Japan/Asia Long-Short, LightStream Research

Mio Kato

Over 15 years analysing Japanese and Asian stocks from a long/short perspective

I focus on cyclically driven sectors such as Gaming, Factory Automation and Autos

An eclectic background as a long-short analyst, upper management at a financial data startup through its listing, and as the founder of a team analysing big/alternative data, all of which supports independent and differentiated views... we hope

An appreciation for Mathematics drives the development of a "Micro-Quantamental" process which can provide a data-driven, historically-informed and semi-automated foundation upon which to layer more qualitative and judgemental analysis, thus improving investment decision-making speed and accuracy

Japan/Asia Long-Short

Long-Short Analysis on Japan, Asia and the World

LightStream Research

LightStream conducts quantitatively rigorous and data-driven analysis with a focus on Japan and Asia.

We consistently cover the Tech, Consumer and Industrial sectors, and provide ECM and Events coverage more broadly.

We supplement traditional qualitative insights from company relationships with a robust quantitative foundation that examines as much historical data as is available.
We further refine the accuracy of our insights and calls through the use of alternative data to flesh out current trends, and through a valuation framework that emphasises non-superficial peer group selection and a proper attempt to understand the metrics and changes that have driven security valuations in the past.

Thematic (Sector/Industry)

Colombia Materials / Thematic (Sector/Industry)

<p>University of Maryland, College Park engineers Liangbing Hu and Teng Li have discovered a process to increase both the strength and toughness of wood by ten times. <a href="https://www.sciencedaily.com/releases/2018/02/180207151829.htm" target="_blank">1</a> <a href="https://www.umdrightnow.umd.edu/news/umd-researchers-create-super-wood-stronger-most-metals" target="_blank">2</a></p><p>While there was no disclosed timeline for commercialisation, this development bears watching for the following reasons:</p><ul><li>Simultaneously increasing both strength and toughness is difficult and some high strength materials such as carbon fibre suffer from high brittleness, meaning that while they demonstrate great strength, once their…</li></ul>

University of Maryland, College Park engineers Liangbing Hu and Teng Li have discovered a process to increase both the strength and toughness of wood by ten times. 1 2While there was no disclosed timeline for commercialisation, this development bears watching for the following reasons:Simultaneously increasing both strength and toughness is difficult and some high strength materials such as carbon fibre suffer from high brittleness, meaning that while they demonstrate great strength, once their…

One Wood to Replace Them All