MRI with an atomic magnetometer suitable for practical imaging applications von Savukov, I.M., Zotev, V.S., Volegov, P.L., Espy, M.A., Matlashov, A.N., Gomez, J.J., Kraus, R.H.

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Ultra-low-field MRI for the detection of liquid explosives von Espy, M, Flynn, M, Gomez, J, Hanson, C, Kraus, R, Magnelind, P, Maskaly, K, Matlashov, A, Newman, S, Owens, T, Peters, M, Sandin, H, Savukov, I, Schultz, L, Urbaitis, A, Volegov, P, Zotev, V

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Applications of Ultra-Low Field Magnetic Resonance for Imaging and Materials Studies von Espy, M., Flynn, M., Gomez, J., Hanson, C., Kraus, R., Magnelind, P., Maskaly, K., Matlashov, A., Newman, S., Peters, M., Sandin, H., Savukov, I., Schultz, L., Urbaitis, A., Volegov, P., Zotev, V.

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Comment on "New methods for old Coulomb few-body problems" von Zotev, V. S.

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Role of initial conditions in spin-glass aging experiments von Zotev, V. S., Rodriguez, G. F., Kenning, G. G., Orbach, R., Vincent, E., Hammann, J.

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Analytic evaluation of four-particle integrals with complex parameters von Zotev, V. S., Rebane, T. K.

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SQUID-Based Microtesla MRI for In Vivo Relaxometry of the Human Brain von Zotev, V.S., Matlashov, A.N., Savukov, I.M., Owens, T., Volegov, P.L., Gomez, J.J., Espy, M.A.

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Detection of magnetically enhanced cancer tumors using SQUID magnetometry: A feasibility study von Kenning, G. G., Rodriguez, R., Zotev, V. S., Moslemi, A., Wilson, S., Hawel, L., Byus, C., Kovach, J. S.

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Toward SQUID-Based Direct Measurement of Neural Currents by Nuclear Magnetic Resonance von Kraus, R.H., Espy, M.A., Volegov, P.L., Matlachov, A.N., Mosher, J.C., Urbaitis, A.V., Zotev, V.S.

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Multi-Channel SQUID System for MEG and Ultra-Low-Field MRI von Zotev, V.S., Matlachov, A.N., Volegov, P.L., Sandin, H.J., Espy, M.A., Mosher, J.C., Urbaitis, A.V., Newman, S.G., Kraus, R.H.

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Exponential-trigonometric basis functions in the coulomb four-body problem von Zotev, V. S., Rebane, T. K.

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Microtesla MRI with dynamic nuclear polarization von Zotev, V S, Owens, T, Matlashov, A N, Savukov, I M, Gomez, J J, Espy, M A

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From linear to nonlinear response in spin glasses: Importance of mean-field-theory predictions von Zotev, V. S., Kenning, G. G., Orbach, R.

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SQUID-based microtesla MRI for in vivo relaxometry of the human brain von Zotev, V S, Volegov, P L, Matlashov, A N, Savukov, I M, Owens, T, Espy, M A

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SQUID-based instrumentation for ultra-low-field MRI von Zotev, V S, Matlashov, A N, Volegov, P L, Urbaitis, A V, Espy, M A, Kraus, R H

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Microtesla MRI of the human brain combined with MEG von Zotev, V S, Matlashov, A N, Volegov, P L, Savukov, I M, Espy, M A, Mosher, J C, Gomez, J J, Kraus, R H

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Comment on "New Methods for Old Coulomb Few-Body Problems" von Zotev, V. S

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Comment on "New Methods for Old Coulomb Few-Body Problems" von Zotev, V S

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Magnetic Field Scaling in Spin Glasses and the Mean-Field Theory von Zotev, V. S, Orbach, R

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From Linear to Nonlinear Response in Spin Glasses: Importance of Mean-Field-Theory Predictions von Zotev, V. S, Orbach, R

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