Faculty

Institution

Unit

Venue

Pegor Aynajian

Associate Professor

Binghamton University

Affiliations

Natural Sciences & Mathematics

Department of Physics

Harpur College of Arts and Sciences

Natural Sciences & Mathematics

Pegor Aynajian is currently serving as a Physics Associate Professor at Binghamton University.

Honors

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Experiences

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Education

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Pegor Aynajian

Binghamton University

Associate Professor

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condensed matter physics applied physics materials science physics particle physics superconductivity atomic physics magnetism condensed matter spectroscopy nuclear physics lattice theory heavy fermions planetary sciences microscopy science advance nuclear science solid-state electronics high-tc superconductivity kondo lattice electronics quantum science visual science symptom management clinical investigation internal medicine medical history integrative medicine electronic materials crystal formation layered materials semiconductor materials wave scattering light scattering superconducting materials nanoscale science scientific visualization evidence-based medicine clinical populations clinical disease general internal medicine electron spectroscopy neutron scattering neutron source physical layer semiconductor nanostructures tunneling microscopy solid-state physics ubiquitous interplay high-temperature superconductivity hidden order energy gaps elemental superconductors electronic states spectroscopic imaging electronic nematicity momentum-resolved electron-phonon interaction electron-phonon interaction unconventional superconductors pauli-limited superconductivity heavy fermion confinement emergent charge order topological quantum state quantum materials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Coexisting Kondo Hybridization and Itinerant F -Electron Ferromagnetism in Uge 2. Physical Review Research (2022)

Ioannis GiannakisDivyanshi SarJoel FriedmanChang-Jong KangMarc JanoschekPinaki DasEric D. BauerGabriel KotliarPegor Aynajian

physicsmaterials scienceatomic physicsparticle physicscondensed matter physicsmagnetismkondo hybridizationapplied physics

Surface State Evolution Induced by Magnetic Order in Axion Insulator Candidate Euin2as2. arXiv (Cornell University) (2022)

Gong, MingdaSar, DivyanshiFriedman, JoelKaczorowski, DariuszRazek, S. AbdelLee, Wei-ChengAynajian, Pegor

materials sciencesurface sciencecondensed matter physicsmagnetismsurface state evolutionapplied physicsneurosciencemagnetic order

Surface State Evolution Induced by Magnetic Order in Axion Insulator Candidate Euin 2 as 2. Physical review. B./Physical review. B (2022)

Mingda GongDivyanshi SarJoel FriedmanDariusz KaczorowskiS. Abdel RazekWei-Cheng LeePegor Aynajian

physicssurface scienceatomic physicscondensed matter physicsmagnetismsurface state evolutionmagnetic order

Discovery of Nanoscale Phase Coexistence of Heavy Fermi-Liquid and Metallic Spin-Liquid in Geometrically Frustrated Pr$_{2}$Ir$_{2}$O$_{7}$. arXiv (Cornell University) (2020)

Mariam KavaiJoel FriedmanKyle ShermanMingda GongIoannis GiannakisSamad HajinazarHaoyu HuSarah E. GrefeJustin LeshenQiu YangSatoru NakatsujiAleksey N. KolmogorovQimiao SiMichael LawlerPegor Aynajian

materials sciencenanoscale sciencemetallic spin-liquidparticle physicsnanoscale phase coexistence

Emergent Charge Order Near the Doping-Induced Mott-Insulating Quantum Phase Transition in Sr3ru2o7. Communications Physics (2019)

Justin LeshenMariam KavaiIoannis GiannakisYoshio KanekoYoshi TokuraShantanu MukherjeeWei-Cheng LeePegor Aynajian

emergent charge ordermaterials sciencecondensed matter physicssemiconductor materials

High Temperature Singlet-Based Magnetism From Hund’s Rule Correlations. Nature Communications (2019)

Lin MiaoRourav BasakSheng RanYishuai XuErica KottaHaowei HeJonathan D. DenlingerYi-De ChuangY. ZhaoZ. XuJ. W. LynnJ. R. JeffriesS. R. SahaIoannis GiannakisPegor AynajianChang-Jong KangYilin WangGabriel KotliarNicholas P. ButchL. Andrew Wray

applied physicsplanetary sciencesmagnetism

Kondo Hybridization and Enigmatic F -Quasiparticles Emerging From Deep Within the Antiferromagnetic Phase of Usb 2. Bulletin of the American Physical Society (2019)

Ioannis GiannakisJustin LeshenMariam KavaiSheng RanShanta SahaNicholas ButchPegor Aynajian

applied physicsparticle physicsantiferromagnetic phasekondo hybridization

Orbital-Selective Kondo Lattice and Enigmatic F Electrons Emerging From Inside the Antiferromagnetic Phase of a Heavy Fermion. Science Advances (2019)

Ioannis GiannakisJustin LeshenMariam KavaiSheng RanChang-Jong KangShanta R. SahaY. ZhaoZ. XuJ. W. LynnLin MiaoL. Andrew WrayGabriel KotliarNicholas P. ButchPegor Aynajian

antiferromagnetic phaseatomic physicsheavy fermionscience advanceorbital-selective kondo latticeapplied physics

Visualizing Kondo Lattice Behavior in the Frustrated Pyrochlore Iridate Pr 2 Ir 2 O 7 Using Scanning Tunneling Spectroscopy and Machine Learning. Bulletin of the American Physical Society (2019)

Mariam KavaiKyle ShermanJustin LeshenJoel FriedmanIoannis GiannakisSatoru NakatsujiMichael LawlerPegor Aynajian

physicsmaterials scienceparticle physicscondensed matter physicskondo lattice behaviorapplied physics

Visualizing Uniaxial-Strain-Manipulation of Antiferromagnetic Domains in Fe 1+Y Te Using Spin-Polarized Scanning Tunneling Microscope. Bulletin of the American Physical Society (2019)

Joel FriedmanMariam KavaiIoannis GiannakisJustin LeshenPawel ZajdelPegor Aynajian

physicsmaterials scienceantiferromagnetic domainsatomic physicsparticle physicscondensed matter physicsspintronicsmagnetismapplied physics

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