IPM Positions

Head, School of Physics Faculty Member , School of Physics (2008 - Present )

Past IPM Positions

PostDoctoral Associate, School of Particles and Accelerator (2007 - 2008) PostDoctoral Associate, School of Physics (2004 - 2007)

non IPM Affiliations

, ICTP Simons associate member

Research Interests

Dark matter, neutrino physics, Supersymmetry, LHC physics

Awards

1) 2013 ICTP prize; 2) 2008 IUPAP Young Scientist Prize; 3) 2015 Abureihan prize of academy of science; 4) The Khwarizmi young scientist Award, 2006; 5) Winning i) honorable mention; ii) best girl student; iii) silver medal in theory in the International physics Olympiad held in China in 1994; 6) Selected “outstanding referee” for the journals of American Physical Society.

Research Activities

Although there is compelling evidence for some form of matter in the universe generically known as dark matter, its nature is unknown. I have been interested in building dark matter models, with special focus on dark matter models that can also generate mass for neutrinos at the loop level (generically known as SLIM models). These models have a rich phenomenology with effects appearing in a myriad of experiments and observations ranging from early universe cosmology and supernova evolution to neutrino experiments and rare meson decays. While we enter the neutrino precision era, it becomes imperative to consider the possible effects of Non-Standard neutrino Interaction (NSI) with matter fields. In a series of models, I have built models for NSI. We investigate the possibility to test these models by neutrino experiments and beyond. So far the search for new physics by main detectors of the LHC, CMS and ATLAS have yielded only null results. However, it is possible that new physics involves dark sector with relatively light particles that can directly or indirectly be produced at the LHC Interaction Point in the forward direction. The so-called forward experiments such as FASER and SND@LHC are best suited to test this class of models. Since FASER? was proposed in 2019, studying the potential of this experiment and its peers and successors to search for new physics has been one of my main research interests.

Present Research Project at IPM

Non-standard neutrino Interaction (NSI), Search for new physics at DUNE and at forward experiments, Solar neutrinos with intermediate energy.

More Information

Junior associate of ICTP, 1 January 2007-31 December 2012 Regular associate of ICTP, 1 January 2016-31 December 2021 PI of the Iran node of the European networks on neutrinos, dark matter and dark energy physics INVISIBLEs, ELUSIVEs and HiDDeN sine 2012; A member of DUNE collaboration hyperlink:

Related Papers

1.	S. Abbaslu, M. Dehpour, Y. Farzan and S. Safari Neutrino nucleus Quasi-Elastic and resonant Neutral Current scatterings with Non-Standard Interactions  (Preprint) [abstract] arXive.org link: 2412.13349 [ abs, src, ps, others], cited by Code: IPM/P-2025/02

2.	S. Abbaslu and Y. Farzan A model for Axial Non-Standard Interactions of neutrinos with quarks  (Preprint) [abstract] arXive.org link: 2407.13834 [ abs, src, ps, others], cited by Code: IPM/P-2025/01

3.	S. Ansarifard and Y. Farzan Jovian Signal at BOREXINO Phys. Rev. D 110 (2024), 063002  [abstract] arXive.org link: 2401.13043 [ abs, src, ps, others], cited by Code: IPM/P-2024/02 Note: Published 3 September, 2024

4.	S. Abbaslu, M. Dehpour, Y. Farzan and S. Safari Searching for Axial Neutral Current Non-Standard Interactions of neutrinos by DUNE-like experiments JHEP 04 (2024), 038  [abstract] arXive.org link: 2312.12420 [ abs, src, ps, others], cited by Code: IPM/P-2024/01

5.	N. Bernal, Y. Farzan and A.Y. Smirnov Neutrinos from GRB 221009A: producing ALPs and explaining LHAASO anomalous \ensuremath{\gamma} event JCAP 11 (2023), 098  [abstract] arXive.org link: 2307.10382 [ abs, src, ps, others], cited by Code: IPM/P-2023/69

6.	Y. Farzan and T. Schwetz A decoherence explanation of the gallium neutrino anomaly SciPost Phys. 15 (2023), 172  [abstract] arXive.org link: 2306.09422 [ abs, src, ps, others], cited by Code: IPM/P-2023/44

7.	D. G. Cerdeno, M. Cermeno and Y. Farzan Constraints from the duration of supernova neutrino burst on resonant light gauge boson production by neutrinos Phys. Rev. D 107 (2023), 123012  [abstract] arXive.org link: 2301.00661 [ abs, src, ps, others], cited by Code: IPM/P-2023/01

8.	S. Ansarifard and Y. Farzan Revisiting pseudo-Dirac neutrino scenario after recent solar neutrino data Phys. Rev. D 107 (2023), 075029  [abstract] arXive.org link: 2211.09105 [ abs, src, ps, others], cited by Code: IPM/P-2022/41

9.	N. Bernal and Y. Farzan Neutrino Non-standard Interactions with arbitrary couplings to u and d quarks Phys. Rev. D 107 (2023), 035007  [abstract] arXive.org link: 2211.15686 [ abs, src, ps, others], cited by Code: IPM/P-2022/40

10.	Y. Farzan The Forward Physics Facility: Sites, experiments, and physics potential Phys. Rep. 968 (2022), 1-50  [abstract] Code: IPM/P-2022/19

11.	Y. Farzan Hide-and-seek with cosmic tau neutrinos EPS-HEP2021 (2022),   [abstract] arXive.org link: 2110.07222 [ abs, src, ps, others], cited by Code: IPM/P-2022/44

12.	S. Ansarifard and Y. Farzan Excess of tau events at SND@LHC, FASER$\nu $ and FASER$\nu $2 Eur. Phys. J. C 82 (2022), 568  [abstract] arXive.org link: 2112.08799 [ abs, src, ps, others], cited by Code: IPM/P-2022/43

13.	Y. Farzan The Forward Physics Facility at the High-Luminosity LHC (2022),   [abstract] arXive.org link: 2203.05090 [ abs, src, ps, others], cited by Code: IPM/P-2022/11

14.	Y. Farzan Tau neutrinos in the next decade: from GeV to EeV J. Phys. G 49 (2022), 110501  [abstract] arXive.org link: 2203.05591 [ abs, src, ps, others], cited by Code: IPM/P-2022/10

15.	Y. Farzan High-energy and ultra-high-energy neutrinos: A Snowmass white paper JHEP 36 (2022), 55-110  [abstract] arXive.org link: 2203.08096 [ abs, src, ps, others], cited by Code: IPM/P-2022/42

16.	Y. Farzan Snowmass White Paper: Beyond the Standard Model effects on Neutrino Flavor  (Preprint) [abstract] arXive.org link: 2203.10811 [ abs, src, ps, others], cited by Code: IPM/P-2022/09

17.	S. Ansarifard and Y. Farzan Neutral Exotica at FASERν and SND@LHC JHEP 02 (2021), 049  [abstract] arXive.org link: 2109.13962 [ abs, src, ps, others], cited by Code: IPM/P-2021/36

18.	Y. Farzan A dark matter solution for the XENON1T electron excess and the galactic center 511 keV line  (Preprint) [abstract] arXive.org link: 2110.07219 [ abs, src, ps, others], cited by Code: IPM/P-2021/35

19.	Y. Farzan Hide-and-seek with cosmic tau neutrinos  (Preprint) [abstract] arXive.org link: 2110.07222 [ abs, src, ps, others], cited by Code: IPM/P-2021/34

20.	Y. Farzan On the τ flavor of the cosmic neutrino flux JHEP 07 (2021), 174  [abstract] arXive.org link: 2105.03272 [ abs, src, ps, others], cited by Code: IPM/P-2021/019

21.	P. Bakhti, Y. Farzan and S. Pascoli Discovery potential of FASERν with contained vertex and through-going events JHEP 04 (2021), 075  [abstract] arXive.org link: 2010.16312 [ abs, src, ps, others], cited by Code: IPM/P-2020/056

22.	Y. Farzan and M. Rajaee Pico-charged particles explaining 511 keV line and XENON1T signal Phys. Rev. D 102 (2021), 103532  [abstract] arXive.org link: 2007.14421 [ abs, src, ps, others], cited by Code: IPM/P-2020/044

23.	P. Bakhti, Y. Farzan and S. Pascoli Unravelling the richness of dark sector by FASERν JHEP 10 (2020), 008  [abstract] arXive.org link: 2006.05437 [ abs, src, ps, others], cited by Code: IPM/P-2020/045

24.	Y. Farzan A model for lepton flavor violating non-standard neutrino interactions Phys. Rev. B (Preprint) [abstract] arXive.org link: 1912.09408 [ abs, src, ps, others], cited by Code: IPM/P-2019/049

25.	A. Esmaili and Y. Farzan Explaining the ANITA events by a Le−Lτ gauge model JCAP 1912 (2019), 017  [abstract] arXive.org link: 1909.07995 [ abs, src, ps, others], cited by Code: IPM/P-2019/038 Note: Print: 2019-12-05

26.	Y. Farzan Ultra-light scalar saving the 3+1 neutrino scheme from the cosmological bounds Phys. Lett. B 797 (2019), 134911  [abstract] arXive.org link: 1907.04271 [ abs, src, ps, others], cited by Code: IPM/P-2019/036 Note: 10 October 2019

27.	Y. Farzan and M. Rajaee Dark Matter Decaying into Millicharged Particles as a Solution to AMS 02 Positron Excess JCAP 2019 (2019),   [abstract] arXive.org link: 1901.11273 [ abs, src, ps, others], cited by Code: IPM/P-2019/002 Note: April 2019

28.	P. B. Denton, Y. Farzan and I. M. Shoemaker Activating the fourth neutrino of the 3+1 scheme Phys. Rev. D 99 (2019), 035003  [abstract] arXive.org link: 1811.01310 [ abs, src, ps, others], cited by Code: IPM/P-2018/077 Note: 2019-02-07

29.	P. Bakhti, Y. Farzan and M. Rajaee Secret interactions of neutrinos with light gauge boson at the DUNE near detector Phys. Rev. D 99 (2019), 055019  [abstract] arXive.org link: 1810.04441 [ abs, src, ps, others], cited by Code: IPM/P-2018/075 Note: Published 15 March 2019

30.	Y. Farzan and S. Palomares-Ruiz Flavor of cosmic neutrinos preserved by ultralight dark matter Phys. Rev. D 99 (2019), 051702  [abstract] arXive.org link: 1810.00892 [ abs, src, ps, others], cited by Code: IPM/P-2018/074 Note: Published 21 March 2019

31.	P.B. Denton, Y. Farzan and I.M. Shoemaker Testing large non-standard neutrino interactions with arbitrary mediator mass after COHERENT data JHEP 07 (2018), 037  [abstract] arXive.org link: 1804.03660 [ abs, src, ps, others], cited by Code: IPM/P-2018/046

32.	Y. Farzan, M. Lindner, W. Rodejohann and X.J. Xu Probing neutrino coupling to a light scalar with coherent neutrino scattering JHEP 05 (2018), 066  [abstract] arXive.org link: 1802.05171 [ abs, src, ps, others], cited by Code: IPM/P-2018/013

33.	Y. Farzan and M. Tortola Neutrino oscillations and Non-Standard Interactions Frontiers of Physics 6 (2018), 10  [abstract] arXive.org link: 1710.09360 [ abs, src, ps, others], cited by Code: IPM/P-2017/057

34.	Y. Farzan and M. Rajaee Pico-charged intermediate particles rescue dark matter interpretation of 511 keV signal JHEP 1712 (2017), 083  [abstract] arXive.org link: 1708.01137 [ abs, src, ps, others], cited by Code: IPM/P-2017/034

35.	P. Bakhti and Y. Farzan Constraining secret gauge interactions of neutrinos by meson decays Phys. Rev. D 95 (2017), 095008  [abstract] Code: IPM/P-2017/033

36.	Y. Farzan Viable models for large non-standard neutrino interaction ( In: Nufact 2016 held in Quy Nhon, Vietnam) [abstract] Code: IPM/P-2016/044

37.	Y. Farzan and J. Heeck Neutrinophilic nonstandard interactions Phys. Rev. D 94 (2016), 053010  [abstract] Code: IPM/P-2016/043

38.	P. Bakhti and Y. Farzan CP-Violation and Non-Standard Interactions at the MOMENT JHEP 1607 (2016), 109  [abstract] Code: IPM/P-2016/023

39.	Y. Farzan and M. Shoemaker Lepton Flavor Violating Non-Standard Interactions via Light Mediators JHEP 1607 (2016), 033  [abstract] Code: IPM/P-2016/022

40.	Y. Farzan and S. Hannestad Neutrinos secretly converting to lighter particles to please both KATRIN and the cosmos JCAP 058 (2016), 1602  [abstract] Code: IPM/P-2015/048

41.	Y. Farzan A model for large non-standard interactions of neutrinos leading to the LMA-Dark solution Phys. Lett. B 748 (2015), 311â??315  [abstract] Code: IPM/P-2015/047

42.	P. Bakhti, Y. Farzan and T. Schwetz Revisiting the quantum decoherence scenario as an explanation for the LSND anomaly JHEP 05 (2015), 007  [abstract] Code: IPM/P-2015/046

43.	Y. Farzan Two-loop snail diagrams: relating neutrino masses to dark matter JHEP 05 (2015), 029  [abstract] arXive.org link: 1412.6283 [ abs, src, ps, others], cited by Code: IPM/P-2015/045

44.	Y. Farzan and A. Rezaei Akbarieh Decaying Vector Dark Matter as an Explanation for the 3.5 keV Line from Galaxy Clusters  (Preprint) [abstract] arXive.org link: 1408.2950 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2014/053

45.	P. Bakhti and Y. Farzan Measuring Dirac CP-violating phase with intermediate energy beta beam facility Eur. Phys. J. C 74 (2014), 2777  [abstract] Code: IPM/P-2014/020

46.	Y. Farzan and S. Palomares-Ruiz Dips in the Diffuse Supernova Neutrino Background JCAP 1406 (2014), 014  [abstract] arXive.org link: 1401.7019 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2014/018

47.	P. Bakhti and Y. Farzan Shedding light on LMA-Dark solar neutrino solution by medium baseline reactor experiments: JUNO and RENO-50 JHEP 1407 (2014), 64  [abstract] Code: IPM/P-2014/017

48.	J.M. Cline, Y. Farzan, Z. Liu, G.D. Moore and W. Xue 3.5 keV X-rays as the "21 cm line" of dark atoms, and a link to light sterile neutrinos Phys. Rev. D 89 (2014), 121302  [abstract] Code: IPM/P-2014/016

49.	Y. Farzan and A. Rezaei Akbarieh Natural explanation for 130 GeV photon line within vector boson dark matter model Phys. Lett. B 724 (2013), 84  [abstract] arXive.org link: 1211.4685 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2014/021

50.	P. Bakhti and Y. Farzan Constraining Super-light Sterile Neutrino Scenario by JUNO and RENO-50 JHEP 1310 (2013), 200  [abstract] Code: IPM/P-2014/019

51.	Y. Farzan, S. Pascoli and M. Schmidt Recipes and Ingredients for Neutrino Mass at Loop Level JHEP 03 (2013), 107  [abstract] Code: IPM/P-2012/028

52.	Y. Farzan Lepton Flavor Violation Shedding Light on CP-Violation  (Books) [abstract] Code: IPM/P-2012/059

53.	A. Esmaeili and Y. Farzan Implications of the Pseudo-Dirac Scenario for Ultra High Energy Neutrinos from GRBs JCAP 1212 (2012), 014  [abstract] arXive.org link: 1208.6012 [ abs, src, ps, others], cited by Code: IPM/P-2012/035

54.	Y. Farzan and A. Rezaei Akbarieh A model for Vector Dark Matter JCAP 10 (2012), 026  [abstract] arXive.org link: 1207.4272 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2012/034

55.	Y. Farzan and E. Ma Dirac Neutrino Mass Generation from Dark Matter Phys. Rev. D 86 (2012), 033007  [abstract] arXive.org link: 1204.4890 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2012/033

56.

M. Hirsch, D. Meloni, S. Morisi, S. Pastor, E. Peinado, J.W.F.. Valle, A. Adulpravitchai, D. Aristizabal Sierra, F. Bazzocchi, G. Bhattacharyya, G. Blankenburg, M. S. Boucenna, I. de Medeiros Varzielas, M. Diaz, G. Jun Ding, J. N. Esteves, Y. Farzan, S. Garcia Saenz, W. Grimus, C. Hagedorn, J. Jones-Perez, Anjan S. Joshipura, A. Kadosh, K. Kadota, S. Kang, J. Kersten, B. Koch, Martin B. Krauss, Ph. Leser, P. Otto Ludl, V. Maurer, L. Merlo, G. Panotopoulos, A. Papa, H. Pas, Ketan M. Patel, W. Rodejohann, U. J. Saldana Salazar, H. Serodio, Y. Shimizu, M. Spinrath, E. Stamou, H. Sugiyama, M. Taoso, T. Toma and L. Velasco-Sevilla Proceedings of the first workshop on Flavor Symmetries and consequences in Accelerators and Cosmology (FLASY2011) ( In: ) [abstract] arXive.org link: 1201.5525 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2011/059

57.	Y. Farzan Flavoring Monochromatic Neutrino Flux from Dark Matter Annihilation JHEP 1202 (2012), 091  [abstract] arXive.org link: 1111.1063 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2012/032

58.	Y. Farzan Strategies to Link Tiny Neutrino Masses with Huge Missing Mass of the Universe Int. J. Mod. Phys. A 26 (2011), 2461  [abstract] arXive.org link: 1106.2948 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2011/058

59.	A. Esmaili and Y. Farzan A Novel Method to Extract Dark Matter Parameters from Neutrino Telescope Data JCAP 1104 (2011), 007  [abstract] arXive.org link: 1011.0500 [hep-ph] [ abs, src, ps, others], cited by Code: IPM/P-2011/057

60.	Y. Farzan A Framework to Simultaneously Explain Tiny Neutrino Mass and Huge Missing Mass Problem of the Universe Mod. Phys. Lett. A 25 (2010), 2111-2120  [abstract] arXive.org link: arXiv:1009.1234 [ abs, src, ps, others], cited by Code: IPM/P-2010/037

61.	Y. Farzan and M. Hashemi SLIM at LHC: LHC Ssearch Power for a Model Linking Dark Matter and Neutrino Mass  (Preprint) [abstract] arXive.org link: arXiv:1009.0829 [ abs, src, ps, others], cited by Code: IPM/P-2010/036

62.	Y. Farzan, S. Pascoli and M.A. Schmidt A Leptophilic Model Explaining Neutrino Masses and Dark Matter JHEP (Accepted) [abstract] arXive.org link: arXiv:1005.5323 [ abs, src, ps, others], cited by Code: IPM/P-2010/035

63.	Y. Farzan and S. Najjari Extracting the CP-Violating Phases of Trilinear R-Parity Violating Couplings from μ→ eee Phys. Lett. B 690 (2010), 48-56  [abstract] arXive.org link: arXiv:1001.3207 [ abs, src, ps, others], cited by Code: IPM/P-2010/001

64.	A. Esmaili and Y. Farzan On the Oscillation of Neutrinos Produced by the Annihilation of Dark Matter Inside the Sun Phys. Rev. D 81 (2010), 113010  [abstract] arXive.org link: arXiv:0912.4033 [ abs, src, ps, others], cited by Code: IPM/P-2009/055

65.	Y. Farzan Information on CP-Violating Phases as a Bonus in the Searches for the Lepton Flavor Violating Processes Int. J. Mod. Phys. A 24 (2009), 3403-3413  [abstract] Code: IPM/P-2009/057

66.	Y. Farzan A Minimal Model Linking Two Great Mysteries: Neutrino Mass and Dark Matter Phys. Rev. D 80 (2009), 073009  [abstract] arXive.org link: arXiv:0908.3729 [ abs, src, ps, others], cited by Code: IPM/P-2009/038

67.	A. Esmaili and Y. Farzan An Analysis of Cosmic Neutrinos: Flavor Composition at Source and Neutrino Mixing Parameters Phys. Lett. B 821 (2009), 197-214  [abstract] arXive.org link: arXiv:0905.0259 [ abs, src, ps, others], cited by Code: IPM/P-2009/016

68.	Y. Farzan Measuring CP-Violating Phases through Studying the Polarization of the Final Particles in μ→ eee Phys. Lett. B 677 (2009), 282-290  [abstract] arXive.org link: lanl.arXiv.org [ abs, src, ps, others], cited by Code: IPM/P-2009/006

69.	S.Y. Ayazi and Y. Farzan A Window on The CP-Violating Phases of MSSM from Lepton Flavor Violating Processes JHEP 01 (2009), 022  [abstract] arXive.org link: arXiv:0810.4233 [ abs, src, ps, others], cited by Code: IPM/P-2008/053

70.	A. Esmaili and Y. Farzan A New Class of Invariants in the Lepton Sector Nucl. Phys. B 811 (2009), 98-108  [abstract] arXive.org link: arXiv:0711.0448 [ abs, src, ps, others], cited by Code: IPM/P-2007/067

71.	S.Y. Ayazi and Y. Farzan Combined Analysis of Electric Dipole Moments and Lepton Flavor Violating Rare Decays ( In: Proceedings of ICHEP08, Philadelphia, USA, August 2008,) [abstract] arXive.org link: arXiv:0809.4930 [ abs, src, ps, others], cited by Code: IPM/P-2008/081

72.	Y. Farzan, T. Schwetz and A.Y. Smirnov Reconciling Results of LSND, MiniBooNE and Other Experiments with Soft Decoherence JHEP 07 (2008), 067  [abstract] arXive.org link: arXiv:0805.2098 [ abs, src, ps, others], cited by Code: IPM/P-2008/080

73.	Y. Farzan and A.Y. Smirnov Coherence and Oscillations of Cosmic Neutrinos Nucl. Phys. B 805 (2008), 356-376  [abstract] arXive.org link: arXiv:0803.0495 [ abs, src, ps, others], cited by Code: IPM/P-2008/079

74.	S.Y . Ayazi and Y. Farzan Electron Electric Dipole Moment from Lepton Flavor Violation JHEP 06 (2007), 013  [abstract] arXive.org link: hep-ph/0702149 [ abs, src, ps, others], cited by Code: IPM/P-2007/007

75.	Y. Farzan Tracing CP-violation in Lepton Flavor Violating Muon Decays JHEP 07 (2007), 054  [abstract] arXive.org link: hep-ph/0701106 [ abs, src, ps, others], cited by Code: IPM/P-2007/005

76.	Y. Farzan and A. Yu . Smirnov Leptonic CP Violation: Zero, Maximal or Between the Two Extremes? JHEP 01 (2007), 059  [abstract] arXive.org link: hep-ph/0610337 [ abs, src, ps, others], cited by Code: IPM/P-2006/060

77.	C. Boehm, Y. Farzan, T. Hambye, S. Palomares-Ruiz and S. Pascoli Are Small Neutrino Masses Unveiling the Missing Mass Problem of the Universe?  (Preprint) [abstract] arXive.org link: hep-ph/0612228 [ abs, src, ps, others], cited by Code: IPM/P-2006/077

78.	D.A. Demir and Y. Farzan On the Sources of CP-Violation Contributing to the Electric Dipole Moments ( In: Proceedings of IPM School and Conference on Lepton and Hadron Physics (IPM-LHP06), Tehran, Iran, 15-20 May 2006, pp 0005. ) [abstract] arXive.org link: hep-ph/0610181 [ abs, src, ps, others], cited by Code: IPM/P-2006/058

79.	S.Y. Ayazi and Y. Farzan Reconciling Large CP-Violating Phases with Bounds on the Electric Dipole Moments in the MSSM Phys. Rev. D 74 (2006), 55008  [abstract] arXive.org link: hep-ph/0605272 [ abs, src, ps, others], cited by Code: IPM/P-2006/033

80.	D.A. Demir and Y. Farzan Correlating μ Parameter and Right-Handed Neutrino Masses in N=1 Supergravity JHEP 03 (2006), 10  [abstract] arXive.org link: hep-ph/0601096 [ abs, src, ps, others], cited by Code: IPM/P-2006/004

81.	Y. Farzan and J. W. F. Valle R-Parity Violation Assisted Thermal Leptogenesis in the Seesaw Mechanism Phys. Rev. Lett. 96 (2006), 011601  [abstract] arXive.org link: hep-ph/0509280 [ abs, src, ps, others], cited by Code: IPM/P-2005/068

82.	D. A. Demir and Y. Farzan Can Measurements of Electric Dipole Moments Determine the Seesaw Paramaters? JHEP 10 (2005), 068  [abstract] arXive.org link: hep-ph/0508236 [ abs, src, ps, others], cited by Code: IPM/P-2005/057

83.	Y. Farzan On Effects of Large Neutrino B-Term on Low Energy Physics  (Preprint) [abstract] arXive.org link: hep-ph/0505004 [ abs, src, ps, others], cited by Code: IPM/P-2005/033

84.	Y. Farzan Effects of the Neutrino B-Term on the Higgs Mass Parameters and Electroweak Symmetry Breaking JHEP 025 (2005), 02  [abstract] arXive.org link: hep-ph/0411358 [ abs, src, ps, others], cited by Code: IPM/P-2004/073