FOS Research

@ResearchFoS

Showcasing the amazing research at Faculty of Science, National University of Singapore.

Singapore science.nus.edu.sg/research/ Joined March 2021

476 Following 335 Followers 431 Posts

Latest posts 5

NUS researchers have developed a catalyst-regeneration strategy to make hydrogen production from ammonia more efficient and reliable. By addressing a cause of catalyst degradation, the team sustained hydrogen production for over 2,000 hours in lab tests.

nature.com/articles/s4416…

www.nature.com Catalyst regeneration enables durable electrochemical ammonia cracking for H2 production Nature Synthesis - A Pt catalyst supported on N-doped C with isolated Fe sites is developed for electrochemical ammonia cracking towards H2 production at 1.5 A cm−2. The catalyst...

FOS Research @ResearchFoS Oct 14

NUS researchers found that the greater mouse-deer population on Pulau Ubin has reached the highest density recorded, likely driven by an African Swine Fever outbreak that decimated wild pigs, highlighting how disease can reshape forest ecosystems.

sciencedirect.com/science/articl…

FOS Research @ResearchFoS Sep 26

NUS scientists have built the world's most accurate atomic clock using lutetium, measuring time to 19 decimal places. The clock's resilience to environmental changes could help redefine the second and probe unknowns in fundamental physics.

nature.com/articles/s4158…

www.nature.com Lu+ optical frequency references with accuracy verified at the 19th digit Nature - Two independent 176Lu+ single-ion optical clocks achieve fractional frequency uncertainties near 10−19 and agree at 5.7 × 10−19, advancing precision timekeeping.

FOS Research @ResearchFoS Sep 15

NUS researchers found that widely used ESG ratings often fail to reflect companies’ actual exposure to deforestation, highlighting the need to integrate satellite-based environmental data into sustainable investing frameworks.
pnas.org/doi/10.1073/pn…

FOS Research @ResearchFoS Aug 26

NUS scientists in collaboration with the Los Alamos National Laboratory, have found that a class of nickel-based materials, known as Samarium (Sm)-based infinite-layer nickelates can regain their superconducting ability under strong magnetic fields.

nature.com/articles/s4146…