Difference between revisions of "Team:York/Hardware"

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       <p>Upon being asked to find the number of bacteria in a given sample, the response from members of our iGEM team has invariably been a long sigh and a plea to the realms of the supernatural. That most human quality - laziness - and flaws in traditional techniques, which we will revisit below, have led to us designing a potential solution in the form of a Digital Inline Holographic Microscope (DIHM). To learn more about the challenges we aim to overcome and how the DIHM does so, click here: <a class="btn btn-primary btn-lg" style="color=#ffa555;">Learn more...</a></p>
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       <p>Upon being asked to find the number of bacteria in a given sample, the response from members of our iGEM team has invariably been a long sigh and a plea to the realms of the supernatural. That most human quality - laziness - and flaws in traditional techniques, which we will revisit below, have led to us designing a potential solution in the form of a Digital Inline Holographic Microscope (DIHM). To learn more about the challenges we aim to overcome and how the DIHM does so, click here: <a style="background-color=#ffa555;
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Revision as of 20:05, 2 September 2017



Hardware

Building a Digital Inline Holographic Microscope

Making the QWACC

Introduction

Upon being asked to find the number of bacteria in a given sample, the response from members of our iGEM team has invariably been a long sigh and a plea to the realms of the supernatural. That most human quality - laziness - and flaws in traditional techniques, which we will revisit below, have led to us designing a potential solution in the form of a Digital Inline Holographic Microscope (DIHM). To learn more about the challenges we aim to overcome and how the DIHM does so, click here: Learn more...