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| Year | Researcher | Research activity done |
|
| 1888 | Rontgen | Moving dielectrics becomes magnetized in an electric field |
| 1894 | Curie | Intrinsic ME behaviour of crystal on the basis of symmetry consideration |
| 1905 | Wilson | Polarization of a moving dielectric in a magnetic field |
| 1922 | Perrier | Experimental demonstration on static ME effect |
| 1926 | Debye | Coined term “Magnetoelectric” |
| 1959 | Dzyaloshinskii | First to show violation of time-reversal symmetry in Cr2O3 |
| 1960 | Landau | Realized that the ME response is only allowed in time-symmetric media. |
| 1961 | Astrov | Experimental confirmation of electric field induced magnetization in Cr2O3 |
| 1961 | Rado & Folen | Expt. confirmation of magnetic field induced polarization in Cr2O3 |
| 1972 | Suchtelen | Introduced idea of product property |
| 1978 | Boomgaard | Conceptual points for preparation of ME composites |
| 1973 | Freeman | 1st conference on ME materials |
| 1994 | M. I. Bichurin | Composite magnetoelectrics: their microwave properties |
| 1997 | M. I. Bichurin | Magnetoelectric microwave phase shifters |
| 2001 | J. Ryu | 1st 2-2-structured metal-ceramics laminate ME composite |
| 2001 | C. W. Nan | Theoretical calculations of the magnetoelectric properties based on the Green’s function technique |
| 2002 | M. I. Bichurin | Magnetoelectric sensor of magnetic field |
| 2003 | M. I. Bichurin | 1st report on the enhanced ME effects at resonance |
| 2003 | S. Dong | 1st theoretical analysis of ME coefficient with an equivalent-circuit approach |
| 2003 | C. W. Nan | Numerical modeling of magnetoelectric effect in a composite structure |
| 2004 | C. W. Nan | 1st report on the calculation of giant ME by using the finite element method |
| 2004 | S. Dong | 1st report on high magnetoelectric voltage gain effect |
| 2004 | S. Dong | 1st reported voltage gain effect in a ring-type magnetoelectric laminate |
| 2005 | M. Fiebig | 1st reviewed ME effect |
| 2005 | N. A. Spaldin | The renaissance of magnetoelectric multiferroics |
| 2005 | S. Dong | 1st report on high magnetic field sensitivity |
| 2006 | S. Dong | Magnetoelectric gyration effect |
| 2006 | G. Srinivasan | Ferrite-piezoelectric ME composite microwave resonator |
| 2006 | G. Srinivasan | Ferrite-piezoelectric ME composite tunable devices |
| 2006 | J. F. Scott | 1st review on multiferroic and magnetoelectric materials |
| 2007 | S. Priya | Review on the development of magnetoelectric particulate and laminate composites |
| 2007 | R. Ramesh | Multiferroics: progress and prospects in ME thin films |
| 2008 | C. W. Nan | 1st historical and future direction-based review on ME composites and its applications |
| 2008 | R. Grossinger | The physics of magnetoelectric composites |
| 2008 | D. Viehland | Magnetoelectric laminate composites: an overview |
| 2009 | M. Fiebig | Current trends of ME effect |
| 2009 | L. Yan | 1st review article on ME effect of nanocomposite thin films |
| 2009 | J. P. Rivera | A short review of the magnetoelectric effect and related experimental techniques on single-phase (multi-) ferroics |
| 2009 | V. Bedekar | Magnetoelectric gradiometer |
| 2010 | C. W. Nan | Review article on multiferroic magnetoelectric composite nanostructures |
| 2010 | R. Ramesh | Progress report on bulk ME composites |
| 2010 | C. W. Nan | Recent Progress in Multiferroic Magnetoelectric composites: from bulk to thin films |
| 2010 | M. I. Bichurin | Present status of theoretical modeling the magnetoelectric effect in magnetostrictive-piezoelectric nanostructures |
| 2011 | F. Fang | Embedded piezoelectric/magnetic composites |
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