Keywordsorganoactinides; actinide coordination complexes; homogeneous catalysis; hydroelementations; polymerization of olefins; ROP; activation of heterocumulenes; amidinate; alkynylamidinate; diiminophosphinate; lithium; lanthanide complexes; crystal structure; coordination polymers; lanthanide; single crystal; 89Y-NMR; catalysis; domino reaction; MOF; lanthanide; neodymium; isoprene polymerisation; cis-selective; luminescence; covalency; cerium; uranium; CASSCF; electron density; QTAIM; DFT; f-element; aluminum; gallium; imide; Gadolinium(III); BODIPY; click chemistry; MRI; contrast agent; lanthanide; cerium; scorpionate; tris(pyrazolyl)borate; radical; redox non-innocent; lanthanides; tetrathiafulvalene; magnetism; photo-physics; TD-DFT calculations; samarium; σ-bond metathesis; trienediyl; C–C coupling; mechanism; DFT calculations; bimetallic complexes; terminal alkynes; cerium; organometallic; cyclopentadiene; crystal structure; group 3; rare earth; lanthanide; actinide; dinitrogen; white phosphorus; yellow arsenic; pnictogen; small molecule activation; trivalent and tetravalent uranium; bromide; organometallic; hydrazone Schiff base; Dy dimer; hula-hoop; single molecule magnets; uranyl; structural determination; photophysics; lanthanide; luminescence; perfluorinated β-diketonates; intrinsic quantum yield; n/a
