Origin of large polarization in multiferroic YMnO3 thin films
Multiferroic materials have attracted much interest because of their ability to control magnetism through the application of a voltage. This ability can be utilized to reduce the power required by electronic devices and to increase their speed. However, the number of multiferroic materials discovered has been small, and ferromagnetism and ferroelectricity in the already discovered materials are often weaker than the required values for using them as ferromagnets and ferroelectrics. Hence, novel multiferroic materials are being extensively sought....
Source: PhysOrg - Thursday, 16 February
Related articles:
- Older News
- 5Vote! An unlikely route to ferroelectricity
PhysOrg - 7 days ago
- 6Vote! Electron hopping in graphene oxide leads to highly sensitive sensing
PhysOrg - Thursday, 17 May
- 4Vote! Make or break for cellular tissues
PhysOrg - Wednesday, 16 May
- 3Vote! New ultra-thin electronic films have greater capacity
PhysOrg - Monday, 14 May
- 2Vote! Study unravels origin of devastating kiwifruit bacterium
PhysOrg - Wednesday, 9 May
- 3Vote! Thermally stable solar cell materials
PhysOrg - Friday, 4 May
- 3Vote! Fabrication method can affect the use of block copolymer thin films
PhysOrg - Thursday, 3 May
- 5Vote! Golden potential for gold thin films
e! Science News - Friday, 27 April
- 5Vote! Researchers direct the self-assembly of gold nanoparticles into device-ready thin films
PhysOrg - Friday, 27 April
- 1Vote! Imaging complex domain wall structures in magnetic nanostripes
PhysOrg - Thursday, 19 April
- 8Vote! Magnetic test technique helps ensure reliability of microelectronics, PV cells & MEMS
e! Science News - Friday, 13 April
- 3Vote! Magnetic testing process helps ensure reliability of microelectronic devices
PhysOrg - Thursday, 12 April
- 6Vote! Paramount to add 500 films to YouTube rentals
PhysOrg - Wednesday, 4 April
- 3Vote! EMSL's novel spectroscopy device pairs visual clarity with sub-monolayer sensitivity
PhysOrg - Thursday, 29 March
- 2Vote! Scientists investigate mystery of telephone cord buckles
PhysOrg - Tuesday, 27 March
- 3Vote! Viewpoint: Ultrafast Phase Control in Oxide Thin Films
Physics - APS - Monday, 26 March
- 7Vote! Better organic electronics
e! Science News - Tuesday, 20 March
- 4Vote! Researchers show the way forward for improving organic and molecular electronic devices
PhysOrg - Tuesday, 20 March
- 8Vote! All-inorganic nanocrystals boost infrared emission
PhysOrg - Wednesday, 14 March
- 5Vote! Functional oxide thin films create new field of oxide electronics
PhysOrg - Wednesday, 7 March