Updated name and about

_config.yml

@@ -7,7 +7,7 @@
 
 # Site Settings
 locale                   : "en-UK"
-title                    : "Fung's \"Group\" "
+title                    : "Lloyd Fung"
 title_separator          : "-"
 name                     : &name "Lloyd Fung"
 description              : &description "Research Fellow at DAMTP, Cambridge"

_pages/about.md

@@ -1,29 +1,18 @@
 ---
 permalink: /
-title: "Welcome to Dr Fung's group website."
-excerpt: "About me"
+title: "About me"
 author_profile: true
 redirect_from: 
   - /about/
   - /about.html
 ---
 
-<u>We are currently a small group of one person, but we have BIG dreams.</u>
-
-⚠️ This site is currently under construction. ⚠️
-
-Perhaps come back later to see more about Lloyd Fung?
-
-About me
-===========
-I was elected as a Research Fellow by [Peterhouse](https://www.pet.cam.ac.uk) in 2021. I am currently working with [Prof. Raymond Goldstein](http://www.damtp.cam.ac.uk/user/gold/) at the [Department of Applied Mathematics and Theoretical Physics](https://www.damtp.cam.ac.uk), Cambridge.
+Welcome! I am a fluid dynamicist working on various topics in biological fluid dynamics. I specialise in the continuum modelling of dilute active suspensions and their pattern formation. 
+I am currently a Research Fellow at [Peterhouse](https://www.pet.cam.ac.uk), working with [Prof. Raymond Goldstein](http://www.damtp.cam.ac.uk/user/gold/) at the [Department of Applied Mathematics and Theoretical Physics](https://www.damtp.cam.ac.uk), Cambridge.
 
 I completed an M.Eng. in Aeronautical Engineering at the [Department of Aeronautics of Imperial College London](https://www.imperial.ac.uk/aeronautics) in 2017, with a year in industry working in Rolls-Royce. Funded by the President's scholarship of Imperial, I continued to pursue a PhD in the same department and graudated in 2021, under the supervision of [Dr Yongyun Hwang](https://www.itpfg-hwang.group). During my PhD, I became increasingly fascinated by the complexity and beauty of nature's design language. I am particularly interested in the modelling of biological phenomena across scales. Nature designs organisms from the cellular level but often manifests its beauty at the macroscopic scale through the collective self-organisation or synchronisation of cellular physics. My research revolves around understanding emergent phenomena in biology by a combination of advanced computational and mathematical techniques.
 
-In my PhD, I explored the collective behaviour of bottom-heavy algal species. He tackled the challenge of modelling the collective transport of motile organisms in a complex flow environment. My current focus is on extending the same method to describe the sedimentation of planktons in the ocean.
+In my PhD, I explored the collective behaviour of bottom-heavy algal species. He tackled the challenge of modelling the collective transport of motile organisms in a complex flow environment. Lately, I have extended the method to the sedimentation of planktons or other spheroidal objects.
 
 To know more about my research, see [here](./publications.md). My Google Scholar page can be found on the left.
 
-Upcoming Talks/Visits/Conferences/Outreach:
-========
-1. April 3-5, 2023: [BAMC 2023](https://rise.articulate.com/share/m_8PV5egFfp51rbRhApK6GtC3ZkRGmpN#/) at UWE, Bristol. (Bristol, UK)