Associate Professor in Seismology at the University of Pisa (@Unipisa). Formerly ETH-Zürich. I am interested in #geophysics, #earthquakes and #computerscience.
Pisa, Italy
Joined April 2017
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Francesco Grigoli retweeted
On anti-repeating earthquakes:
nature.com/articles/s43247-0…
Francesco Grigoli retweeted
If you are interested in doing a PhD on 'Monitoring Earth's Dynamic Surface Unveiling Climate-Induced Phenomena and Volcanic Activities through Long-Period Global Seismic Waves in the context of Environmental Seismology' check the available scholarship geoscienze.unipd.it/phd-rese…
Interested to an introductory course in machine learning for geosciences that covers both the theory and practical aspects, here our @Unipisa summer’s school held in one of the most iconic Italian cities. Last 5 spots available unipi.it/index.php/maths-phy…
Francesco Grigoli retweeted
What do these things have in common?
Earthquakes🏚️
Volcanic eruptions🌋
Submarine landslides🌊
Coastal rock falls🪨
Large meteorites☄️
They can all cause a #Tsunami!
Knowing Tsunami hazards can save your life!
#GetToHighGround
Francesco Grigoli retweeted
Are you using new types of data and/or approaches to study earthquakes from an observational perspective? Come and showcase your work in our EGU session in Vienna in April 2024: meetingorganizer.copernicus.…. We hope to see you there!
Francesco Grigoli retweeted
🚨New Review!
The physical mechanisms of induced earthquakes
@MjaMoein et al. explore the mechanisms of induced seismicity and the applications to modelling, forecasting, monitoring and mitigating induced earthquakes
nature.com/articles/s43017-0…
Free: rdcu.be/dsVK1
ALT Industrial activities that can cause induced seismicity. Induced earthquakes can occur during conventional hydrocarbon recovery, hydraulic fracturing of unconventional resources, enhanced geothermal systems, mining operations, wastewater disposal, underground gas or CO2 storage operations and reservoir impoundment.
Francesco Grigoli retweeted
Big News! The SCSN is taking seismic monitoring and research to the next level with Distributed Acoustic Sensing (DAS)! We're now live-streaming seismic data from an 80km long DAS array in Ridgecrest, CA! View the stream and learn more at: scsn.org/index.php/earthquak…
Francesco Grigoli retweeted
Background seismic noise is everywhere. Ocean waves generate microseisms. Strong wind and storms are detectable by seismic sensors. Anthropogenic activities, changes in temperature, and even magnetic field variations produce detectable disturbances (1/n)
doi.org/10.1785/0220220337
Francesco Grigoli retweeted
A new special issue "New trends in data acquisition, analysis and interpretation of seismicity" is now open for submission.
springeropen.com/collections…
The submission deadline is 31 May 2024.
Francesco Grigoli retweeted
A study in @Nature reports that the newly discovered Perucetus colossus, an ancient species of whale, is thought to be one of the largest and heaviest animals on record. Estimates of its size and weight, based on a partial skeleton, rival the blue whale. go.nature.com/3KqwznX
Francesco Grigoli retweeted
The 2023 International Training Course Seismology, Seismic Data Analysis, Hazard Assessment and Risk Mitigation started at GFZ Potsdam. A great initiative to support global formation on seismology and hazard. This year 22 students from 18 countries.
gfz-potsdam.de/en/press/news…
terremotiegrandirischi.com/2… – at San Giuliano Terme, Toscana
Interessante intervista sulla sismicità indotta
terremotiegrandirischi.com/2…
Francesco Grigoli retweeted
New work on Geometric Clifford Algebra Networks (GCANs). We propose geometric templates for modeling dynamical systems. A 🧵on geometric / Clifford algebras, and symmetry group transformations in neural networks.
📜arxiv.org/abs/2302.06594
Francesco Grigoli retweeted
The number of aftershocks located by @DepremDairesi
(#AFAD) reaches 3800. But as their average magnitude keeps on decreasing, it is now possible to detect down to magnitude 1.0 events.
#TurkeyEarthquake
Francesco Grigoli retweeted
Altought faults are conventionally modelled as discontinuity of zero thickness, this example from Kahramanmaraş shows that #earthquakes do not occur on infinitely thin faults, but consist of complex evolving networks with one (or more) fault core.
Video credit: Muhammed Kösen
Francesco Grigoli retweeted
The holy grail is to effectively enforce existing knowledge on earthquake-resistant construction despite pervasive corruption in construction business and government. researchgate.net/publication…
Francesco Grigoli retweeted
Our JPGU session: “New trends in data acquisition, analysis and interpretation of seismicity”. We are looking forward for your submission!
jpgu.org/meeting_e2023/sessi…
Francesco Grigoli retweeted
Il Rettore @unipisa in visita al laboratorio #CPFR presso @CISUP1
@RicercaUnipi @FondazionePisa @SIT28281769 #AOUP #ricerca #linac
