Asia’s wealthy heirs are backing women in business

JAKARTA (BLOOMBERG) - When Grace Tahir's daughter turned 14, they sat down to talk careers. As a family linked to two Indonesian billionaire patriarchs, a life of leisure has always been an option for the women in the family - but the teenager said she wanted to work, like her mother. That sparked a renewed determination in Ms Tahir to help advance women, pushing her to pour more funding into investments with a female focus. "I would hate to see in 10 or 20 years' time, when they get into the workforce, them facing the same situation I see myself in right now where a lot of things are very male-dominated," 44-year-old Ms Tahir, who has founded start-ups and is now a director at her family's Mayapada Hospital group, said of her three daughters. Ms Tahir's interest in so-called gender lens investing is part of a growing trend among Asia's rich families, as young generations inheriting wealth put their money to work in more novel ways that may also have positive impact. It helps that the research is beginning to back them up, with a number of studies now suggesting that a focus on gender-equal companies can help portfolio managers outperform. The growth of this practice is particularl...

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DOCOMO and AGC Use Metasurface Lens to Enhance Radio Signal Reception Indoors

TOKYO, Jan 26, 2021 - (JCN Newswire) - NTT DOCOMO, INC. and AGC Inc. announced that they have developed a prototype technology that efficiently guides 28-GHz 5G radio signals received from outdoors to specific locations indoors using a film-like metasurface lens that attaches to window surfaces. DOCOMO and AGC also conducted what is believed to be world's first successful trial to direct 28-GHz signals passing through a window to specific locations indoors as well as raise the strength of the signals.Newly emerging 5G networks as well as 6G networks of the future are expected to use high-frequency radio waves, such as 28 GHz. Although high-frequency signals enable the realization of advanced communication standards, they are subject to high attenuation over long distances and their high directivity resulting in low diffraction (or weak bending around objects) generally limits their range to within the line of sight of the transmitting base station. Consequently, it is difficult for high-frequency radio waves to penetrate windows, and even if they do they are attenuated to the point of not being able to propagate sufficiently to establish wireless communication links indoors.The new...