Compton scattering
View article: PREreview of "Withdrawn: The Electron as a Möbius-Wrapped Photon: A Node-Based Reconstruction of Atomic Structure"
PREreview of "Withdrawn: The Electron as a Möbius-Wrapped Photon: A Node-Based Reconstruction of Atomic Structure" Open
This Zenodo record is a permanently preserved version of a PREreview. You can view the complete PREreview at https://prereview.org/reviews/17773507. The electron is re-examined as a single electromagnetic wave that closes upon itself with …
View article: Kinetic Sunyaev-Zel'dovich Tomography: A Direct Probe of Cosmic Flows and the Hubble Constant
Kinetic Sunyaev-Zel'dovich Tomography: A Direct Probe of Cosmic Flows and the Hubble Constant Open
The kinetic Sunyaev-Zel'dovich (kSZ) effect offers a unique opportunity to directly map the peculiar velocity field of the universe and provide an independent measurement of the Hubble Constant (H0). Unlike the thermal Sunyaev-Zel'dovich (…
View article: Kinetic Sunyaev-Zel'dovich Tomography: A Direct Probe of Cosmic Flows and the Hubble Constant
Kinetic Sunyaev-Zel'dovich Tomography: A Direct Probe of Cosmic Flows and the Hubble Constant Open
The kinetic Sunyaev-Zel'dovich (kSZ) effect offers a unique opportunity to directly map the peculiar velocity field of the universe and provide an independent measurement of the Hubble Constant (H0). Unlike the thermal Sunyaev-Zel'dovich (…
View article: The Compton Effect - Derivation, History, and Applications
The Compton Effect - Derivation, History, and Applications Open
This paper combines a compact derivation of the Compton formula with the historical context from Planck to Compton and outlines its applications in modern physics. The focus is on clarity, mathematical precision, and the integration of phy…
View article: Compton Effekt - Herleitung, Geschichte und Anwendungen
Compton Effekt - Herleitung, Geschichte und Anwendungen Open
Dieses Paper verbindet eine kompakte Herleitung der Compton-Formel mit dem historischen Kontext von Planck bis Compton und skizziert Anwendungen in der modernen Physik. Der Fokus liegt auf Verständlichkeit, mathematischer Präzision und der…
View article: Free-Electron Lasers from ACORN: Coherent Radiation as Synchronized Odd-Channel Curvature
Free-Electron Lasers from ACORN: Coherent Radiation as Synchronized Odd-Channel Curvature Open
Free-electron lasers (FELs) are traditionally explained through relativistic electron bunching and stimulated emission of synchrotron radiation. While accurate descriptively, this model does not explain the origin of coherence, why brightn…
View article: Simulation of Gamma-Ray Attenuation in Zeolite–Polymer Composites for Low-Cost Sustainable Radiation Shielding
Simulation of Gamma-Ray Attenuation in Zeolite–Polymer Composites for Low-Cost Sustainable Radiation Shielding Open
Lightweight and lead-free radiation shields are increasingly developed to overcome the toxicity and handling challenges associated with conventional heavy-metal-based materials. In this study, the γ-ray attenuation behavior of polymer–zeol…
View article: Free-Electron Lasers from ACORN: Coherent Radiation as Synchronized Odd-Channel Curvature
Free-Electron Lasers from ACORN: Coherent Radiation as Synchronized Odd-Channel Curvature Open
Free-electron lasers (FELs) are traditionally explained through relativistic electron bunching and stimulated emission of synchrotron radiation. While accurate descriptively, this model does not explain the origin of coherence, why brightn…
View article: Geometric Resonance and Binary Partition in Proton Structure: An Analytical Derivation of the Charge Radius
Geometric Resonance and Binary Partition in Proton Structure: An Analytical Derivation of the Charge Radius Open
The "Proton Radius Puzzle" has highlighted significant discrepancies between electron scattering measurements and recent muonic hydrogen spectroscopy. This paper proposes a phenomenological approach based on geometric resonance to derive t…
View article: Evidence of an Energetic Magnetar Powering 1LHAASO J0500$+$4454
Evidence of an Energetic Magnetar Powering 1LHAASO J0500$+$4454 Open
We investigate the origin of unidentified, extended TeV source 1LHAASO J0500$+$4454, considering three possible origins: cosmic rays interacting with a molecular cloud (MC), particles accelerated in a currently undetected supernova remnant…
View article: Hawking Radiation as Horizon Compton Scattering: A Local, No-Escape Mechanism from Relativistic Decoherence at the Luminity
Hawking Radiation as Horizon Compton Scattering: A Local, No-Escape Mechanism from Relativistic Decoherence at the Luminity Open
We propose that Hawking radiation is neither tunnelling nor escape from the black-hole interior, but a local, unitary process occurring on a new geometric surface — the luminity — lying one Planck length outside the event horizon. At this …
View article: New constraints on axion with gamma-ray observations of the Crab Nebula
New constraints on axion with gamma-ray observations of the Crab Nebula Open
In this paper, we derive the upper bounds on the coupling of axion-like particles (ALPs) with photon as a function of the mass by considering axion-photon conversion in the Crab Nebula. Previous studies have not considered the influence of…
View article: Evidence of an Energetic Magnetar Powering 1LHAASO J0500$+$4454
Evidence of an Energetic Magnetar Powering 1LHAASO J0500$+$4454 Open
We investigate the origin of unidentified, extended TeV source 1LHAASO J0500$+$4454, considering three possible origins: cosmic rays interacting with a molecular cloud (MC), particles accelerated in a currently undetected supernova remnant…
View article: Investigating the Timing Behavior of Compton Scattering in BGO for Time-of-Flight PET
Investigating the Timing Behavior of Compton Scattering in BGO for Time-of-Flight PET Open
Bismuth germanate (BGO) is gaining renewed attention as a viable material for hybrid Cherenkov/scintillation time-of-flight positron emission tomography (TOF-PET) detectors. While single-crystal studies have demonstrated excellent timing r…
View article: Hawking Radiation as Horizon Compton Scattering: A Local, No-Escape Mechanism from Relativistic Decoherence at the Luminity
Hawking Radiation as Horizon Compton Scattering: A Local, No-Escape Mechanism from Relativistic Decoherence at the Luminity Open
We propose that Hawking radiation is neither tunnelling nor escape from the black-hole interior, but a local, unitary process occurring on a new geometric surface — the luminity — lying one Planck length outside the event horizon. At this …
View article: Mass Partition, The Compton Heartbeat and the 5D Origin of Physics
Mass Partition, The Compton Heartbeat and the 5D Origin of Physics Open
An electron, (proton too) carry split energy designated "m_NE" (Newton/Einstein) and "m_eq" (Electromagnetic), both oscillating (at frequencies closely related to the Compton frequency) such that they are relativistically invariant. This n…
View article: New constraints on axion with gamma-ray observations of the Crab Nebula
New constraints on axion with gamma-ray observations of the Crab Nebula Open
In this paper, we derive the upper bounds on the coupling of axion-like particles (ALPs) with photon as a function of the mass by considering axion-photon conversion in the Crab Nebula. Previous studies have not considered the influence of…
View article: From Empirical to Physical Model: Direct Fits of Optically Thin Inverse Compton Scattering to Prompt GRB Spectra
From Empirical to Physical Model: Direct Fits of Optically Thin Inverse Compton Scattering to Prompt GRB Spectra Open
Gamma-ray burst (GRB) prompt emission is commonly attributed to non-thermal radiation processes operating in the optically thin regions of a relativistic outflow. Among these, optically thin inverse-Compton (IC) scattering remains an impor…
View article: Mass Partition, The Compton Heartbeat and the 5D Origin of Physics
Mass Partition, The Compton Heartbeat and the 5D Origin of Physics Open
An electron, (proton too) carry split energy designated "m_NE" (Newton/Einstein) and "m_eq" (Electromagnetic), both oscillating (at frequencies closely related to the Compton frequency) such that they are relativistically invariant. This n…
View article: Hawking Radiation as Horizon Compton Scattering: A Local, No-Escape Mechanism from Relativistic Decoherence at the Luminity
Hawking Radiation as Horizon Compton Scattering: A Local, No-Escape Mechanism from Relativistic Decoherence at the Luminity Open
We propose that Hawking radiation is neither tunnelling nor escape from the black-hole interior, but a local, unitary process occurring on a new geometric surface — the luminity — lying one Planck length outside the event horizon. At this …
View article: From Empirical to Physical Model: Direct Fits of Optically Thin Inverse Compton Scattering to Prompt GRB Spectra
From Empirical to Physical Model: Direct Fits of Optically Thin Inverse Compton Scattering to Prompt GRB Spectra Open
Gamma-ray burst (GRB) prompt emission is commonly attributed to non-thermal radiation processes operating in the optically thin regions of a relativistic outflow. Among these, optically thin inverse-Compton (IC) scattering remains an impor…
View article: Geometric Resonance and Binary Partition in Proton Structure: An Analytical Derivation of the Charge Radius
Geometric Resonance and Binary Partition in Proton Structure: An Analytical Derivation of the Charge Radius Open
The "Proton Radius Puzzle" has highlighted significant discrepancies between electron scattering measurements and recent muonic hydrogen spectroscopy. This paper proposes a phenomenological approach based on geometric resonance to derive t…
View article: Geant4-Based Characterization of Muon, Electron, Photon, and Hadron Signals from Atmospheric Showers in a Water Cherenkov Detector
Geant4-Based Characterization of Muon, Electron, Photon, and Hadron Signals from Atmospheric Showers in a Water Cherenkov Detector Open
Cherenkov radiation is a widely used detection mechanism in high-energy and astroparticle physics experiments, particularly in water-based detectors operated by leading cosmic-ray observatories. Its popularity stems from its robustness, co…
View article: Exploring sub-GeV dark matter physics with cosmic ray and future telescopes
Exploring sub-GeV dark matter physics with cosmic ray and future telescopes Open
If sub-GeV dark matter (DM) annihilates into charged particles such as $$e^+ e^-$$ , $$\mu ^+ \mu ^-$$ , or $$\pi ^+ \pi ^-$$ , it generates an additional source of electrons and positrons in the cosmic ray (CR) pop…
View article: The Compton Effect - Derivation, History, and Applications
The Compton Effect - Derivation, History, and Applications Open
This paper combines a compact derivation of the Compton formula with the historical context from Planck to Compton and outlines its applications in modern physics. The focus is on clarity, mathematical precision, and the integration of phy…
View article: Transversity generalized parton distributions of the <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"> <mml:mi mathvariant="normal">Δ</mml:mi> </mml:math> with the diquark spectator model
Transversity generalized parton distributions of the with the diquark spectator model Open
We show quark transversity generalized parton distributions (GPDs) of the Δ + isobar by using the diquark spectator model for the first time. First, this model is tested by electric charge, magnetic-dipole, and axial charge form factor…
View article: The Compton Effect - Derivation, History, and Applications
The Compton Effect - Derivation, History, and Applications Open
This paper combines a compact derivation of the Compton formula with the historical context from Planck to Compton and outlines its applications in modern physics. The focus is on clarity, mathematical precision, and the integration of phy…
View article: Book on Astrophysical Radiation
Book on Astrophysical Radiation Open
This is a free ebook for astronomy undergraduate and graduate students, shared only for educational purposes. The current version contains: description of radiation field, radiative transfer, special relativity, fields of moving charges, p…
View article: A Unified Electron Scale Relation from Classical Radius, Compton Frequency, and the Hydrogen Ground State Energy
A Unified Electron Scale Relation from Classical Radius, Compton Frequency, and the Hydrogen Ground State Energy Open
This manuscript derives and analyzes an exact algebraic identity linking three standard electron scales that usually appear in separate parts of the physics curriculum: the classical electron radius \(r_e\), the Compton angular frequency \…
View article: A Unified Electron Scale Relation from Classical Radius, Compton Frequency, and the Hydrogen Ground State Energy
A Unified Electron Scale Relation from Classical Radius, Compton Frequency, and the Hydrogen Ground State Energy Open
This manuscript derives and analyzes an exact algebraic identity linking three standard electron scales that usually appear in separate parts of the physics curriculum: the classical electron radius \(r_e\), the Compton angular frequency \…