index.md

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home	Molecular Quantum Technology Group

Welcome to our group website!

In the Herrera Lab, we develop theoretical concepts and computational tools to address exciting and challenging problems at the interface of chemical physics, quantum optics, materials science and quantum information. Find out more about our current research in the links below.

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 <a target="_blank" href="{{absolute_url}}/research/organic-qed/">	
  <img src="{{absolute_url}}/assets/img/displaced-potential-cavity.jpeg" alt="Organic cavity QED" style="width:100%">
 </a>
  <div class="desc">
    <h2>Cavity Quantum Electrodynamics with Organic Materials</h2>
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</div>

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 <a target="_blank" href="{{absolute_url}}/research/mof-nlo/">	
  <img src="{{absolute_url}}/assets/img/mof-photon-entanglement.jpeg" alt="QKD with MOFs" style="width:100%">
 </a>
  <div class="desc">
    <h2>Metal-Organic Frameworks for Quantum Communication</h2>
</div>
</div>




<div class="gallery">
 <a target="_blank" href="{{absolute_url}}/research/cold-molecules/">	
  <img src="{{absolute_url}}/assets/img/driven-polar-molecules.jpeg" alt="Cold molecule quantum computer" style="width:100%">
 </a>
  <div class="desc">
    <h2>Quantum Control with Ultracold Molecules</h2>
</div>
</div>

Funding

![funding banner][funding-banner]

[mqt-image]: {{ "/assets/img/mqt-home-screenshot.jpg" | absolute_url }} [funding-banner]: {{ "/assets/img/funding-banner.png" | absolute_url }}

[organic-qed]: {{"/research/organic-qed/"| absolute_url}} [mof-nlo]: {{"/research/mof-nlo/"| absolute_url}} [cold-molecules]: {{"/research/cold-molecules/"| absolute_url}}

[home-image]:{{ "/assets/img/displaced-potential-cavity.pdf" | absolute_url }} [herrera-cv]: {{ "/assets/cv/CV_Felipe.pdf" | absolute_url }} [herrera-thesis]: https://open.library.ubc.ca/cIRcle/collections/ubctheses/24/items/1.0062442 [herrera-scholar]: https://scholar.google.com/citations?user=PJSqnNIAAAAJ&hl=en