FRB Applications and Tools Catalog

1. Historical Papers
   • Haddock & Sciama 1965: Proposal for the Detection of Dispersion in Radio-Wave Propagation Through Intergalactic Space
   • Ginzburg 1973: Possibility of Determining Intergalactic Gas Density by Radio Observations of Flares of Remote Sources
2. Missing baryons / investigation of WHIM from FRB extragalactic DMs / feedback
   • ✔McQuinn 2014: (m14)
   • ✔Deng & Zhang 2014
   • ✔Shull & Danforth 2018
   • Li et al. 2019
   • Wei et al. 2019: (Seems like they just comine with H(z) measurement(is anyone directly measureing it?) and call it "cosmology independent")
   • Walters et al. 2019
   • Rafiei-Ravandi, Smith & Masui 2020: Characterizing FRBs through statistical cross-correlations
   • Qiang & Wei 2020: Reconstructing the fraction of baryons in the intergalactic medium with FRBs via Gaussian processes
   • Dai & Xai 2021: (Auto correlation of DM angular power-spectrum with zedshift binning) Reconstruction of baryon fraction in intergalactic medium through dispersion measurements of FRBs
   • Lee et al. 2022: Constraining the Cosmic Baryon Distribution with FRB Foreground Mapping
   • Lemos et al. 2023: Forecasting constraints on the baryon mass fraction in the IGM from FRBs and type Ia supernovae
   • Reischke et al. 2023: Calibrating baryonic feedback with weak lensing and fast radio bursts
   • Applied
   • Li et al. 2020
   • Macquart et al. 2020
   • Rafiei-Ravandi et al. 2021
   • Bao & Jun-Jie 2022
   • Yang et al. 2022
   • Lin et al. 2023: Constraints on the Intergalactic and Local DM of FRBs with the CHIME/FRB far side-lobe events
   • Baptista et al. 2023: Measuring the Variance of the Macquart Relation in z-DM Modeling

1. LSS/Cosmography
   • Masui & Sigurdson 2015: Mapping of the 3D matter distribution in dispersion space (Without zs. I think its impossible because of large host DMs.
   • Takahashi et al. 2021
   • Batten et al. 2022: FRBs as probes of feedback from AGN
   • Reischke & Hagstotz 2023: Covariance Matrix of FRBs Dispersion
   • Fortunato et al. 2023: Cosmography from well-localized FRBs
   • Takahashi 2024: Impact of lensing bias on the cosmological dispersion measure
2. CGM of intersected galaxies
   • ✔Ravi 2019
   • ✔Prochaska & Zheng 2019
3. Milky Way halo
   • ✔Prochaska & Zheng 2019
   • Keating & Pen 2020
   • Platts et al. 2020
   • Kelly et al. 2021
4. Hubble constant
   • Wu et al. 2021: An 8% Determination of the Hubble Constant from localized FRBs
   • Liu et al. 2022: Cosmological-model-independent determination of Hubble constant from FRBs and Hubble parameter measurements
   • Hagstotz et al. 2022: A new measurement of the Hubble constant using FRBs
   • James et al. 2022: A measurement of Hubble's Constant using FRBs
   • Zhao et al. 2022: First statistical measurement of the Hubble constant using unlocalized FRBs
   • Gao et al. 2023: A Measurement of Hubble Constant Using Cosmographic Approach from FRBs and SNe Ia
5. Cosmological parameters
   • ✔Zhou et al. 2014
   • ✔Gao et al. 2014
   • ✔Yang & Zhang 2016
   • Wei et al. 2018
   • Hashimoto et al. 2019 (Luminosity-Duration Relation)
   • Wu et al. 2020
   • Zhao et al. 2020
   • Qiang & Wei 2021
   • Shirasaki et al. 2021: Probing cosmology and gastrophysics with FRBs: Cross-correlations of dark matter haloes and cosmic DMs
   • Zhao et al 2022: Probing the interaction between dark energy and dark matter with future FRB observations
   • Boon & McQuinn: Solar System-scale interferometry on FRBs could measure cosmic distances with sub-percent precision
   • Wu et al. 2022: Path to precision cosmology: Synergy between four promising late-universe cosmological probes
   • Zhang et al. 2023: Cosmology with FRBs in the era of SKA
6. Compine with SZ-effect
   • ✔Fialkov & Loeb 2016 (optical depth of CMB)
   • ✔Fujita et al. 2017
   • Muñoz & Loeb 2018
   • ✔Madhavacheril et al. 2019: (Breaking the optical depth degeneracy of the kSZ)
7. Epoch of reionization
   • ✔Deng & Zhang 2014
   • ✔Fialkov & Loeb 2016 (optical depth of CMB)
   • ✔Yoshiura et al. 2018 (star forming galaxies emitting UV photons)
   • Hashimoto et al. 2021
   • Beniamini et al. 2021
   • Pagano & Fronenberg 2021
   • Zhang et al. 2021: IGM DMs of FRBs Estimated from IllustrisTNG Simulation and Their Cosmological Applications
   • Heimersheim et al. 2022: What it takes to measure reionization with FRBs
8. Helium reionization
   • Zheng et al. 2014
   • ✔Caleb et al. 2019
   • Linder 2020
   • Dai & Xia 2021
   • Bhattacharya, Kumar & Linder 2021
   • Lau et al. 2021
9. IGM magnetic fields
   • (Zheng et al. 2014: The formulas they provide seem to ignore that magnetic fields can be negative)
   • Akahori et al. 2016
   • Vazza et al. 2017
   • Vazza et al. 2018
   • ✔Hackstein et al. 2019
   • Hackstein et al. 2020
10. Lensing H_0 and curvature/ DE EoS via strongly lensed FRBs
    • ✔Zitrin et al. 2018
    • ✔Li et al. 2018
    • ✔Wagner et al. 2019
    • ✔Liu et al. 2019
    • ✔Oguri 2019: Review on "Strong gravitational lensing of explosive transients"
    • Wucknitz et al. 2020
    • Ding et al. 2021
    • Zhao et al 2022: (Seems to be the same as Let al. 2018 comined with SNe)
    • Connor & Ravi 2022: Stellar prospects for FRB gravitational lensing (including "a new application of FRB gravitational lensing that will measure directly the circumgalactic medium of intervening galaxies")
11. MACHO abundancy via microlensing
    • Distinct Bursts
    • ✔Muñoz et al. 2016
    • ✔Wang et al. 2018
    • Laha 2020
    • ✔Choi et al. 2019
    • Sammons et al. 2020
    • Lewis 2020: (Difficult to understand, ignores most previous literature)
    • Liao et al. 2020
    • Zhou et al. 2022
    • Zhou et al. 2022
    • Ho et al. 2023: Future Constraints on Dark Matter with Gravitationally Lensed FRBs Detected by BURSTT
    • Diffractive gravitational lensing
    • Zheng et al. 2014
    • Eichler 2017
    • Katz et al. 2019
    • Jow et al. 2020
    • Applications
    • Kader et al. 2022
    • Leung et al. 2022
12. Constraints on the Photon Mass
    • ✔Wu et al. 2016
    • ✔Bonetti et al. 2016
    • ✔Bonetti et al. 2017
    • Shao & Zhang 2017: Bayesian framework to constrain the photon mass with a catalog of FRBs
    • ✔ Xing et al. 2019
    • Wei & Wu 2021 (Review)
    • Wei & Wu 2020: Combined Limit on the Photon Mass with Nine Localized FRBs
    • Wang et al. 2021: Bounding the photon mass with cosmological propagation of FRBs
    • Chang et al. 2022: Bounding the Photon Mass with the Dedispersed Pulses of the Crab Pulsar and FRB 180916B
    • Lin et al. 2023: Revised constraints on the photon mass from well-localized FRBs
    • Wang et al. 2023: Revisiting constraints on the photon rest mass with cosmological FRBs
13. Testing Einstein's Equivalence Principle(s) (First one assumes FRB/GRB association)
    • ✔Wei et al. 2015
    • Nusser 2016
    • ✔Wu et al. 2017
    • Yu et al. 2018 (Primary application GRBs; only mentions FRBs in passing.)
    • ✔ Xing et al. 2019
    • ✔ Wang et al. 2019
    • Minazzoli et al. 2019
    • Reischke & et al. 2022: Consistent equivalence principle tests with fast radio bursts
    • Hashimoto et al. 2021
    • Kaustubha et al. 2022
    • Reischke & Hagstotz 2023: Consistent Constraints on the Equivalence Principle from localised FRBs
14. Constraining Fundamental Constants
    • Surajit Kalita
15. Dark photon dark matter
    • Landim 2020
16. Cosmic anisotropy
    • Qiang et al. 2019
    • Cai et al. 2019
    • Lin & Sang 2021
17. Swampland & H_0 tension
    • Wang et al. 2019
18. Constraint on the equation of state of nuclear matter, if observed with a GW from BNS merger
    • Yamasaki et al. 2020
19. Probe turbulent properties
    • Macquart & Koay 2013: Temporal Smearing of Transient Radio Sources by the Intergalactic Medium
20. Others
    • Yu & Wang 2017: Measuring the cosmic proper distance from fast radio bursts
    • Xu & Zhang 2020: Probing the Intergalactic Turbulence with FRBs
    • Reischke & et al. 2021: Primordial non-Gaussianity
    • Simard & Ravi 2021: Extragalactic ISMs
    • Pearson et al. 2021: Searching for Gravitational Waves with Strongly Lensed Repeating FRBs
    • Abadi & Kovetz 2021: Probing Gravitational Slip with Strongly Lensed FRBs (slip=parameter in screened modified gravity models)
    • Jing & Xia 2022: Constraints on the Helium Abundance from FRBs
    • Xiao et al. 2022: Detecting Cosmic Strings with Lensed FRBs
21. Application comparison
    • ✔Walters et al. 2018
    • Jaroszynski 2019
    • Kumar & Linder 2019
22. Reviews and white papers
    • Macquart et al. 2015: Fast Transients at Cosmological Distances with the SKA
    • Ravi et al. 2019
    • Bhandari & Flynn 2021

1. not an application (Simulation of IGM structure influence)
   • https://ui.adsabs.harvard.edu/#abs/2018ApJ...865..147Z/abstract
2. Probe of FRB environment
   • https://ui.adsabs.harvard.edu/#abs/2017PhRvD..95h3012S/abstract

Methods applied:

1. Wang et al. 2020: Weak equivalence principle, swampland and H0 tension with fast single radio bursts FRB 180924 and FRB 190523