Andrew Beale on Muck Rack

Andrew Beale

As seen in: MSN, MSN UK, Nature, Wiley Online Library, Yahoo News, NHK Japan Broadcasting Corporation, NHK WORLD-JAPAN, ScienceDirect, 3 Minutos, PNAS and
CA-based freelance journalist
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Articles

A cellular basis for the mammalian nocturnal-diurnal switch

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By Andrew Beale, Nina M Rzechorzek, Andrei Mihut
| Science Magazine
Editor’s summary When ferocious dinosaurs roamed the earth, it was advantageous for mammals to be nocturnal. After these predators became extinct, many mammals (including the ancestors of humans) switched their daily rhythms to be active during the day. Beale et al. explored changes that might allow animals that retain the same fundamental clock components to make this switch. One cue that influences the timing of cellular clocks is temperature.
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Andrew Beale - Spear's 500 Adviser Profile - Property Brokers Index

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By Andrew Beale
| spears500.com
Position Founder Managing director Index Property Brokers Location Courchevel Advice type Property buying Property investing Property management Asset Class Country property Client type Entrepreneurs Family offices High-profile clients HNW Private office UHNW Sector Focus Real Estate Geographical focus France Ireland Sweden United Arab Emirates United Kingdom Spear’s Review When it comes to the luxury French ski property market, Andrew Beale is the expert to trust.
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Unveiling active sites and the cooperative role of non-thermal plasma and copper–zinc catalysts in the hydrogenation of CO2 to methanol - Nature Catalysis

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By Shanshan Xu, Matthew Potter, Raquel Simancas, Lucy G Costley-Wood, Boya Qiu, Xuzhao Liu, Cristina E. Stere, M. Asunción Molina, Danial Farooq, Floriana Tuna, Dingyue Zhang, Shuanglin Zhang, Huanhao Chen, Shengzhe Ding, Xinrui Wang, Sarayute Chansai, Matthew Lindley, Sarah J. Haigh, Armando Ibraliu, Piu Chawdhury, Yilai Jiao, Min Hu, Qiang Liu, Toru Wakihara, Xiaolei Fan, Andrew Beale, Christopher Hardacre, Mariyam Bi, Otis Leahair
| Nature
Abstract Methanol synthesis via non-thermal plasma (NTP) catalytic CO2 hydrogenation provides a sustainable approach to chemical and fuel production with potential in carbon emissions reduction. However, the underlying mechanisms remain unclear. Here we evaluate the mechanism of NTP-catalytic CO2 hydrogenation over Cu–Zn/ZSM-5 through operando X-ray absorption spectroscopy, diffuse reflectance infrared Fourier transform spectroscopy and in situ X-ray pair distribution function.
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