Well, oxygen-assisted high-temperature molecular beam epitaxy depositing only Mn worked to obtain MnWO4 nanowires. So we attempted the growth of FeWO4 in the same way, depositing only Fe. And it worked!

doi.org/10.1016/j.ap...

Growing, for once, not equilateral triangular nanostructures, but isosceles triangular ones: micrometer wide BaWO4 islands which are around ten nm thick. We use the trick of depositing just Ba with oxygen-assisted molecular beam epitaxy at high temperature on W(110).

doi.org/10.1039/D5NR...

We have shown that one can grow manganese tungstates (aka synthetic hübnerite) nanowires by depositing only Mn on W(110) by using high-oxygen oxygen assisted molecular beam epitaxy. It should work for other tungstates as well.

doi.org/10.1039/D5TC...

IBERLEEM conference in Madrid / 15-17 october 2025 /REG OPEN
The IBERLEEM conference is devoted to low-energy electron microscopy in Spain. Registration is now open:
iberleem.iqf.csic.es

In the framework of the MSCA Cofund project ALLIES, we are seeking motivated postdoctoral candidates aiming to lead the development of Artificial Intelligence algorithms to interpret
and refine Mössbauer and Raman spectra.
aihub.csic.es/en/all15/

And a new publication, together with Anna Mandziak and Pawel Nita at the Solaris synchrotron. Enjoy:
www.iqf.csic.es/es/investiga...

Our work on the in-situ modification of anisotropy on microcrystals has been accepted in App. Surf. Sci.:
doi.org/10.1016/j.ap...
dx.doi.org/10.2139/ssrn...