randomness by L. Mahto [2024/01] textbook; 189 pp.
    • The Ising model: Highlights and perspectives by C. Kuelske [2025/01]
    • Lecture notes on the Gaussian free field by W. Werner and E. Powell [2020/04]
    • One-hundred years of the (critical) Ising model on the hypercubic lattice by H. Duminil-Copin [2022/08]
    • A pedagogical tour of the Fourier transform with applications to NMR and IR spectroscopy by A. J. Dominic et al. [2024/10]
    • A practical guide to statistical techniques in particle physics by A. Segura and A. C. Parra [2024/11]
    • Quantum ensembles and the statistical method: A tutorial by Y.-X. Zhan and M. G. A. Paris [2014]
    • Random tesselations: An overview of models by C. Redenbach and C. Jung [2025/01]
    • Sampling algorithms in statistical physics: A guide for statistics and machine learning by M. F. Faulkner and S. Livingstone [2022/08]
    • Space-filling curves by S. Kanungo [2025/01]
    • Stein's method [from probability theory] meets statistics: A review of some recent developments by A. Anastasiou et al. [2021/05]
    • A survey on prescription of multifractal behavior by S. Seuret [2020/01]
    • Theory and instrumentation of Fourier transform spectroscopy by S. Sheikh-Sofla and M. Neshat [2023/02]
    • The three extreme value distributions: An introductory review by A. Hansen [2020/09]
    • Topological defects by N. Carqueville et al. [2023/11]
    • Tutorial of Fourier transform for ultrafast optics by Y.-H. Chen [2024/12]
    • A tutorial on multivariate k-statistics and their computation by K. D. Smith [2020/05]
    • A tutorial on Statistical Models Based on Counting Analysis by E. H. Cui [2022/10] Guide to the survival-analysis book by P. K. Andersen et al.
    • Ubiquity of Fourier Transformation in Optical Sciences by Masud Mansuripur [2020/06]
    • The variance-gamma distribution: A review by A. Fischer et al. [2023/03]
    • Why is a soap bubble like a railway? by D. Wakeham [2020/08]

  • NUCLEAR PHYSICS:
    • Decay spectroscopy of heavy and superheavy nuclei by D. Ackermann [2025/01]

  • QUANTUM MECHANICS:
    • It's anyon's game: the race to quantum computation by J. K. Jain [2020/08]
    • A concise review of Rydberg atom based quantum computation and quantum simulation by XL. Wu et al. [2020/12]
    • Covariant density functional theory in nuclear physics and astrophysics by J. Yang and J. Piekarewicz [2019/12]
    • Density functional theory of material design: Fundamentals and applications, Part I by P. Singh and M. K. Harbola [2023/05]
    • Density functional theory of material design: Fundamentals and applications, Part II by A. Kumar, P. Singh, M. K. Harbola [2023/05]
    • Photonic quantum computers by M. AbuGhanem [2024/09]
    • Quantum computation by B. C. Sanders [2024/08]
    • Review of approximations for the exchange-correlation energy in density-functional theory by J. Toulouse [2021/03]
    • A review of quantum scientific computing algorithms for engineering problems by O. M. Raisuddin and S. De [2024/08]
    • A verbose note on density-functional theory by C. Liu [2024/12]
    • The state of factoring on quantum computers by D. Willsch et al. [2024/10]
    • Topological quantum computing by F. Hassler [2024/10]
    • What you shouldn't know about quantum computers by C. Ferrie [2024/05] 143 pp. Actually, a fairly clear introduction to quantum computing for non-scientists (written in the form of 'myth-busting', the myths being oversimplifications commonly found in popular science).

  • 2024 --- 2023 --- 2022 --- 2021 --- 2020 --- 2019 --- 2018 --- 2017 --- 2016 --- 2015 --- 2014 --- 2013 --- 2012 --- 2011 --- 2010 --- 2009 --- 2008 --- 2007 --- 2006
    (Net Advance was founded in October 1995, but no chronological list of additions for the first decade is available.)

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