Singlet fission and spin-flip emission combined to demonstrate triplet harvesting of 130%. Now published in @jacs.acspublications.org. Thank you, Yoichi, for involving us. @mainzuniversity.bsky.social #spin-flip #molybdenum #singletfission #energytransfer

National City Bank of New York. March 1955.
#illustration #illustrationart #illustrationartists #WalterMurch #Citibank #metals
#copper #brass #nickel #zinc #lead #aluminum #titanium #zirconium #germanium #manganese #hromium #molybdenum #gold

This day in #StrangeAsItSeems history!

March 8th, 1939

#JohnPaulJones #BaseballHistory #molybdenum

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Discovery of an Isospin-Symmetric Island of Inversion in Molybdenum-84 Physicists have identified a surprising new 'Island of Inversion' in molybdenum-84, challenging long-held assumptions in nuclear physics. Traditionally, these regions, where atomic nuclei adopt highly distorted shapes instead of their usual orderly structure, were observed only in neutron-rich, unstable isotopes far from stability. However, molybdenum-84, with an equal number of protons and neutrons (Z = N = 42), demonstrates dramatic nuclear deformation unlike its close neighbor molybdenum-86. Using advanced rare isotope beams and sensitive gamma-ray detectors, researchers measured the lifetimes of excited nuclear states and found that Mo-84 undergoes large-scale collective particle-hole excitations. These excitations involve nucleons jumping to higher energy orbitals while leaving gaps in lower orbitals, resulting in a strongly deformed nucleus. In contrast, Mo-86 exhibits more modest excitations and remains nearly spherical. The study highlights the importance of three-nucleon interactions in explaining these structural differences. This discovery marks the first known example of an Island of Inversion in a proton-neutron symmetric system and offers new insight into the forces that shape atomic nuclei, opening avenues for further research on nuclear structure in symmetric isotopes.

Discovery of an Isospin-Symmetric Island of Inversion in Molybdenum-84

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#nuclearphysics #isotopes #molybdenum

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Supplementation with molybdenum optimises nitrate reductase activity during floral induction in mango trees Floral induction in mango trees depends on nitrate to stimulate flowering, a process mediated by the enzyme nitrate reductase, whose activity is influenced by molybdenum (Mo). However, the interact...

Supplementation with #molybdenum optimises #nitrate reductase activity during floral induction, improving the #flowering & productivity of #mango trees.
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