Search

27 Mar 2023: We use black phosphorus (BP) inks,inkjet-printed on graphene on Si/SiO2, patterned by inkjet printing based lithography, and sourceand drain electrodes printed with an Ag ink, to prepare photodetectors ... QDs)[23]. In graphene-based PDs (e.g.

21 Apr 2023: However, the team found that flexible displays and smart fabrics can be made much more cheaply, and more sustainably, by weaving electronic, optoelectronic, sensing and energy fibre components on the same ... The researchers say it could be possible for

26 Apr 2023: Under this Policy,. the remote working environment will be based within the UK. ... It is based directly on the. return to the workplace process set out in the guidance produced for institutions, line managers.

6 Apr 2023: This work, published in Nature Astronomy, provided the first independent evidence for such a possible liquid water body on Mars. ... undertook the task of producing guidelines based on professional archaeological standards and aligned with the s ,.

21 Mar 2023: phthalmol: first published as 10.1136/bjophthalm. ol-2021-319936 on 10 March 2022. Downloaded from. ... Microcoria due to first duplication of 13q32.1 including the GPR180 gene and maternal mosaicism.

12 May 2023: reflections on the COVID lockdowns by UK-based women academics with caring responsibilities. ... We held our first Regional Dinner in November at the Royal Armouries Museum, Leeds.

9 May 2023: Optics of atomically thin quantum devices and emergent many-body physics based on heterostructures. • ... Being Turkish, his first degree was an honours B.Sc from Bilkent University, Ankara.

13 Mar 2023: of products based on Chinese linguistics to proxy for firms’ power in local markets. ... residual prices, exchange rates, and other explanatory variables obtained in the first step.

13 Mar 2023: of products based on Chinese linguistics to proxy for firms’ power in local markets. ... residual prices, exchange rates, and other explanatory variables obtained in the first step.

3 May 2023: Smart lighting system based on quantum dots 16-17 more accurately reproduces daylight. ... first author Dr Chao Xu, from ShanghaiTech University, who completed the research while based at Cambridge.