Alberto Alberello
@AlbeSquared
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Waves, ice and the Southern Ocean 🌊❄️🇦🇶
Joined February 2014
📝🚨🌊 In this latest paper, @Em00072 and I showcase the dynamics of breathers with spectrally skewed forcing and damping
journals.aps.org
Slowly modulated nonlinear waves are accurately described in the framework of the conservative nonlinear Schr\"odinger equation (NLS). However, in many physical systems, the wave evolution is...
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📢Job Opportunity: Postdoctoral Research Fellowship in Failure Mechanics & Mechanical Properties Evaluation in Antarctic Sea Ice (1.5 years) with @MARIS_UCT & Chemical Engineering @UCTEBE ➡️View Advert: https://t.co/WnSJ7LpBtQ ➡️Deadline: 13 June 2025 Apply Now!
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Nice to see our work on rogue seas state made it to the @PhysRevLett 2024 collection @uommedia @FEITUniMelb @AlbeSquared @MarcelloVichi
PRL has selected 1 issue's worth of Letters from last year's 52, spanning all of our sections, to create our first annual PRL Collection of the Year 2024. Happy exploring to our readers, congratulations to authors, and thank you to referees! https://t.co/F7VxmgXBVg
#PRLcoty2024
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Well done to @BS_Humphries for leading the study on nonlinear waves with heterogeneous damping https://t.co/nH1q8aG4es
#waves #nonlinearity
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Estimation of Antarctic sea ice thickness through observation of wave attenuation ✍️ @Fra_De_Santi @MarcelloVichi @AlbeSquared
https://t.co/rFjLNCeMOb
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🚨📰 In this international project 🇨🇭🇦🇺🇬🇧 we explored links between atmospheric aerosols and sea state in the #ArcticOcean📰🚨 One of the few times I look #North 🐻❄️ 📷📷🌊🧊 https://t.co/ANr5wTFcIE
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@PhysRevFluids @rstuhlmeier ... and because a video is better than words, here a video of the phase portraits 📽️
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🚨📰 Modulational instability of nonuniformly damped, broad-banded waves out on @PhysRevFluids 📰🚨 https://t.co/NOW24MmEqk Thanks to @rstuhlmeier for pursuing the idea of applying the spatial Zakharov equation to waves in sea ice 🌊🇦🇶 #BFI #MI #waves
journals.aps.org
Modulational instability is the major energy transfer mechanism between ocean surface waves in deep water. In this work we explore the effects of nonuniform damping, such as that encountered by waves...
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🚨📰 🇦🇶Happy to see this work by Noah Day on identifying the Marginal Ice Zone out in @JGROceans 🇦🇶📰🚨 https://t.co/WRM66DCRhJ It was great hosting Noah at @UEAResearch while we worked on some of it
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Great international collaboration 🇮🇹🇬🇧🇿🇦🇦🇶 Using the physics-based Close-Packed model we get #seaice thickness from #wave attenuation in the MIZ. The calibration parameter is universal (#Arctic and #Antarctica). The model works particularly well with swell alone 🌊🧊
Take a look at the latest paper by @AlbeSquared, @MarcelloVichi , and me! "Estimation of Antarctic sea ice thickness through observation of wave attenuation." https://t.co/eKTzU9gPyi
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How a book written in 1910 could teach you calculus better than several books of today [Full text: https://t.co/55dkZAeGmv]
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PUBLIC LECTURE: From Beer Tapping to Volcanic Eruptions and Supernovae: The Physics of Mass Transfer 🌋 This talk will be given by Dr Javier Rodriguez, at 6pm in the TPSC Lecture Theatre, next Thursday 11th July and will be followed by a drinks reception. https://t.co/o3cjfOYrti
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A new study gets close to understanding where rogue waves come from + how to predict them. "Our findings challenge previous thinking: that self-amplification doesn’t change the likelihood of rogue waves in the ocean," writes Alessandro Toffoli (@UniMelb).
theconversation.com
Maritime folklore is awash with tall tales of monstrous waves. A new study gets closer to understanding where they come from and how to predict them.
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Ocean waves play a critical role in the Earth system: they affect many surface exchanges and act in both atmospheric and oceanic boundary layers. Find out what happened at a recent workshop on waves and wave-coupled processes held at ECMWF ➡️ https://t.co/XLePIbwq0c
#5thWSwaves
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A new study gets close to understanding where rogue waves come from + how to predict them. "Our findings challenge previous thinking: that self-amplification doesn’t change the likelihood of rogue waves in the ocean," writes Alessandro Toffoli (@UniMelb).
theconversation.com
Maritime folklore is awash with tall tales of monstrous waves. A new study gets closer to understanding where they come from and how to predict them.
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A new study gets close to understanding where rogue waves come from + how to predict them. "Our findings challenge previous thinking: that self-amplification doesn’t change the likelihood of rogue waves in the ocean," writes Alessandro Toffoli (@UniMelb).
theconversation.com
Maritime folklore is awash with tall tales of monstrous waves. A new study gets closer to understanding where they come from and how to predict them.
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⛴️A @UniMelb expedition to the southernmost waters encircling Antarctica has discovered that wind drives the formation of colossal rogue waves, and that these unpredictable waves occur more frequently than scientists had previously thought https://t.co/O5BmsVBV05
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Congrats @AlessandroTof11 Beautiful description of challenging Southern Ocean encounters: Rogue waves in the ocean are much more common than anyone suspected, says new study https://t.co/eYaSlqqmvB via @ConversationEDU
theconversation.com
Maritime folklore is awash with tall tales of monstrous waves. A new study gets closer to understanding where they come from and how to predict them.
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