Lucian Freud: Networks, Contexts, Responses

This event has ended

TCD, Saturday 7th September

A day-long symposium on the work of Lucian Freud as part of an ongoing research partnership between the Department of the History of Art and Architecture in Trinity College Dublin and IMMA, in connection with the five-year project IMMA Collection: Freud Project 2016-2021. This symposium is funded by Trinity Long Room Hub's Research Incentive Scheme.

The aim of the symposium is to explore and test out new ways to consider and critique Freud's work, examining it in terms of adjacent cultural categories, conceived within a number of frameworks – period, subject, approach or medium. This symposium will showcase a range of new theoretical and historical approaches to Freud's practice, with an intense focus on the body, its durational quality and its curious, usually implicit, relationship to certain strands of continental philosophy, particularly existentialism and phenomenology.

The programme will comprise of keynote presentations by international speakers alongside responses from local art researchers in which to offer a variety of perspectives. Contributors include Jutta Koether a visual artist whose work incorporates music, writing, performance into her abstract paintings, Greg Salter a specialist in British art after 1945 and a lecturer in History of Art at the University of Birmingham and many others to be announced shortly. There will also be a focus on the contexts and connections through which Freud worked, his networks and the galleries, publications and patrons through which his work was supported and disseminated.

These interests continue and expand upon the research objectives of the IMMA Collection: Freud Project, which sets out to shed new light on Freud's practice, with a five-year programme of prolonged public engagement with his work. It also builds upon the series of talks and panel discussions delivered over the past two years.

This symposium is free, but ticketed.


Date:
Saturday 7th September
Time:
9.30am - 5.30pm
Price:
Free - Registration required
Address:
Trinity Long Room Hub, College Green, Dublin 2, Ireland

Google Map of Trinity Long Room Hub, College Green, Dublin 2, Ireland

YOU MIGHT ALSO LIKE...

What's on

Science Week

Various Locations

Science Week 2026 explores water at every scale – an essential building block of life on Earth and a powerful force that has shaped our planet, our lives and our future. From rainfall, rivers and lakes to peatlands, wetlands and more than 7,500 km of coastline, our island has been shaped by water for thousands of years. It has guided early settlers, enabled trade and travel, sustained communities and inspired enduring myths, from the Salmon of Knowledge to the Children of Lir. Today, researchers across Ireland are deepening our understanding of water in all its forms – from its role in

What's on

DCU Open Day

DCU Glasnevin Campus / St Patrick's Campus

DCU's November Open Days are locked in and we're delighted to welcome you to both our Glasnevin and St Patrick's Campuses on Friday 13 and Saturday 14 November 2026. Throughout the event you will have the opportunity to chat to Current Students, Faculty Staff and Support Units about DCU courses and services. Explore our vibrant campuses, and get excited by the 120+ Clubs and Societies on offer! Registrations are now open: Date: Friday 13 November 2026 Time: 10am - 3pm Location: DCU Glasnevin Campus Date: Saturday 14 November 2026 Time: 10am - 2pm Location: DCU Glasn

What's on

Professor Brian Cox

3Arena

Professor Brian Cox is back with his new world tour Emergence. Brian has appeared in many landmark science programmes for BBC radio and television over the last 15 years, from the Peabody Award-winning Wonders of the Solar System to the world-wide hit series The Planets. In the winter of 1610 Johannes Kepler was crossing Prague’s Charles Bridge when he noticed a snowflake land on his arm. Why, he asked, are all snowflakes six-cornered? “I do not believe,” he wrote, “that even in a snowflake, this ordered pattern exists at random.” 400 years later, we have part of the answer.