Global Intelligence Database
Researchers have proposed a new chemical phase diagram that changes how we understand molecular sensors. By mapping surface interactions instead of relying on trial and error, scientists can now design highly targeted analytical tools.
By Tan, Tran, Kieu, Phang, Ling
Conventional battery innovation is constrained by slow material advances and rigid chemical structures. A new review explores how mixing multiple elements to create high-entropy systems can unlock superior energy density and stability. This approach, paired with AI, signals a move from accidental discovery to rational design.
By Yuan, Wei, Ma, Chen, Cao, Ye, Huang, Xia, Tan, Feng Ng, Loh, Li, Feng, Chen
By arranging DNA strands into dense, 3D spheres rather than linear chains, scientists have created tiny structures that naturally slip inside cells. This review examines 30 years of research, detailing how these spiky nanoparticles could alter the future of gene therapy and materials science.
By Forsyth, Chan, Fink, Kang, Cohen, Petrosko, Mirkin