Our research centers around the physics and applications of quantum materials, with a particular emphasis on the strongly correlated oxides. The research work spans from the synthesis of novel materials and heterostructures, especially utilizing a “materials-by-design” approach to discover material systems (thin films, heterostructures, superlattices, or interfaces) with properties superior to any known, to the studying of the physics of these new emerging properties, and to the development of functional devices exploiting the emergent properties.
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April 7
Novel ferroelectric material for the future of data storage solutions
Since its discovery more than 100 years ago, ferroelectric materials still garner much attention in research due to their wide-ranging applications, from data storage to renewable energy systems. Ferroelectric materials can generate an electric field and offer several benefits, such as high writing speed for data storage, high storage density,..Read MoreMarch 31
Towards improving future electronic devices through oxide materials
[Phys. Rev. Lett. 129, 187203 (2022)] National University of Singapore (NUS) physicists have demonstrated a new way of controlling Rashba interactions in oxide systems. This method for tuning and controlling Rashba interactions is particularly promising as it can potentially be integrated directly into functional logic and memory devices. Scientists and..Read MoreSeptember 20
Physics Ph.D. Scholarship
September 2
NUS researchers develop brain-inspired memory device – Nature 597, 51 (2021)
NUS researchers develop brain-inspired memory device that can revolutionise semiconductor design Reconfigurable device can simplify semiconductor circuit design and enhance computational power and speed Many electronic devices today are dependent on semiconductor logic circuits based on switches hard-wired to perform predefined logic functions. Physicists from the National University of Singapore..Read MoreMay 14
Discovery of superconductivity in infinite-layer lanthanide nickelates
[Science Advances 8, eabl9927 (2022)] The origin of high-Tc superconductivity remains an enigma even though tremendous research effort and progress have been made on cuprate and iron pnictide superconductors. Aiming to mimic the cuprate-like electronic configuration of transition metal, superconductivity has been recently found in nickelates. This discovery hallmarks a..Read MoreFebruary 4
Discovery of Whirl – Nature 590, 74 (2021)
In the quest for post-CMOS (complementary metal–oxide–semiconductor) technologies, driven by the need for improved efficiency and performance, topologically protected ferromagnetic ‘whirls’ such as skyrmions and their anti-particles have shown great promise as solitonic information carriers in racetrack memory-in-logic or neuromorphic devices. However, the presence of dipolar fields in ferromagnets, which..Read MoreDecember 7
Topological Magnetic Textures by Design
Magnetic Skyrmions are smoothly varying local spin arrangement of size ranging from 10 to 100 nm. From theoretical simulations, these quasiparticles are known to have several attractive properties. On the other hand, there are multiple degrees of freedom in magnetic oxides but absent in metallic ferromagnets, such as multiferroicity and..Read MoreSeptember 1
Memristors
Lack of uniformity is possibly the biggest challenge in today’s technology of memristor devices as it gives rise to problems like inconsistency, stochastic variability, and instability of the memory state. A uniform switching mechanism in memristors is something researchers have been looking in the last several decades. Now, an international..Read MoreJuly 6
Entering the nickel age
Understanding the mechanism of high-temperature superconductors has been one of the holy-grails in scientific endeavors in the last three decades or so. Superconductors with transition temperatures of up to 165 K have been observed in the copper-based complex oxides, the cuprates. Even though many structurally similar variants of this 3d-metal-ion..Read MoreMay 7
