= Communication = == [wiki:Research/LhARA/Communication/InThePress In the press] == Press releases, news articles etc. related to the LhARA initiative. The archive may be accessed by clicking on the link in the header of this section. Recent contributions are listed below. **25Oct22:** \\ * [https://radiotherapy.org.uk Researching a new generation of technology to treat cancer] Radiotherapy UK; Daily Radiotherapy News; 24 October 2022 * [https://news.liverpool.ac.uk/2022/10/20/supporting-next-generation-radiotherapy-for-cancer-treatment/ Supporting next generation radiotherapy for cancer treatment]: Liverpool, 20 October 2022 * [https://www.imperial.ac.uk/news/240731/ion-beam-cancer-therapy-facility-gets/ Ion beam cancer therapy facility gets a £2m development boost]: Imperial, 19 October 2022 * [https://us14.campaign-archive.com/?u=bd603f1e2c10bdc98bb4e4730&id=4708208c8c Global Coalition for Radiotherapy; Weekly Radiotherapy News]: 19Oct2922 * [https://www.ukri.org/news/researching-a-new-generation-of-technology-to-treat-cancer/ Researching a new generation of technology to treat cancer]: STFC, 19 October 2022 * [https://cerncourier.com/a/exploring-a-laser-hybrid-accelerator-for-radiotherapy/ Exploring a laser-hybrid accelerator for radiotherapy]: CERN Courier, 5 September 2022 == [wiki:Research/LhARA/Communication/Conferences Conference contributions] == Conference contributions on LhARA are collected in the pages that may be accessed by clicking on the link in the header of this section. Recent contributions are listed below: * [https://www.ipac23.org 14th International Particle Accelerator Conference (IPAC23):] - List of contributions. == [wiki:Research/LhARA/Communication/Seminars Seminars] == Seminars and other public presentations on the LhARA initiative. The archive may be accessed by clicking on the link in the header of this section. Recent contributions are listed below: * [wiki:Research/LhARA/Communication/Seminars/2023/#GiaccaLong-06Jan23-Swansea Swansea University, 6 January 2023:] //"LhARA; a transformation approach to precision, personalised particle-beam therapy" // ----