Publications

21.  Asaba T, Ivanov V, Thomas SM, Savrasov SY, Thompson J, Bauer ED and Ronning F, Violation of the Mott relation in a noncentrosymmetric kagome ferromagnet.

20. Ivanov V, Wan X, Savrasov SY (2023) Antiferromagnetic Z2 topological metal near the metal-insulator transition in MnS2, [arxiv:2309.08712].

19. Jhuria K, Ivanov V, Polley D, Liu W, Persaud A, Zhiyenbayev Y, Redjem W, Qarony W, Parajuli P, Ji Q, Gonsalves AJ, Bokor J, Tan LZ, Kanté B, Schenkel T (2023) Programmable quantum emitter formation in silicon, [arxiv:2307.05759] .

18. Redjem W, Zhiyenbayev Y, Qarony W, Ivanov V, Papapanos C, Liu W, Jhuria K, Balushi ZYA, Dhuey S, Schwartzberg A, Tan LZ, Schenkel T, Kanté B (2023) All-silicon quantum light source by embedding an atomic emissive center in a nanophotonic cavity, Nature Communications 14, 3321 [arxiv:2301.06654].

17. Bayaraa T, Ivanov V, Tan LZ, Griffin SM (2023) Intrinsic Origin and Enhancement of Topological Responses in Ferrimagnetic Antiperovskite Mn4N, [arxiv:2304.02750].

16. Ivanov V, Ivanov A, Simoni J, Parajuli P, Kanté B, Schenkel T, Tan LZ (2023) Database of semiconductor point-defect properties for applications in quantum technologies, [arxiv:2303.16283].

15. Zhiyenbayev Y, Redjem W, Ivanov V, Qarony W, Papapanos C, Simoni J, Liu W, Jhuria K, Tan LZ, Schenkel T, Kanté B (2023) Scalable manufacturing of quantum light emitters in silicon under rapid thermal annealing, Optics Express 31 (5) 8352-8362.

14. Liu W, Ivanov V, Jhuria K, Ji Q, Persaud A, Redjem W, Simoni J, Zhiyenbayev Y, Kanté B, Lopez JG, Tan LZ, Schenkel T (2023) Quantum emitter formation dynamics and probing of radiation induced atomic disorder in silicon, Phys. Rev. Applied 20, 014058 [arxiv:2302.05814].

13. Ivanov V, Banyas E, Tan LZ (2022), Coactive-Staggered Weyl Points Enhance the Anomalous Nernst Conductivity, [arxiv:2211.07773].

12. Redjem W, Amsellem AJ, Allen FI, Benndorf G, Bin J, Bulanov S, Esarey E, Feldman LC, Fernandez JF, Lopez JG, Geulig L, Geddes CR, Hijazi H, Ji Q, Ivanov V, Kanté B, Gonsalves A, Meijer J, Nakamura K, Persaud A, Pong I, Obst-Huebl L, Seidl PA, Simoni J, Schroeder C, Steinke S, Tan LZ, Wunderlich R, Wynne B, Schenkel T (2023), Defect engineering of silicon with ion pulses from laser acceleration, Communications Materials 4, 22 [arxiv:2203.13781].

11. Simoni J, Ivanov V, Schenkel T, Tan LZ (2022), Phonon Induced Spin Dephasing Time of Nitrogen Vacancy Centers in Diamond from First Principles, [arxiv:2209.11412].

10. Ivanov V, Simoni J, Lee Y, Liu W, Jhuria K, Redjem W, Zhiyenbayev Y, Papapanos C, Qarony W, Kanté B, Persaud A, Schenkel T, Tan LZ (2022), Effect of Localization on Photoluminescence and Zero-Field Splitting of Silicon Color Centers, Phys. Rev. B 106, 134107 [arxiv:2206.04824].

9. Rossi A, Ivanov V, Sreedhar S, Gross A, Shen Z, Rotenberg E, Bostwick A, Jozwiak C, Taufour V, Savrasov SY, Vishik I (2021), Electronic structure and topology across Tc in magnetic Weyl semimetal Co3Sn2S2, Phys. Rev. B 104, 155115 [arxiv:2105.08265].

8. Asaba T, Ivanov V, Thomas SM, Savrasov SY, Thompson JD, Bauer ED, Ronning F (2021), Colossal anomalous Nernst effect in a correlated noncentrosymmetric kagome ferromagnet, Science Advances 7 [arxiv:2104.09060].

7. Wan X, Ivanov V, Resta G, Leonov I, Savrasov SY (2021), Exchange interactions and sensitivity of the Ni two-hole spin state to Hund's coupling in doped NdNiO2, Physical Review B 103, 075123 [arxiv:2008.07465].

6. Ivanov V, Wan X, Savrasov SY (2020), Renormalized quasiparticles, topological monopoles, and superconducting line nodes in heavy-fermion CeTX3compounds, Physical Review B Letters 103, L041112 [arxiv:2005.09129].

5. Ivanov V, Wan X, and Savrasov SY (2019), Topological Insulator-to-Weyl Semimetal Transition in Strongly Correlated Actinide System UNiSn, Physical Review X, 9, 041055 [arxiv:1809.09543].

4. Ivanov V and Savrasov SY (2019), Monopole mining method for high-throughput screening for Weyl semimetals, Physical Review B, 99, 125124} [arxiv:1810.09402].

3. Najafi E, Ivanov V, Zewail A, and Bernardi M (2017), Super-Diffusion of Excited Carriers in Semiconductors, Nature Communications, 8, 15177.

2. Zhao L, Torchinsky DH, Chu H, Ivanov V, Lifshitz R, Flint R, Qi T, Cao G, and Hsieh D (2016), Evidence of an odd-parity hidden order in a spin–orbit coupled correlated iridate, Nature Physics, 12, 32} [arxiv:1601.01688].

1. Ivanov V, Qi Y, and Fu L (2014), Loops, sign structures and emergent Fermi statistics in three-dimensional quantum dimer models, Physical Review B, 89, 085128 [arxiv:1310.1589].

Iverson NM, Bisker G, Farias E, Ivanov V, Ahn J, Wogan GN, Strano MS (2016), Quantitative Tissue Spectroscopy of Near Infrared Fluorescent Nanosensor Implants, Journal of Biomedical Nanotechnology, 12(5):1035-1047.

Iverson N, Barone P, Shandell M, Trudel L, Sen S, Sen F, Ivanov V, Atolia E, McNicholas T, Reuel N, Wogan GN, and Strano MS (2013), In vivo biosensing via tissue-localizable near-infrared-fluorescent single-walled carbon nanotubes, Nature Nanotechnology, 8: 873–880.

Li L, Tasic B, Micheva KD, Ivanov V, Spletter ML, Smith SJ and Luo L (2010), Visualizing the distribution of synapses from individual neurons in the mouse brain, PLoS ONE 5(7): e11503.