Joseph Wang

Joseph Wang

Hong Kong SAR
4K followers 500+ connections

About

Almost a decade of experience in developing C++ quantitative finance libraries. A decade…

Articles by Joseph

  • Lots of public consultations

    Lots of public consultations

    So I am going to be very busy over the next few months on regulatory stuff. Basically lots of public consultations and…

  • FSTB/HKMA stablecoin

    FSTB/HKMA stablecoin

    FYI here is my consultation to the FSTB/HKMA on stablecoins…

  • Legislative process and bitcoin

    Legislative process and bitcoin

    So one narrative that keeps coming up is "oriental despotism." When the British wanted to justify their empire, it was…

  • Postcards from the past

    Postcards from the past

    I remember that during the 2008 financial crisis, there was a financial professor that told the audience to write about…

  • Impact of 2008 on Chinese military/foreign policy

    Impact of 2008 on Chinese military/foreign policy

    One of the things about living in Hong Kong is that you just see stuff that people in Washington DC don't see. One of…

  • Cry Wolf

    Cry Wolf

    Or making a big lie out of small truths So a year ago, I was in a bit of a moral dilemma. There were people taking…

Activity

Experience

  • Hong Kong Institute of Physics

    Hong Kong SAR

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    Hong Kong

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    Hong Kong / New York City

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    Austin, Texas Area

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    online

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    Austin, Texas Area

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    Austin, Texas Area

Education

  • The University of Texas at Austin Graphic

    The University of Texas at Austin

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    Research focus was the numerical simulation of convection in iron core collapse supernova using finite difference methods (FDM) and finite volume methods (FVM) on partial differential equations. Developed code using FORTRAN 77 and FORTRAN 90 for use on SGI, Sun, IBM RS/6000 and DEC Alpha workstations. Vectorized code for use on CRAY J90 supercomputers, and modified code to allow for parallel processing on CRAY T3E supercomputer using the MPI message passing system. Experience includes AIX…

    Research focus was the numerical simulation of convection in iron core collapse supernova using finite difference methods (FDM) and finite volume methods (FVM) on partial differential equations. Developed code using FORTRAN 77 and FORTRAN 90 for use on SGI, Sun, IBM RS/6000 and DEC Alpha workstations. Vectorized code for use on CRAY J90 supercomputers, and modified code to allow for parallel processing on CRAY T3E supercomputer using the MPI message passing system. Experience includes AIX, Digital UNIX, UNICOS, SunOS, and Solaris. Research included use of supercomputers, parallel processing, and development of adaptive meshing algorithms.

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Publications

Projects

Languages

  • Chinese (Mandarin)

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