International School of Biophysics «Antonio Borsellino»

Programme

 

51st Course
Chromatin landscapes: Linking physical reality with biological destiny

Erice – Sicily · 15–21 October 2026

Directors of the Course R. Bizzarri · A. Diaspro · E. Hinde
School International School of Biophysics «Antonio Borsellino»
Course 51st Course · 2026
Scientific Programme

Course Programme

 

The scientific programme of the 51st Course, including lecturers and lecture titles, is presented below.

The programme includes lectures, scientific discussions, social activities and opportunities for interaction between lecturers and participants.

15
October 2026 Thursday · Arrival & Opening Day
18:15
Opening Remarks

Opening of the 51st Course

Venue: Aula P.M. Dirac - San Domenico.

18:30
Lectio Magistralis

Learning from failure: Life as an education.

Bruce Alberts

Department of Biochemistry and Biophysics, School of Medicine
University of California San Francisco, USA

View lecturer profile →
✦
The Course begins on 15 October

Participants are expected to arrive in Erice on Thursday, 15 October, in time for the Opening Remarks at 18:15 and the Opening Lecture by Bruce Alberts at 18:30.

19:30
Evening

Dinner · Marsala Room

16
October 2026 Friday
Lecture venue:
Aula Richard P. Feynman - San Rocco.
09:00–10:00
Lecture

Andrew Belmont

The relationships between nuclear organization and genome function

10:00–11:00
Lecture

Andrew Belmont

Re-imagining the relationship between nuclear organization and gene expression via nuclear speckle, perispeckle, and gene dynamics.

11:00–11:30
Break

Coffee Break - Poster

11:30–13:00
Lecture

Spartaco Santi

The Journey of DNA Beyond the Genome: from Chromatin Architecture to Cellular Fate and from Extracellular DNA to Intercellular Communication.

13:00–15:00
Break

Lunch

15:00–16:00
Lecture

Walter Rocchia

Continuum Electrostatics for Chromatin: From Poisson–Boltzmann Theory to Multiscale Models

16:00–17:00
Lecture

Walter Rocchia

Electrostatics of the Nucleosome: From Histone–DNA Forces to Chromatin Compaction

17:00–17:30
Break

Coffee Break - Poster

17:30–19:00
Lecture

Valeria Vetri

Biomolecular condensates: mechanisms of formation and maturation.

19:00–19:30
Discussion

Discussion

19:30
Evening

Dinner · Marsala Room

17
October 2026 Saturday
Lecture venue:
Aula Richard P. Feynman - San Rocco.
09:00–10:00
Lecture

Ranieri Bizzarri

A short microscopy course for the adventurous naturalist.

10:00–11:00
Lecture

Christoph Cremer

Imaging of the Chromatin Landscape: Why do we need Super-Resolution Microscopy?

11:00–11:30
Break

Coffee Break - Poster

11:30–13:00
Lecture

Paolo Bianchini

Resolving chromatin: nanoscopy tools to see its three-dimensional organisation

13:00–15:00
Break

Lunch

15:00–16:00
Lecture

Nicole Francis

Mechanisms to maintain chromatin information through the cell cycle.

16:00–17:00
Lecture

Nicole Francis

Protein polymerization and phase separation in Polycomb function.

17:00–17:30
Break

Coffee Break - Poster

17:30–19:00
Lecture

Ranieri Bizzarri

Condensates for better or for worse: an evolutionary dynamic paradigm rooted in biophysics.

19:30
Evening

Dinner · Marsala Room

18
October 2026 Sunday
Lecture venue:
Aula Richard P. Feynman - San Rocco.
09:00–10:00
Lecture

Christoph Cremer

Quantitative Analysis of the Chromatin Landscape by Super-Resolution Microscopy

10:00–11:00
Lecture

Elizabeth Hinde

Seeing the Chromatin Landscape: Quantifying Chromatin Architecture with FLIM and FRET

11:00–11:30
Break

Coffee Break - Poster

11:30–13:00
Lecture

Francesca Cella Zanacchi

Quantitative single-molecule localization microscopy and radiobiology applications.

13:00–15:00
Break

Lunch

Afternoon
Social Programme

Excursion & All Together Dinner

Destination: Segesta

All Together Dinner: La Torre di Nubia

19
October 2026 Monday
Lecture venue:
Aula Richard P. Feynman - San Rocco.
09:00–10:00
Lecture

Irene Farabella

Reconstructing the 3D Genome: From Ensemble Views to Single-Cell Chromatin Tracing and Modelling.

10:00–11:00
Lecture

Stefano Manzo

Theoretical lecture: Chromatin Dynamics at the Nuclear Periphery.

11:00–11:30
Break

Coffee Break - Poster

11:30–13:00
Lecture

Mario Nicodemi

Phase transitions in the nucleus of cells shape chromatin 3D architecture and functions.

13:00–15:00
Break

Lunch

15:00–16:00
Lecture

Elizabeth Hinde

Navigating the Chromatin Landscape: Fluorescence Fluctuation Spectroscopy of DNA Target Search

16:00–17:00
Lecture

Ines Delfino

Vibrational Micro-Spectroscopy of Chromatin under Stress: From Molecular Changes to Nuclear Reorganization. Method.

17:00–17:30
Break

Coffee Break - Poster

17:30–19:00
Lecture

Ines Delfino

Vibrational Micro-Spectroscopy of Chromatin under Stress: From Molecular Changes to Nuclear Reorganization. Application.

19:00–19:30
Discussion

Flash Talks & Discussion

19:30
Evening

Dinner · Marsala Room

20
October 2026 Tuesday · Closing Day
Lecture venue:
Aula Richard P. Feynman - San Rocco.
09:00–10:00
Lecture

Stefano Manzo

Practical course: Genomic Approaches to Study Genome Structure.

10:00–11:00
Lecture

Davide Mazza

Dynamics of diffusible factors in the eukaryotic nucleus: transcription factor search mechanism.

11:00–11:30
Break

Coffee Break - Poster

11:30–13:00
Lecture

Aldo Pagano

The extreme plasticity of neoplastic cells in solid tumors and changes in chromatin structure in response to plasticity/transdifferentiation events in neuroblastoma.

13:00–15:00
Break

Lunch

15:00–16:00
Lecture

Luca Lanzanò

Investigation of chromatin organization in live cells by advanced imaging techniques and labeling with fluorescent dyes.

16:00–17:00
Lecture

Jurek Dobrucki

Interaction of photons of various energies with DNA, and consequences for live cells

17:00–17:30
Break

Coffee Break - Poster

17:30–19:00
Lecture

Jurek Dobrucki

What fluorescence imaging and next generation sequencing reveal about DNA damage and repair.

19:00–19:30
Closing

Flash Talks & Closing Remarks

19:30
Evening

Dinner · Marsala Room

21
October 2026 Wednesday · Departure Day
—
Departure

Departure Day

Departure of participants and lecturers.