NeutrinoCenter.org | Neutrino interactions

Topics in Neutrino Interactions

1. Foundations of Neutrino Interactions

1. Standard Model description of neutrino interactions

2. Weak interaction theory

3. Electroweak unification

4. Charged-current and neutral-current interactions

5. Fermi theory of weak interactions

6. Four-fermion interaction model

7. V–A structure of weak interactions

8. Weak interaction coupling constants

9. Fermi constant

10. Cabibbo–Kobayashi–Maskawa matrix effects

11. Leptonic mixing and the PMNS matrix

12. Neutrino helicity and chirality

13. Neutrino flavor conservation

14. Lepton-number conservation and violation

15. Neutrino interaction amplitudes

16. Feynman diagrams for neutrino interactions

17. Neutrino interaction cross sections

18. Differential and total cross sections

19. Interaction mean free path

20. Neutrino opacity of matter

2. Charged-Current Interactions

21. Charged-current neutrino interactions

22. Charged-current antineutrino interactions

23. Electron-neutrino charged-current interactions

24. Muon-neutrino charged-current interactions

25. Tau-neutrino charged-current interactions

26. Production of charged leptons by neutrinos

27. (W^\pm)-boson exchange

28. Charged-current flavor identification

29. Charged-current event topologies

30. Charged-current interaction thresholds

31. Lepton-mass effects in charged-current interactions

32. Cabibbo-suppressed charged-current interactions

33. Wrong-sign charged-current events

34. Charged-current interaction asymmetries

35. Neutrino–antineutrino charged-current differences

3. Neutral-Current Interactions

36. Neutral-current neutrino interactions

37. (Z^0)-boson exchange

38. Flavor-independent neutral-current interactions

39. Neutral-current elastic scattering

40. Neutral-current nucleon excitation

41. Neutral-current pion production

42. Neutral-current strange-particle production

43. Neutral-current event identification

44. Invisible neutrino final states

45. Neutral-current background events

46. Neutral-current to charged-current ratios

47. Weak mixing angle measurements

48. Nonstandard neutral-current interactions

4. Neutrino–Lepton Interactions

49. Neutrino–electron elastic scattering

50. Electron-neutrino–electron scattering

51. Muon-neutrino–electron scattering

52. Tau-neutrino–electron scattering

53. Antineutrino–electron scattering

54. Elastic neutrino–muon scattering

55. Neutrino trident production

56. Neutrino-induced lepton-pair production

57. Inverse muon decay

58. Neutrino–photon interactions

59. Neutrino magnetic-moment scattering

60. Neutrino millicharge interactions

61. Neutrino charge-radius effects

62. Coherent neutrino–atom scattering

63. Neutrino interactions with atomic electrons

5. Inverse Beta-Decay Processes

64. Inverse beta decay

65. Reactor-antineutrino detection through inverse beta decay

66. Positron production in inverse beta decay

67. Neutron capture following inverse beta decay

68. Inverse beta-decay energy threshold

69. Delayed-coincidence detection

70. Cross-section calculations for inverse beta decay

71. Radiative corrections to inverse beta decay

72. Weak magnetism corrections

73. Supernova-antineutrino detection using inverse beta decay

6. Neutrino–Nucleon Interactions

74. Neutrino–proton scattering

75. Neutrino–neutron scattering

76. Antineutrino–proton scattering

77. Antineutrino–neutron scattering

78. Elastic neutrino–nucleon scattering

79. Quasielastic neutrino–nucleon scattering

80. Nucleon form factors

81. Vector and axial-vector form factors

82. Axial mass measurements

83. Strange-quark contributions to nucleon interactions

84. Nucleon recoil detection

85. Spin-dependent neutrino–nucleon interactions

86. Isospin effects in neutrino interactions

7. Quasielastic Scattering

87. Charged-current quasielastic scattering

88. Neutral-current quasielastic scattering

89. Antineutrino quasielastic scattering

90. Two-body quasielastic kinematics

91. Quasielastic energy reconstruction

92. Pauli blocking

93. Fermi motion of bound nucleons

94. Nucleon binding-energy corrections

95. Spectral-function models

96. Relativistic Fermi-gas models

97. Superscaling models

98. Multinucleon ejection

99. Two-particle–two-hole interactions

100. Meson-exchange currents

101. Transverse enhancement

102. Final-state interactions in quasielastic events

8. Resonance Production

103. Neutrino-induced baryon resonance production

104. Delta-resonance production

105. (N^\ast) resonance production

106. Charged-current resonance interactions

107. Neutral-current resonance interactions

108. Single-pion production

109. Coherent pion production

110. Incoherent pion production

111. Resonant kaon production

112. Resonant eta production

113. Resonance decay channels

114. Resonance–background interference

115. Transition form factors

116. Rein–Sehgal interaction model

9. Deep-Inelastic Scattering

117. Neutrino deep-inelastic scattering

118. Antineutrino deep-inelastic scattering

119. Parton-model description

120. Quark-level neutrino interactions

121. Structure functions

122. Bjorken scaling

123. Bjorken-(x) and inelasticity

124. Scaling violations

125. Parton distribution functions

126. Nuclear parton distribution functions

127. Valence- and sea-quark contributions

128. Heavy-quark production

129. Charm production by neutrinos

130. Strange-quark measurements

131. Dimuon production

132. Hadronization in neutrino interactions

133. Target-mass corrections

134. Higher-twist corrections

135. Perturbative QCD corrections

136. Small-(x) neutrino interactions

137. Parton saturation effects

10. Coherent Neutrino Interactions

138. Coherent elastic neutrino–nucleus scattering

139. CEνNS interaction cross sections

140. Nuclear weak charge

141. Nuclear recoil-energy spectra

142. Coherence conditions

143. Nuclear form-factor effects

144. Coherent pion production

145. Coherent photon production

146. Coherent kaon production

147. Reactor CEνNS

148. Accelerator CEνNS

149. Solar-neutrino CEνNS

150. Supernova-neutrino CEνNS

151. CEνNS as a probe of new physics

152. CEνNS detector technologies

11. Neutrino–Nucleus Interactions

153. Nuclear effects in neutrino scattering

154. Nuclear binding effects

155. Fermi motion

156. Pauli exclusion effects

157. Short-range nucleon correlations

158. Long-range nuclear correlations

159. Random-phase approximation

160. Meson-exchange currents

161. Multinucleon interactions

162. Nuclear shadowing

163. Nuclear antishadowing

164. EMC effect in neutrino scattering

165. Nuclear spectral functions

166. Nuclear response functions

167. Nuclear de-excitation following neutrino interactions

168. Gamma-ray emission from excited nuclei

169. Neutron emission from nuclei

170. Proton emission from nuclei

171. Nuclear fragmentation

172. Final-state interactions inside nuclei

173. Intranuclear cascade models

174. Neutrino interactions with light nuclei

175. Neutrino interactions with heavy nuclei

12. Neutrino Interactions with Detector Materials

176. Neutrino interactions in water

177. Neutrino interactions in heavy water

178. Neutrino interactions in ice

179. Neutrino interactions in liquid argon

180. Neutrino interactions in liquid xenon

181. Neutrino interactions in scintillator

182. Neutrino interactions in lead

183. Neutrino interactions in iron

184. Neutrino interactions in carbon

185. Neutrino interactions in oxygen

186. Neutrino interactions in hydrogen

187. Neutrino interactions in silicon

188. Neutrino interactions in germanium

189. Neutrino interactions in sodium iodide

190. Neutrino interactions in photographic emulsions

191. Neutrino interactions in Earth materials

192. Neutrino interactions in seawater

13. Low-Energy Neutrino Interactions

193. Low-energy neutrino scattering

194. Solar-neutrino interactions

195. Reactor-neutrino interactions

196. Geoneutrino interactions

197. Supernova-neutrino interactions

198. Neutrino capture on nuclei

199. Radiochemical neutrino interactions

200. Neutrino capture on chlorine

201. Neutrino capture on gallium

202. Neutrino capture on argon

203. Neutrino–deuteron interactions

204. Neutrino-induced nuclear transitions

205. Allowed and forbidden nuclear transitions

206. Gamow–Teller transitions

207. Fermi transitions

208. Neutrino–nucleus inelastic scattering

209. Low-energy nuclear recoil detection

14. High-Energy Neutrino Interactions

210. TeV neutrino interactions

211. PeV neutrino interactions

212. EeV neutrino interactions

213. Ultra-high-energy neutrino cross sections

214. High-energy deep-inelastic scattering

215. Neutrino absorption inside Earth

216. Earth-shadowing of neutrinos

217. Neutrino transmission through Earth

218. Neutral-current energy degradation

219. Tau-neutrino regeneration

220. High-energy neutrino interaction lengths

221. Small-(x) QCD effects

222. Gluon saturation

223. High-energy electroweak corrections

224. Neutrino interactions in dense astrophysical media

225. Neutrino interactions in cosmic backgrounds

15. Tau-Neutrino Interactions

226. Tau-neutrino charged-current interactions

227. Tau-lepton production threshold

228. Tau-lepton polarization

229. Tau decay channels

230. Tau-neutrino regeneration

231. Double-bang neutrino events

232. Lollipop events

233. Double-pulse events

234. Earth-skimming tau-neutrino interactions

235. Tau emergence from mountains

236. Tau emergence from Earth

237. Tau-induced extensive air showers

238. Tau-neutrino appearance measurements

239. Tau-neutrino cross-section measurements

240. Energy loss of tau leptons in matter

16. Glashow-Resonance Interactions

241. Glashow resonance

242. Electron-antineutrino interaction with electrons

243. Resonant (W^-)-boson production

244. Glashow-resonance energy

245. Hadronic Glashow-resonance decays

246. Leptonic Glashow-resonance decays

247. Glashow-resonance event signatures

248. Astrophysical electron-antineutrino flux

249. Neutrino–antineutrino discrimination

250. Beyond-Standard-Model effects in the Glashow resonance

17. Neutrino Interactions in Matter

251. Coherent forward scattering

252. Neutrino refractive index in matter

253. Wolfenstein matter potential

254. Mikheyev–Smirnov–Wolfenstein effect

255. Matter-enhanced neutrino flavor conversion

256. Neutrino propagation through Earth

257. Neutrino propagation through the Sun

258. Neutrino propagation through supernovae

259. Density-dependent flavor evolution

260. Parametric matter resonance

261. Earth matter effects

262. Non-adiabatic matter transitions

263. Neutrino attenuation in dense matter

264. Neutrino trapping in stellar cores

18. Neutrino–Neutrino Interactions

265. Standard neutrino–neutrino scattering

266. Neutrino self-interactions

267. Coherent neutrino–neutrino forward scattering

268. Collective neutrino oscillations

269. Neutrino flavor synchronization

270. Bipolar flavor conversion

271. Fast neutrino flavor conversion

272. Neutrino halos in supernovae

273. Neutrino–antineutrino annihilation

274. Neutrino pair production

275. Secret neutrino interactions

276. Neutrino interaction with the cosmic neutrino background

277. Resonant absorption by relic neutrinos

278. Neutrino cascades in astrophysical environments

19. Neutrino Production Interactions

279. Beta decay

280. Beta-plus decay

281. Electron capture

282. Muon decay

283. Pion decay

284. Kaon decay

285. Tau decay

286. Nuclear fission neutrino production

287. Nuclear fusion neutrino production

288. Electron–positron annihilation into neutrinos

289. Plasmon decay into neutrinos

290. Photoneutrino processes

291. Bremsstrahlung neutrino production

292. URCA processes

293. Neutrino pair production in stars

294. Hadronic production of astrophysical neutrinos

295. Proton–proton neutrino production

296. Proton–photon neutrino production

20. Neutrino-Induced Particle Production

297. Neutrino-induced pion production

298. Neutrino-induced kaon production

299. Neutrino-induced eta production

300. Neutrino-induced photon production

301. Neutrino-induced neutron production

302. Neutrino-induced proton emission

303. Neutrino-induced charm production

304. Neutrino-induced strange-particle production

305. Neutrino-induced hyperon production

306. Neutrino-induced lepton-pair production

307. Neutrino-induced muon-pair production

308. Neutrino-induced tau production

309. Neutrino-induced nuclear breakup

310. Neutrino-induced electromagnetic showers

311. Neutrino-induced hadronic showers

21. Astrophysical Neutrino Interactions

312. Neutrino interactions in stellar interiors

313. Neutrino interactions in supernova cores

314. Neutrino heating behind supernova shocks

315. Neutrino cooling of compact objects

316. Neutrino interactions in neutron stars

317. Neutrino interactions in neutron-star mergers

318. Neutrino interactions in gamma-ray bursts

319. Neutrino interactions in active galactic nuclei

320. Neutrino interactions in relativistic jets

321. Neutrino interactions in accretion disks

322. Neutrino interactions in cosmic-ray sources

323. Neutrino–matter interactions in the interstellar medium

324. Neutrino–photon interactions in radiation fields

325. Neutrino production through hadronic cascades

326. Neutrino attenuation inside astrophysical sources

22. Neutrino Interaction Event Topologies

327. Track-like neutrino events

328. Cascade-like neutrino events

329. Shower-like neutrino events

330. Starting-track events

331. Through-going muon events

332. Contained neutrino events

333. Partially contained events

334. Double-bang events

335. Double-pulse events

336. Lollipop events

337. Inverted-lollipop events

338. Hadronic shower signatures

339. Electromagnetic shower signatures

340. Neutron-tagged events

341. Delayed-coincidence events

342. Multi-ring events

343. Single-ring events

23. Interaction Kinematics

344. Neutrino interaction energy reconstruction

345. Momentum-transfer reconstruction

346. Four-momentum transfer

347. Inelasticity distributions

348. Scattering-angle distributions

349. Hadronic energy reconstruction

350. Leptonic energy reconstruction

351. Missing transverse momentum

352. Recoil-energy spectra

353. Threshold kinematics

354. Center-of-mass energy

355. Bjorken variables

356. Mandelstam variables

357. Energy–momentum conservation

358. Quasielastic kinematic reconstruction

359. Calorimetric energy reconstruction

24. Cross-Section Measurements

360. Absolute neutrino cross-section measurements

361. Differential cross-section measurements

362. Flux-averaged cross sections

363. Inclusive cross sections

364. Exclusive cross sections

365. Semi-inclusive cross sections

366. Flavor-dependent cross sections

367. Neutrino–antineutrino cross-section ratios

368. Nuclear-target dependence

369. Energy dependence of neutrino cross sections

370. Cross-section normalization uncertainties

371. Interaction-model uncertainties

372. Neutrino flux uncertainties

373. Detector-response uncertainties

374. Cross-section unfolding

375. Global fits of neutrino interaction data

25. Theoretical Models and Simulations

376. Effective field theory of neutrino interactions

377. Chiral perturbation theory

378. Nuclear many-body theory

379. Relativistic mean-field models

380. Relativistic Fermi-gas model

381. Local Fermi-gas model

382. Spectral-function approach

383. Random-phase approximation

384. Superscaling approach

385. Parton-model calculations

386. Lattice-QCD inputs

387. Hadronic-current modeling

388. Nuclear transport models

389. Intranuclear cascade simulations

390. Final-state interaction models

391. Neutrino event generators

392. GENIE

393. NEUT

394. NuWro

395. GiBUU

396. FLUKA

397. GEANT4 neutrino-event transport

398. PYTHIA hadronization models

26. Nonstandard Neutrino Interactions

399. Nonstandard neutrino interactions

400. Flavor-changing neutral currents

401. Flavor-diagonal nonstandard interactions

402. Source nonstandard interactions

403. Propagation nonstandard interactions

404. Detector nonstandard interactions

405. Effective NSI parameters

406. Light mediator interactions

407. Heavy mediator interactions

408. Scalar neutrino interactions

409. Vector neutrino interactions

410. Pseudoscalar neutrino interactions

411. Tensor neutrino interactions

412. Neutrino interactions with dark matter

413. Neutrino portal models

414. Sterile-neutrino interactions

415. Secret neutrino self-interactions

416. Lepton-flavor-violating neutrino interactions

27. Electromagnetic Properties of Neutrinos

417. Neutrino magnetic moment

418. Neutrino electric dipole moment

419. Neutrino charge radius

420. Neutrino millicharge

421. Neutrino radiative decay

422. Spin-flavor precession

423. Neutrino interaction with magnetic fields

424. Neutrino interaction with electromagnetic plasma

425. Plasmon-mediated neutrino interactions

426. Neutrino–photon scattering

427. Neutrino Cherenkov radiation in media

428. Electromagnetic contributions to neutrino scattering

28. Lepton-Number-Violating Interactions

429. Neutrinoless double-beta decay

430. Majorana neutrino interactions

431. Lepton-number violation

432. Neutrino–antineutrino conversion

433. Wrong-sign lepton production

434. Heavy neutral lepton interactions

435. Majorana-mediated meson decays

436. Lepton-number-violating nuclear transitions

437. Effective Majorana mass

438. Right-handed weak currents

439. Scalar-mediated double-beta decay

440. Short-range lepton-number-violating operators

29. Experimental and Detector Issues

441. Neutrino interaction vertex reconstruction

442. Particle identification

443. Lepton identification

444. Hadron identification

445. Neutron detection

446. Proton reconstruction

447. Pion reconstruction

448. Interaction-channel classification

449. Signal and background separation

450. Neutrino flavor tagging

451. Neutrino–antineutrino discrimination

452. Detector efficiency

453. Energy resolution

454. Angular resolution

455. Interaction fiducial volume

456. Event-selection efficiency

457. Machine-learning classification of neutrino interactions

458. Systematic uncertainties in interaction measurements

30. Advanced Research Topics

459. Precision tests of electroweak theory using neutrinos

460. Weak mixing-angle measurements

461. Axial-form-factor determination

462. Strange-quark content of nucleons

463. Nuclear effects in oscillation experiments

464. Interaction uncertainties in CP-violation measurements

465. Interaction uncertainties in mass-ordering measurements

466. Neutrino tomography of Earth

467. Neutrino absorption tomography

468. Ultra-high-energy neutrino cross-section measurements

469. Parton saturation using cosmic neutrinos

470. Neutrino interactions with primordial backgrounds

471. Quantum coherence in neutrino scattering

472. Quantum entanglement in neutrino interactions

473. Artificial-intelligence modeling of neutrino events

474. Data-driven neutrino interaction models

475. Differentiable neutrino event generators

476. Neutrino interaction measurements for DUNE

477. Neutrino interaction measurements for Hyper-Kamiokande

478. Neutrino interaction measurements for IceCube

479. Neutrino interaction measurements for KM3NeT

480. Neutrino interaction measurements for coherent-scattering experiments

These topics can be organized into five principal interaction regimes: low-energy nuclear interactions, quasielastic scattering, resonance production, deep-inelastic scattering, and ultra-high-energy interactions.