Include research section in docs project page

Author: AaronPB

docs/images/force_platform.png

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+## :fontawesome-solid-file-invoice:{ .lg .middle } A new 3D force platform and calibration method
+
+This work introduces a novel 3D force platform design grounded on the use of planar uniaxial load cells and ball wheels, easy to
+manufacture from off-the-self components leading to an affordable and accurate system. An accompanying open-sourced software
+allows an easy use of the force platforms.
+
+A novel calibration method for 3D force platforms is proposed, whose setup uses a
+Smith-type bodybuilding machine, a triaxial load cell and a pole, allowing in-situ calibration and the application of multidirectional
+loads, including those exceeding body weight. The calibration matrix is obtained by applying least squares and cross-validation
+methodology.
+
+Experimental results show good accuracy for the vertical force and COP position, with average relative errors in the
+vertical and horizontal forces under 0.2 % and 2.0 %, respectively. The mean absolute error in the COP position is 0.30 mm in the
+x-axis and 0.28 mm in the y-axis. Additionally, the good performance of the force platform is demonstrated through its practical
+application in gait analysis.
+
+<figure markdown="span">
+  ![Graphical Abstract](../images/research_a1_graphical-abstract.jpg){ width="100%" }
+  <figcaption>Article graphical abstract</figcaption>
+</figure>
+
+[:fontawesome-solid-file-half-dashed: &nbsp; Preprint article](http://ssrn.com/abstract=5226079){ .md-button .md-button--secondary }
+
+<br>
+
+## :fontawesome-solid-book:{ .lg .middle } Software development and calibration of a force platform for Sports Science
+
+[Author](https://github.com/AaronPB)'s master's thesis in industrial engineering at the University of Almería
+
+This work aims to develop the data acquisition software and calibration procedure of a
+new triaxial force platform, based on uniaxial load cells with force decoupling between
+them, ensuring an accurate reading of the normal load to each cell.
+
+The software allows synchronized recording of signals from the force platform, along
+with other sensors used in biomechanical analysis such as encoders, inertial sensors,
+and cameras. Additionally, it offers a set of tools available to researchers and Sports
+Science professionals to visualize and analyze data directly from the software.
+
+<figure markdown="span">
+  ![Main Software UI](../images/mainUI.png){ width="100%" }
+  <figcaption>Developed software: Force Platform Reader</figcaption>
+</figure>
+
+Check the master's thesis in spanish by clicking the button below. 
+
+[:fontawesome-solid-graduation-cap: &nbsp; Institutional repository *(available soon)*](#){ .md-button .md-button--secondary }
+
+<br>
+
+## :fontawesome-solid-file-contract:{ .lg .middle } Utility Model - Triaxial force platform based on uniaxial load cells
+
+Utility Model number ES1312312, requested by the universities of Almería and Seville.
+
+__Inventors__
+
+- Javier López Martínez
+- Aarón Raúl Poyatos Bakker
+- Silvia Sánchez Salinas
+- José Luis Blanco Claraco
+- José María Muyor Rodríguez
+- Daniel García Vallejo
+
+<figure markdown="span">
+  ![Force Platform](../images/force_platform.png){ width="100%" }
+  <figcaption>Interior of the designed force platform</figcaption>
+</figure>
+
+[:fontawesome-solid-globe: &nbsp; OEPM Utility Model](https://consultas2.oepm.es/InvenesWeb/detalle?referencia=U202431233&trk=public_profile_certification-title){ .md-button .md-button--secondary }

docs/images/research_a1_graphical-abstract.jpg

@@ -27,6 +27,7 @@ nav:
   - Force Platform:
     - platform/index.md
     - Design: platform/design.md
+    - Research: platform/research.md
 markdown_extensions:
   - admonition
   - pymdownx.details