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Strong Lensing 44 waiting · 1 read 📋

• Confirmation of the Finch Flatter-Fainter Relation for the Quadruple Images of Lensed Point Sources📥📑✅
• The Koi Pond: A Strongly Lensed Protocluster Core hosting a Diverse Population of DSFGs📥📑✅
• Addressing position anomalies in the Strong Gravitational Lensing System HS~0810+2554 through Dark Matter Subhalos📥📑✅
• The Fornax Cluster VLT Spectroscopic Survey - V. Mass modelling of the BCG NGC 1399 out to 150 kpc📥📑✅
• Galaxy-LRD Strong Lenses: A Missing Population?📥📑✅
• Cosmic CORALS: Timing the Universe with high-z star clusters📥📑✅
• Polar coordinate transformations for machine learning based dark matter subhalo detection in strong gravitational lenses📥📑✅
• XShooter DESI Lens Program: Sample characterization📥📑✅
• Strong-lensing effects in high-redshift massive black-hole binary population inference📥📑✅
• LEGGOS III: Mapping Star Formation and Dust in Gravitationally Lensed Galaxies with SUMAC, a UMAP and Clustering Framework📥📑✅
• LEGGOS II: A Strong Lens Model and Source-Plane Projection of the Clumpy Star-Forming Galaxy SGASJ111020.0+645950.8 at z=2.48📥📑✅
• Dynamical models of cluster members to probe the total mass properties of cluster subhalos. I. A comparison with parametric strong lensing models📥📑✅
• COOL-LAMPS IX: A Rare Duo of Quasars Each Lensed by a Single Massive Galaxy Cluster📥📑✅
• Beyond collective fluctuations: probing micro-image swarms in lensed quasars with intensity interferometry📥📑✅
• Constraining Axion-like Particles through Multi-epoch Monitoring of Strong Gravitational Lenses📥📑✅
• Mapping dark matter in the Bullet Cluster using JWST imaging and spectroscopy📥📑✅
• Detecting Strongly-Lensed Supernovae in Wide-field Space Telescope Imaging via Deep Learning📥📑✅
• Microlensing Black Hole Shadows-II: Constraining Primordial Black Hole Dark Matter using the photon rings of M87 and Sgr A*📥📑✅
• SLICE -- Combining Strong Lensing and X-ray in AC\,114. Insights into the Merger Scenario📥📑✅
• Tracing Structure: Shape and Centroid Deviations in 39 Strong Lensing Clusters as a Test of Cluster Formation Predictions📥📑✅
• A Super-Eddington, Lensing-Magnified Quasar at observed with JWST📥📑✅
• Caustic crossings in giant arcs with extended dark matter objects📥📑✅
• Kinematic Mapping of Giant Arcs: A New Method to Locate Lensing Critical Curves📥📑✅
• VENUS: A Strongly Lensed Clumpy Galaxy at behind the Galaxy Cluster MACS J0257.1-2325📥📑✅
• Investigating the Dark Energy Constraint from Strongly Lensed AGN at LSST-Scale📥📑✅
• The Chandra Strong Lens Sample: Measuring the Dynamical States and Relaxation Fraction of a Sample of 28 Strong Lensing Selected Galaxy Clusters📥📑✅
• The Impact of Orbital Anisotropy Assumptions in Lensing-Dynamics Modeling📥📑✅
• SourceREACH (Source REconstruction of Arcs behind Cluster Halos): A New Source Reconstruction Algorithm Optimized for Giant Arcs and Galaxy Cluster Lenses📥📑✅
• JWST Lensed Quasar Dark Matter Survey III: Dark Matter Sensitive Flux Ratios and Warm Dark Matter Constraint from the Full Sample.📥📑✅
• A Strong Gravitational Lensing Model of PSZ2 G118.46+39.32📥📑✅
• CSST Strong Lensing Preparation: Cosmological Constraints Forecast from CSST Galaxy-Scale Strong Lensing📥📑✅
• The complicated nature of the X-ray emission from the field of the strongly lensed hyperluminous infrared galaxy PJ1053+60 at z=3.54📥📑✅
• A cosmographic analysis using DESI-DR2 and strong lensing: I. Time-Delay measurements📥📑✅
• A cosmographic analysis using DESI-DR2 and strong lensing: II. Distance Ratio measurements📥📑✅
• Detecting dark matter substructure with lensed quasars in optical bands📥📑✅
• CURLING -- II. Improvement on the Inference from Pixelized Cluster Strong Lens Modeling📥📑✅
• iPTF16geu through the lens of thermonuclear explosion models📥📑✅
• Forecasting the Observable Rates of Gravitationally Lensed Supernovae for the PASSAGES Dusty Starbursts📥📑✅
• The Case for Space: Estimating Precise Time Delays from Ground- and Space-Based Observations of Lensed Supernovae with Glimpse📥📑✅
• JWST Discovery of Strong Lensing from a Galaxy Cluster at Cosmic Noon: Giant Arcs and a Highly Concentrated Core of XLSSC 122📥📑✅
• HOLISMOKES XVIII: Detecting strongly lensed SNe Ia from time series of multi-band LSST-like imaging data📥📑✅
• The collar of early-type galaxies -- probing evolution by focusing on the inner stellar density profile📥📑✅
• High-Dimensional Bayesian Model Comparison in Cosmology with GPU-accelerated Nested Sampling and Neural Emulators📥📑✅
• THE STELLAR AND DARK MATTER DISTRIBUTIONS IN ELLIPTICAL GALAXIES MEASURED BY STACKED WEAK GRAVITATIONAL LENSING📥📑✅

reading history (1)

• DONE 2026-08-21 — The X-Ray Continuum Emission Region in the Lensed Quasar SDSS J133907.23+131038.6 is Much Smaller than the Accretion Disk

SMBHs 53 waiting 📋

• Overmassive and Undermassive Massive Black Holes: The Role of Environment and Gravitational-Wave Recoils📥📑✅
• Core Scouring Dynamics and Gravitational Wave Consequences: Constraints on Supermassive Black Hole Binary Hardening📥📑✅
• Stellar cores live long and prosper in cuspy dark matter halos📥📑✅
• Recoiling Black Hole Candidates from Spatially Offset Broad Emission Lines in MaNGA📥📑✅
• Accretion, Jets, and Recoil in Merging Supermassive Binary Black Holes📥📑✅
• Off-center black hole seed formation? Implications for high and low redshift massive black holes📥📑✅
• Understanding the Evolution of Black Hole Accretion and Dust out to z=4 with a Deep Imaging Extragalactic Survey with PRIMA📥📑✅
• Identifying massive black hole binaries via light curve variability in optical time-domain surveys📥📑✅
• A Large Systematic Search for Close Supermassive Binary and Rapidly Recoiling Black Holes -- IV. Ultraviolet spectroscopy📥📑✅
• Elliptical (E) and ellicular (ES) galaxies in the M_bh-M_*,sph diagram, and a merger-driven explanation for the origin of ES galaxies, anti-truncated stellar discs in lenticular galaxies, and the Sersicification of E galaxy light profiles📥📑✅
• HST Observations within the Sphere of Influence of the Powerful Supermassive Black Hole in PKS0745-191📥📑✅
• Primordial Black Hole stellar microlensing constraints: understanding their dependence on the density and velocity distributions📥📑✅
• Probing the Merger Rates of Supermassive Black Holes and Galaxies with Gravitational Waves📥📑✅
• Two radio cores in GPS J1543-0757: a new dual supermassive black hole system?📥📑✅
• Can quasars, triggered by mergers, account for NANOGrav's stochastic gravitational wave background?📥📑✅
• Is your stochastic signal really detectable?📥📑✅
• Beyond the Goldilocks Zone: Identifying Critical Features in Massive Black Hole Formation📥📑✅
• Massive black holes or stars first: the key is the residual cosmic electron fraction📥📑✅
• Wandering and escaping: recoiling massive black holes in cosmological simulations📥📑✅
• Large-scale dual AGN in large-scale cosmological hydrodynamical simulations📥📑✅
• Super-Size Me: The Big Multi-AGN Catalog (The Big MAC), Data Release 1: The Source Catalog📥📑✅
• A Recent Supermassive Black Hole Binary in the Galactic Center Unveiled by the Hypervelocity Stars📥📑✅
• Primordial black holes as supermassive black holes seeds📥📑✅
• Connecting Inflation to the NANOGrav 15-year Data Set via Massive Gravity📥📑✅
• Active Galactic Nuclei and Host Galaxies in COSMOS-Web. II. First Look at the Kpc-scale Dual and Offset AGN Population📥📑✅
• Signatures of Massive Black Hole Merger Host Galaxies from Cosmological Simulations II: Unique Stellar Kinematics in Integral Field Unit Spectroscopy📥📑✅
• The formation of supermassive black holes from Population III.1 seeds. III. Galaxy evolution and black hole growth from semi-analytic modelling📥📑✅
• PKS 2131-021 -- Discovery of Strong Coherent Sinusoidal Variations from Radio to Optical Frequencies: Compelling Evidence for a Blazar Supermassive Black Hole Binary📥📑✅
• Dynamics around supermassive black holes: Extreme mass-ratio inspirals as gravitational-wave sources📥📑✅
• Supermassive black hole mass measurement in the spiral galaxy NGC 4736 Using JWST/NIRSpec stellar kinematics📥📑✅
• The Host Galaxies of PTA Sources: Converting Supermassive BH Binary Parameters into EM Observables📥📑✅
• First Light And Reionization Epoch Simulations (FLARES) -- XIX: Supermassive black hole mergers in the early Universe and their environmental dependence📥📑✅
• Accretion onto supermassive black hole binaries📥📑✅
• Astrometric Jitter as a Detection Diagnostic for Recoiling and Slingshot Supermassive Black Hole Candidates📥📑✅
• Detection and Prediction of Future Massive Black Hole Mergers with Machine Learning and Truncated Waveforms📥📑✅
• How do Primordial Black Holes change the Halo Mass Function and Structure?📥📑✅
• Tip of the iceberg: overmassive black holes at 4<z<7 found by JWST are not inconsistent with the local MBH-M⋆ relationProj C📥📑✅
• https://arxiv.org/pdf/2103.16254.pdf📥📑✅
• https://arxiv.org/pdf/2112.03576.pdf📥📑✅
• as several triplet SMBHs have📥📑✅
• been observed in the local Universe (Deane et al. 2014;📥📑✅
• Pfeifle et al. 2019; Liu et al. 2019; Kollatschny et al.📥📑✅
• 2020).📥📑✅
• , shrink the orbits further (see📥📑✅
• e.g. Amaro-Seoane et al. 2022, for a review).📥📑✅
• The Redshift Difference in Gravitational Lensed Systems: A Novel Probe of Cosmology📥📑✅
• Evidence for a milli-parsec separation Supermassive Black Hole Binary with quasar microlensing📥📑✅
• The Black Hole Mass Function Across Cosmic Times II. Heavy Seeds and (Super)Massive Black Holes📥📑✅
• Black Hole Mass Measurements of Early-Type Galaxies NGC 1380 and NGC 6861 Through ALMA and HST Observations and Gas-Dynamical Modeling📥📑✅
• A Bayesian Approach To The Halo-Galaxy-SMBH Connection Through Cosmic Time📥📑✅
• Detection of an X-ray quasar in a gravitationally-lensed z=10.3 galaxy suggests that early supermassive black holes originate from heavy seeds📥📑✅
• Mass-redshift dependency of Supermassive Black Hole Binaries for the Gravitational Wave Background📥📑✅
• SLICK: Strong Lensing Identification of Candidates Kindred in gravitational wave data📥📑✅

Galaxy Formation / Evolution 22 waiting 📋

• The heartbeat of stellar halos: Insights from the stellar halo mass-metallicity relation📥📑✅
• Mock Observations: Morphological Analysis of Galaxies in TNG100 Simulations📥📑✅
• The Outskirt Stellar Mass of Low-Redshift Massive Galaxies is an Excellent Halo Mass Proxy in Illustris/IllustrisTNG Simulations📥📑✅
• Tracing the origins of galaxy lopsidedness across cosmic time📥📑✅
• Photometric properties of classical bulge and pseudo-bulge galaxies at 0.5≤z<1.0📥📑✅
• ALESS-JWST: Joint (sub-)kiloparsec JWST and ALMA imaging of z∼3 submillimeter galaxies reveals heavily obscured bulge formation events📥📑✅
• Little Red Dots: Rapidly Growing Black Holes Reddened by Extended Dusty Flows📥📑✅
• Characterising Tidal Features Around Galaxies in Cosmological Simulations📥📑✅
• A forward-modelling approach to overcome PSF smearing and fit flexible models to the chemical structure of galaxies📥📑✅
• A two-phase model of galaxy formation: I. The growth of galaxies and supermassive black holes📥📑✅
• Galaxy quenching at the high redshift frontier: A fundamental test of cosmological models in the early universe with JWST-CEERS📥📑✅
• Field-level simulation-based inference with galaxy catalogs: the impact of systematic effects📥📑✅
• A JWST investigation into the bar fraction at redshifts 1 < z < 3📥📑✅
• Identifying the disc, bulge, and intra-halo light of simulated galaxies through structural decomposition📥📑✅
• Exploring the Angular Momentum - Atomic Gas Content Connection with EAGLE and IllustrisTNG📥📑✅
• Bulgeless disks, dark galaxies, inverted color gradients, and other expected phenomena at higher z. The chromatic surface brightness modulation (CMOD) effect📥📑✅
• Has JWST already falsified dark-matter-driven galaxy formation?📥📑✅
• A shot in the Dark (Ages): a faint galaxy at z=9.76 confirmed with JWST📥📑✅
• CEERS Key Paper IV: The Diversity of Galaxy Structure and Morphology at z=3-9 with JWST📥📑✅
• The MillenniumTNG Project: Many papers 2022📥📑✅
• The MASSIVE Survey. XVIII. Deep Wide-Field K-band Photometry and Local Scaling Relations for Massive Early-Type Galaxies📥📑✅
• Sizes and mass profiles of candidate massive galaxies discovered by JWST at 7<z<9: evidence for very early formation of the central ∼100 pc of present-day ellipticals📥📑✅

Dark Matter 33 waiting 📋

• The AIDA-TNG project: 3D halo shapes📥📑✅
• The AIDA-TNG project: dark matter profiles and concentrations in alternative dark matter models📥📑✅
• Connection between galaxy morphology and dark-matter halo structure II: predicting disk structure from dark-matter halo properties📥📑✅
• Buried but not destroyed: the evolution from prompt cusps to NFW haloes📥📑✅
• Forecasting Dark Matter Subhalo Constraints from Stellar Streams using Implicit Likelihood Inference📥📑✅
• Probing the Nature of Dark Matter Self-Interactions Through Observations of Massive Black Hole Mergers📥📑✅
• Reaching for the Edge II: Stellar Halos out to Large Radii as a Tracer of Dark Matter Halo Mass📥📑✅
• Detecting dark matter sub-halos in the Galactic plane with the Cherenkov Telescope Array Observatory📥📑✅
• Implications of the intriguing constant inner mass surface density observed in dark matter halos📥📑✅
• Dwarf galaxies imply dark matter is heavier than 2.2×10−21eV📥📑✅
• Effectiveness of halo and galaxy properties in reducing the scatter in the stellar-to-halo mass relation📥📑✅
• Hydrodynamical simulations of merging galaxy clusters: giant dark matter particle colliders, powered by gravity📥📑✅
• The Influence of Baryons on Low-mass Haloes📥📑✅
• Predicting the Scaling Relations between the Dark Matter Halo Mass and Observables from Generalised Profiles I: Kinematic Tracers📥📑✅
• Brightest Cluster Galaxy Offsets in Cold Dark Matter📥📑✅
• Micro galaxies as a falsifiable prediction of LCDM cosmology📥📑✅
• No Catch-22 for Fuzzy Dark Matter: testing substructure counts and core sizes via high-resolution cosmological simulations📥📑✅
• Baryonic Imprints on DM Halos: the concentration-mass relation and its dependence on halo and galaxy properties📥📑✅
• Beyond Best-Fits and Model Selection -- Introducing "Reliability" of cusp-core inference of dark matter halos📥📑✅
• Can prompt cusps of WIMP dark matter be detected as individual gamma-ray sources?📥📑✅
• The formation of cores in galaxies across cosmic time -- the existence of cores is not in tension with the LCDM paradigm📥📑✅
• Till the core collapses: the evolution and properties of self-interacting dark matter subhalos📥📑✅
• The abundance of core--collapsed subhalos in SIDM: insights from structure formation in ΛCDM📥📑✅
• Tracking the evolution of satellite galaxies: mass stripping and dark-matter deficient galaxies📥📑✅
• New Constraints on Warm Dark Matter from the Lyman-α Forest Power Spectrum📥📑✅
• Review of solutions to the Cusp-core problem of the ΛCDM Model📥📑✅
• Matching the mass function of Milky Way satellites in competing dark matter model📥📑✅
• The shape of dark matter haloes: results from weak lensing in the Ultraviolet Near-Infrared Optical Northern Survey (UNIONS)📥📑✅
• A lensing multi-messenger channel: Combining LIGO-Virgo-Kagra lensed gravitational-wave measurements with Euclid observations📥📑✅
• Chandra Observations of Spikey: A Possible Self-lensing Supermassive Black Hole📥📑✅
• Binary System📥📑✅
• The massive relic galaxy NGC 1277 is dark matter deficient. From dynamical models of integral-field stellar kinematics out to five effective radii📥📑✅
• The impact of baryonic potentials on the gravothermal evolution of self-interacting dark matter haloes📥📑✅

Stats 11 waiting 📋

• AstroAlertBench: Evaluating the Accuracy, Reasoning, and Honesty of Multimodal LLMs in Astronomical Classification📥📑✅
• ALABI: Active Learning for Accelerated Bayesian Inference📥📑✅
• Probabilistic Graphical Models in Astronomy📥📑✅
• How to embed any likelihood into SBI: Application to Planck + Stage IV galaxy surveys and Dynamical Dark Energy📥📑✅
• IRIS: A Bayesian Approach for Image Reconstruction in Radio Interferometry with expressive Score-Based priors📥📑✅
• SIDE-real: Truncated marginal neural ratio estimation for Supernova Ia Dust Extinction with real data📥📑✅
• LtU-ILI: An All-in-One Framework for Implicit Inference in Astrophysics and Cosmology📥📑✅
• nbi: the Astronomer's Package for Neural Posterior Estimation📥📑✅
• Bayesian Computation in Astronomy: Novel methods for parallel and gradient-free inference📥📑✅
• Finding reproducible cluster partitions for the k-means algorithm📥📑✅
• Scalable hierarchical BayeSN inference: Investigating dependence of SN Ia host galaxy dust properties on stellar mass and redshift📥📑✅

SETI 5 waiting 📋

• Imagining the Alien: Human Projections and Cognitive Limitations📥📑✅
• Results of ten years of UCLA SETI searches with the Green Bank Telescope📥📑✅
• OmniCosmos: Transferring Particle Physics Knowledge Across the Cosmos📥📑✅
• From Extraterrestrial Microbes to Alien Intelligence: Rebalancing Astronomical Research Priorities📥📑✅
• Microlensing Signatures of Dyson Sphere-like Structures around Primordial Black Holes as Technosignatures of Extraterrestrial Advanced Civilizations📥📑✅

Cancer 35 waiting 📋

• https://eur03.safelinks.protection.outlook.com/?url=https%3A%2F%2Fwww.linkedin.com%2Fposts%2Fturbine-ai_network-driven-cancer-cell-avatars-for-combination-activity-7211408647778668547-nd7n%3Futm_source%3Dshare%26utm_medium%3Dmember_desktop&data=05%7C02%7CJames.Nightingale%40newcastle.ac.uk%7Cb88055fe74cc48f5d2e708dc9a85e8e8%7C9c5012c9b61644c2a91766814fbe3e87%7C1%7C0%7C638555147133736023%7CUnknown%7CTWFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQIjoiV2luMzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C0%7C%7C%7C&sdata=WefLDikVOdmU5gFIaZTXyRjF5fyvksFjdZ6hpJl9lHc%3D&reserved=0📥📑✅
• https://eur03.safelinks.protection.outlook.com/?url=https%3A%2F%2Fjournals.plos.org%2Fploscompbiol%2Farticle%3Fid%3D10.1371%2Fjournal.pcbi.1005268&data=05%7C02%7CJames.Nightingale%40newcastle.ac.uk%7Cb88055fe74cc48f5d2e708dc9a85e8e8%7C9c5012c9b61644c2a91766814fbe3e87%7C1%7C0%7C638555147133749366%7CUnknown%7CTWFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQIjoiV2luMzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C0%7C%7C%7C&sdata=RaOdWGBY8mRAssK2Haar9r6dK8lGQfp3ZWU%2Fz1uzFpI%3D&reserved=0📥📑✅
• postprocessing (Kelley et al. 2017a;📥📑✅
• Katz et al. 2020; Volonteri et al. 2020) find that many📥📑✅
• binaries stall and fail to merge within a Hubble time.📥📑✅
• For example, the fiducial model in Kelley et al. (2017a)📥📑✅
• sees a peak of MBHB lifetimes at a median value is 29📥📑✅
• Gyr, with only ∼ 7 % binaries have lifetime less than 1📥📑✅
• Gyr.📥📑✅
• __SMBH__📥📑✅
• Massive black holes in galactic nuclei: Theory and Simulations📥📑✅
• Cant remember📥📑✅
• Massive Black Holes summary: https://arxiv.org/pdf/2304.10233.pdf📥📑✅
• Thorough summary of black hole binarys📥📑✅
• __SMBH Binaries_📥📑✅
• Hierarchical Bayesian inference on an analytical model of the LISA massive black hole binary population📥📑✅
• Incredible Bayes Model of SMBH mergers for GW astronomy, INCLUING MERGER TIME DELAYS📥📑✅
• Dual AGNs: Precursors of Binary Supermassive Black Hole Formation and Mergers:📥📑✅
• Shows rates of SMBHs around AGNs, implies that galaxies should have many 10^8MSun SMBHs wandering around.📥📑✅
• Active Galactic Nuclei and Host Galaxies in COSMOS-Web. II. First Look at the Kpc-scale Dual and Offset AGN Population📥📑✅
• High rate of dual AGN in redshift 1-3 galaxies, now possible due to JWST.📥📑✅
• Einstein vs Hawking: Black hole binaries and cosmological expansion:📥📑✅
• Cant remember📥📑✅
• Observational Signatures of Supermassive Black Hole Binaries📥📑✅
• CONTAINS SMBHB EVOLUTION EQUATIONS📥📑✅
• https://arxiv.org/pdf/2310.16896.pdf📥📑✅
• RABBITS Simulations which show that SMBH binaries are driven to coalescence by central nuclear star formation📥📑✅
• https://arxiv.org/abs/2311.01499📥📑✅
• https://arxiv.org/abs/2311.01493📥📑✅
• Compact object mergers: Observations of supermassive binary black holes and stellar tidal disruption events📥📑✅
• Run through of observational signatures of SMBHBs, most of which are x-ray or AGN based.📥📑✅
• The NANOGrav 15-year Data Set: Constraints on Supermassive Black Hole Binaries from the Gravitational Wave Background📥📑✅
• The link between gravitational wave background and > 10^7MSun SMBHB's.📥📑✅
• Premature supermassive black hole mergers in cosmological simulations of structure formation📥📑✅
• Brilliant example of how numerical effects in simulations can lead to delays on SMBH mergers which impact SWGB PTA results.📥📑✅

KetJU 27 waiting 📋

• https://arxiv.org/pdf/2211.11788.pdf📥📑✅
• Big Galaxies and Big Black Holes: The Massive Ends of the Local Stellar and Black Hole Mass Functions and the Implications for Nanohertz Gravitational Waves📥📑✅
• Examples of how to make and plot SMBH mass functions and relating them to GWB.📥📑✅
• Varstrometry for Off-nucleus and Dual sub-Kpc AGN (VODKA): A Mix of Singles, Lenses, and True Duals at Cosmic Noon📥📑✅
• Good overview of dual AGN and looking for them📥📑✅
• Identifying supermassive black hole recoil in elliptical galaxies📥📑✅
• All the stuff SMBH binary recoils do to the Sersic core and galaxy around them.📥📑✅
• __SMBH Scouring__📥📑✅
• The supermassive black hole merger driven evolution of high-redshift red nuggets into present-day cored early-type galaxies📥📑✅
• Great KetJU simulation study of how scouring SMBHs can create cored galaxies and impact the galaxies around them.📥📑✅
• __Analysis__📥📑✅
• Characterization of JWST NIRCam PSFs and Implications for AGN+Host Image Decomposition:📥📑✅
• Detailed discussion of the JWST PSF and how to model it, reference for PyAutoGalaxy.📥📑✅
• __Dark Matter__📥📑✅
• THESAN-HR: Galaxies in the Epoch of Reionization in warm dark matter, fuzzy dark matter and interacting dark matter:📥📑✅
• Good description of how alternative DM models (Warm, Fuzzy, Interacting) impact high-z galaxy formation / reionization.📥📑✅
• The shape of dark matter halos: a new fundamental cosmological invariance📥📑✅
• Could be a Cosmology motivation for COMSOSO SL+WL study📥📑✅
• __Galaxies__📥📑✅
• Stellar feedback-regulated black hole growth: driving factors from nuclear to halo scales📥📑✅
• Description of how a mass threshold surpresses stellar feedback to make BH's efficient and quency galaxie,s similar to Bower 2017📥📑✅
• __Software__📥📑✅
• Setting SAIL: Leveraging Scientist-AI-Loops for Rigorous Visualization Tools📥📑✅
• https://github.com/patrick-kidger/optimistix?tab=readme-ov-file:📥📑✅
• LOADS of JAX githubs including lineaer solvers, BlackJAX📥📑✅
• Eryn: A multi-purpose sampler for Bayesian inference: https://arxiv.org/list/astro-ph/new📥📑✅
• Another cool sampler for autofit.📥📑✅

Citation work queue (389 sections need a canonical key)

cti	44 of 56 sections 📋
galaxies	169 of 208 sections 📋
lensing	107 of 263 sections 📋
methods	49 of 72 sections 📋
smbh	20 of 46 sections 📋

Sub-wikis (1068 bibliography entries · 213 wanted pages)

cti	15 pages · 1c/2e/8s	11 stub · 0 drafted 📋 📋
galaxies	18 pages · 2c/0e/12s	14 stub · 0 drafted 📋 📋
lensing	90 pages · 34c/21e/31s	25 stub · 61 drafted 📋 📋
methods	25 pages · 11c/0e/10s	13 stub · 8 drafted 📋 📋
smbh	18 pages · 4c/3e/7s	14 stub · 0 drafted 📋 📋