This event is supported by the JSPS London Symposium and Seminar Scheme and is hosted by scientists from the Genome Damage and Stability Centre, University of Sussex with scientists from Tokyo, Kyoto and Mishima Universities.
With research partners from other UK institutions, they will discuss their latest research on genome stability and DNA damage response over two days and explore possibilities for collaboration.
Date: 09:00–17:00 Thursday, 19th January 2023 and 09:00 to 17:00 Friday, 20th January 2023
Venue: Genome Damage and Stability Centre, University of Sussex, Fulton Campus
Schedule: http://www.sussex.ac.uk/lifesci/newsandevents/events?id=59560
Cost: Free
Registration: please e mail Dr Helfrid Hochegger: h.hochegger@sussex.ac.uk
Posted on 20 December 2022
With the next technological revolution underway in the quantum world, there is now an increasing need to develop thermal devices such as heat engines or refrigerators that operate on small length and energy scales. To uncover the fundamental principles that govern such microscopic machines and to realize them in experiments, a whole breadth of challenges must be overcome. Key topics in this context include the nature of non-equilibrium thermal and quantum fluctuations, non-Markovian time evolution laws, collective effects in many-body systems as well as the role of strong coupling and finite reservoirs. This Symposium brings together researchers from Japan, Europe, and the University of Nottingham, who work in stochastic and quantum thermodynamics, cold-atom physics, and wider areas of quantum many-body physics. Its overarching aim is to find new avenues towards understanding the complex interplay between the dynamics, thermodynamics, and fluctuations of classical and quantum systems out of equilibrium and thus to help paving the way for the next generation of microscopic thermal machines. Besides the scheduled 30-min talks, the program leaves ample time for discussions and to build new connections between Japan, the UK and Europe.
Location: De Vere Orchard hotel, Nottingham
Date(s): Monday 12th (09:00) - Thursday 15th December 2022 (13:30)
Event Webpage:
https://www.nottingham.ac.uk/physics/events/2022/jsps-london-symposium.aspx
Contact: Please e-mail Dr Kay Brandner: kay.brandner@nottingham.ac.uk
Posted on 07 December 2022
This event is supported by the JSPS London Symposium and Seminar Scheme and includes two days of talks and a screening of Shiokubi (1975) – a performance created by butoh dancer Bishop Yamada, overseen by Tatsumi Hijikata. This performance marks the founding of Yamada’s own dance company Hoppo Butoh Ha in Tsuruoka (Yamagata). The performance was shot as part of a video project known as the VIC (Video Information Center), which includes 1,200 tapes of performances, exhibitions, and events from the 1970s and 1980s. Those involved in the project were not only interested in documenting the performance of Shiokubi itself, but the whole world around the performance: from arrival at the venue, to final rehearsal, to afterparty. Researchers attending this event will have the chance to watch these additional materials, as well as situating the film within the context of the VIC archive and the Tatsumi Hijikata Archive, both held at Keio University Art Center.
Further details about the event:
Date: 10:00–18:00 Saturday, December 17, 2022 and 10:00–15:00 Sunday, December 18, 2022
Venue: Fitzpatrick Hall, Queens’ College, Silver Street, Cambridge, CB39ET
Schedule:
http://www.art-c.keio.ac.jp/en/news-events/event-archive/portfolio-butoh2022-12/
Cost: Free and open to all
Booking: Booking is not required but if attending all day on the Saturday the organisers would appreciate an indication of numbers via registering through the following Eventbrite link:
https://www.eventbrite.co.uk/e/the-social-world-of-butoh-dance-tickets-474861803437
*Notes:
Meals are not provided.
Rail strikes are planned for the weekend of this event, so please check routes before travelling.
Posted on
09:00 to 13:30 UK time, Monday 6th December, 2021.
This event is hosted by Bournemouth University and supported by JSPS London. This webinar will be held through zoom and is free to attend.
If you would like to participate in this event, please contact below.
Outline of Event, Programme and Registration Information
Posted on 10 November 2021
08:30 to 13:30 UK time, Thursday 9th December, 2021.
This event is hosted by University of Sheffield and supported by JSPS London. This webinar will be held through zoom and is free to attend.
Outline of Event, Programme and Registration Information
Posted on
9:00 to 11:00 am UK time, Wednesday 17th February, 2021.
This event is hosted by King’s College London and supported by JSPS London. This webinar will be held through zoom and is free to attend.
Outline of Event, Programme and Registration Information
Posted on 30 January 2021
Posted on 03 December 2020
This symposium is being organised by the Nano Life Science Institute of Kanazawa University.
Schedule:
26th November 2020: 07:40 - 19:30 Japan Time/ 25th November 2020: 22:40 - 10:30 (26th November) UK Time
27th November 2020: 10:00 - 12:05 Japan Time/ 1:00 - 3:05 UK Time
Symposium Website: https://nanolsi.kanazawa-u.ac.jp/en/4th-sympo/
Registration Form: https://onair.net-convention.com/nanolsi4/regform/Site/Register
Posted on 18 November 2020
6th to 7th July 2020, virtual meeting through Zoom.
This meeting is free to attend.
Time: 10:15 to 17:00 UK time (Monday 6th July 2020)
09:00 to 17:00 UK time (Tuesday 7th July 2020)
This is an international symposium supported by JSPS London on current theoretical and experimental research in magnetism in condensed matter physics, with special emphasis on bringing Japan and UK strongly correlated electron research communities together to foster collaborations.
Posted on 05 June 2020
Time: 07:00 to 10:20 UK time/ 15:00 to 18:20 Japan time
This is an international symposium supported by JSPS London on the topic of Photonic Crystal Surface Emitting Lasers (PCSEL) and will take place via Zoom. Speakers will include Professor Susumu Noda from Kyoto University and Professor Richard Hogg from the University of Glasgow.
For further details please contact Dr Richard Taylor: Richard.taylor@gla.ac.uk
Posted on 19 May 2020