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28/01/2026, 09:00Workshop 2025/2026
This project investigates the dynamics of Measurement-Induced Phase Transitions (MIPT) within non-interacting free-fermionic systems, exploring the competition between unitary evolution, which drives information scrambling, and stochastic projective measurements, which induce disentanglement. By employing the Fermionic Gaussian State (FGS) formalism and Peschel’s trick, the simulation tracks...
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28/01/2026, 09:15Workshop 2025/2026
How interacting quantum systems relax toward equilibrium is a fundamental question in modern physics, especially when such systems are influenced by their surroundings. While isolated many-body systems can thermalize through their own interactions, realistic systems are often coupled to environments that introduce memory effects and modify their dynamics. Understanding how strong interactions...
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28/01/2026, 09:30
The recent observation of ferroelectricity in group III-nitride semiconductors containing rare earth, such as AlScN and AlYN, has opened the doors to a new generation of electronic devices. However, a few obstacles remain, such as the growth of quality crystals with the ferroelectric property and mitigating the leakage currents associated with nitrogen vacancies. In this work, the crystal...
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28/01/2026, 09:45
One of the focuses of this project is the deposition and optimization of magnetic sensors, in particular, spin valves, that are based on the Giant Magnetoresistance (GMR). These are fundamental in detecting magnetic fields, with a range of applications from industrial detection to advanced biotechnology. They rely on the orientation of the magnetic moments between the free layer and the...
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28/01/2026, 10:00Workshop 2025/2026
Gallium oxide (Ga₂O₃) is an ultra-wide bandgap semiconductor with strong potential for solar-blind UV photodetection. In this work, the growth of Sn-doped Ga₂O₃ thin films is investigated to optimize their use as channel layers for enhancement-mode, bottom-gate bottom-contact thin-film (BGBC) field-effect transistors (FETs) aimed at UV sensing applications. Thin films are deposited primarily...
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28/01/2026, 10:15Workshop 2025/2026
The design of an ultrasensitive magnetoresistive sensor is a compromise between detectivity, sensitivity, linearity, hysteresis, device footprint, and power consumption. This work focuses on exploring MTJs, which provide a scalable and low-cost solution for magnetic sensing at room temperature, with strong potential for high spatial resolution and applications where proximity to the field is...
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28/01/2026, 10:30
Gallium oxide (Ga$_2$O$_3$) is an ultra-wide bandgap semiconductor with strong promise for high-voltage power devices and solar-blind UV photodetectors, but its practical deployment is constrained by low thermal conductivity and, most critically, the lack of reliable p-type doping. A common route around this limitation is heterointegration, where n-type Ga$_2$O$_3$ is combined with established...
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28/01/2026, 10:45Workshop 2025/2026
Tunnel magnetoresistance (TMR) sensors are promising for industrial applications due to their high sensitivity and large output signals, but reliable operation at elevated temperatures remains challenging. This work investigates the thermal robustness of TMR sensors by comparing three multilayer stacks with different antiferromagnetic layer thicknesses, tunneling barrier thicknesses, sensing...
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28/01/2026, 11:00Workshop 2025/2026
The Standard Model (SM) of particles physics is the best description of Nature at the most fundamental level we currently have. Nevertheless, it does not account for the dark matter content of the Universe, it does not explain the matter anti matter asymmetry observed, and, in its simplest form, does not account for neutrino masses. As such, and to try and solve some of these problems, one...
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28/01/2026, 11:15Workshop 2025/2026
Quantum Chromodynamics (QCD) is the theory of the strong interaction, responsible for binding quarks and gluons inside hadrons. In ultra-relativistic heavy-ion collisions, such as those at the LHC, these constituents are liberated to form a hot, dense phase of deconfined matter — the Quark-Gluon Plasma (QGP). Jets, collimated sprays of hadrons produced by hard scattered partons, interact with...
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28/01/2026, 11:30Workshop 2025/2026
The Standard Model of Particle Physics (SM) is a very successful and precise description of particle interactions, yet it leaves unexplained several observable phenomena, such as the matter-antimatter asymmetry or dark matter. Therefore, after the discovery of the Higgs boson by the ATLAS and CMS experiments at the Large Hadron Collider (LHC), searching for new physics beyond the SM (BSM) has...
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28/01/2026, 11:45
The Standard Model of Particle Physics is one of the most successful theories ever created. Nevertheless, it fails to account for several phenomena observed in nature, making extensions of the Standard Model necessary.
In this work, we provide a complete description of perturbative unitarity bounds for the gauge-scalar sectors of models with extra $SU(2)$ doublets, neutral singlets, or...
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Guilherme Neves (IST, LIP)28/01/2026, 12:00Workshop 2025/2026
Ultra-high-energy cosmic rays (UHECRs) initiate extensive air showers (EAS) through their interactions with molecules in the Earth’s atmosphere, producing massive cascades of secondary particles. Measurements of these showers enable the study of both the properties of the primary cosmic rays and the high-energy hadronic interactions that govern shower development. However, due to the intrinsic...
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28/01/2026, 12:15Workshop 2025/2026
This work establishes a reproducible workflow to study jet substructure using public CMS Open Data from the LHC. Using the JetHT Run2016G MiniAOD dataset, we extract AK4 (anti-$k_t$, $R=0.4$) jet kinematics and constituent-level information and focus on a hard regime ($p_{T,\text{jet}} > 200~\mathrm{GeV}$) to probe perturbative QCD with reduced non-perturbative and pileup sensitivity. We...
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28/01/2026, 13:30Workshop 2025/2026
Abstract
Luminescence dating estimates the time elapsed since a sample (e.g. sediment or ceramic) was last exposed to heat or sunlight by measuring its paleodose or absorbed dose and dose rate [1]. In the case of ceramics, it is also possible to infer the maximum temperature achieved during their production process [2]. Ceramic sherds collected on a surface survey in an unexcavated kiln...
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28/01/2026, 13:45Workshop 2025/2026
Titan, Saturn's largest moon, hosts a dense nitrogen-methane atmosphere where complex organic chemistry produces molecules of potential prebiotic significance. Photochemical models predict the presence of reactive radical intermediates, such as CH, C$_2$, and CN, that play crucial roles in forming more complex organic compounds, yet these species remain undetected. Here we present...
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João Rodrigues28/01/2026, 14:00Workshop 2025/2026
It has been demonstrated that Drosophila melanogaster and other insects are capable of associating locations in space with rewards and use this knowledge later on, but the concrete mechanisms underlying this ability are not entirely understood. This project aims to shed light into the specific sensory and motor features underlying visual place learning in insects.
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Because of its many... -
28/01/2026, 14:15
Magnetoresistive technologies, such as Tunneling Magnetoresistance, are essential in modern sensing due to their high sensitivity and low power consuption. However, these sensors face performance variability and higher production costs compared to traditional Hall sensors, primarily due to manufacturing-induced non-uniformities across the wafer. This project, conducted at INESC-MN, details the...
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28/01/2026, 14:30Workshop 2025/2026
Plasma-based particle accelerators offer the prospect of drastically reducing the size and cost of accelerator facilities, improving accessibility while providing a promising route toward next-generation machines at the energy frontier. Because plasmas are already ionized (consisting of free electrons and ions) they can sustain accelerating fields several orders of magnitude higher than those...
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28/01/2026, 14:45Workshop 2025/2026
Research on how to extract energy from nuclear fusion reactions has been active since the last century and comes hand in hand with our growing need for a clean and sustainable source of energy. At the high temperatures required, the system forms a plasma, which needs to be confined so that high densities and high temperatures are maintained. One way we can do so is through magnetic fields,...
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28/01/2026, 15:00
This project explores the potential of low-temperature plasmas (LTPs) integrated with separation membranes for the efficient conversion of CO₂ into useful products. The study highlights the advantages of plasma-assisted processes over conventional approaches, such as thermocatalytic and electrochemical techniques, particularly the ability of LTPs to selectively dissociate CO₂...
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28/01/2026, 15:30
Direct laser acceleration (DLA) is a leading mechanism of generating high-energy electron beams in underdense plasma with high total charge. Multi-petawatt facilities enable acceleration of hundreds of nC to energies of several GeV. In this study we employ 3PW laser pulses to explore how varying the laser pulse duration influences the interplay between DLA and Laser wakefield acceleration...
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28/01/2026, 15:45
Dark matter constitutes approximately 84\% of the total matter in the universe, yet despite decades of experimental effort, no direct detection has been achieved. We focus on Weakly Interacting Massive Particles (WIMPs) as a dark matter candidate. Their extremely weak interactions with ordinary matter place them beyond the reach of current detectors here on Earth. White dwarfs offer possible...
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28/01/2026, 16:00Workshop 2025/2026
This work explores the use of machine learning to emulate stellar evolution codes, which are used to predict complete stellar tracks and detailed global and internal properties throughout a star’s lifetime. Although these codes are essential tools in astrophysical research, they are computationally expensive and require significant manual effort. Alternative approaches, such as analytic...
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28/01/2026, 16:15Workshop 2025/2026
In recent groundbreaking work, it was shown that there is a regime of critical collapse where the critical solution is an extremal Reissner-Nordström black hole. It was also conjectured that such critical phenomena would occur for the spherically symmetric Einstein-Maxwell-charged scalar field system. In this work, we report on early developments to test this conjecture. We perform the 3+1...
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28/01/2026, 16:30Workshop 2025/2026
We analyze the dynamics of extended bodies in an expanding universe, in the context of General Relativity. The objects of study are one-dimensional string loops and two-dimensional spherical membranes, both elastic and rigid, with a Schwarzschild - de Sitter metric. We first consider them as test bodies via parametrization and secondly as hypersurfaces that backreact on the metric. We...
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28/01/2026, 16:45Workshop 2025/2026
In string theory, a natural low energy effective action is
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the Einstein-Gauss-Bonnet gravity, in which a Gauss-Bonnet term
accompanies the usual Einstein-Hilbert action. Born-Infeld
electrodynamics arises when considering an Abelian gauge field coupled
to the open bosonic string or open superstring. We will analyze the
superradiant behavior of a massive, charged scalar field coupled... -
28/01/2026, 17:00Workshop 2025/2026
This project investigated spatiotemporal light springs (LS)—ultrashort, helical space--time wave packets generated by engineering a topological--spectral correlation in which the orbital angular momentum (OAM) varies with optical frequency. Building on a mode-by-mode construction of LS using Bessel--Gauss beams, the project expands LS tunability by introducing controlled spectral-phase (chirp)...
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28/01/2026, 17:15Workshop 2025/2026
In this project, techniques for the measurement of the Modulation Transfer Function (MTF) in large-dimension optical systems will be assessed to evaluate image-quality characteristics in telescope and CCD/CMOS cameras, focusing especially on Earth-observation systems. The evaluated techniques may be used to perform acceptance tests, verifications and calibrations of telescopes intended as...
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28/01/2026, 17:30Workshop 2025/2026
Proton therapy offers superior dose conformity compared to conventional radiotherapy but the full clinical exploitation of its potential healthy-tissue sparing benefits remains limited by uncertainties in beam range within the patient. Positron Emission Tomography (PET)--based verification provides a promising in vivo method to monitor proton range by imaging irradiation-induced $\beta^+$...
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28/01/2026, 17:45Workshop 2025/2026
Quantum computing in the last few years has seen fast growth, making it one of the most active research areas of today. This thesis investigates one of their applications, the simulation of the dynamics of charged particles in strong laser fields in the Strong Field Quantum Electrodynamics (SFQED) regime. Quantum algorithms that decompose the Time Evolution Operator into discrete quantum gates...
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29/01/2026, 09:00Workshop 2025/2026
Topology and geometry have recently emerged as pillars for exotic phenomena in condensed matter physics. From topological insulators and superconductors to quantum Hall states and fractional statistics, these phenomena have the potential to revolutionize technology in the areas of spintronics, low-energy electronics and quantum computing. The non-linear Hall effect (NLHE) is an example of such...
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29/01/2026, 09:15Workshop 2025/2026
This project aims to clarify the influence of polytype on irradiation-induced damage buildup and recovery mechanisms through a comparative study of 4H-SiC and 6H-SiC under identical implantation and annealing conditions. Samples will be irradiated at room temperature with 300 keV argon ions at fluences ranging from $1 \times 10^{13}$ to $1 \times 10^{15}$ ions/cm$^{2}$, with implantation...
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29/01/2026, 09:30Workshop 2025/2026
Magnetic skyrmions, topologically protected, particle-like spin textures, are highly promising candidates for energy efficient spintronic devices, particularly as artificial synapses in neuromorphic hardware [1-3]. Their key advantages include full electrical controllability, non-volatility and stability at room temperature, and the ability to represent synaptic weights through the countable...
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29/01/2026, 09:45Workshop 2025/2026
The continuous evolution of computing architectures and the rapid growth of data generation have intensified the demand for non-volatile memory technologies that combine high density, low power consumption, and fast operation. In this context, magnetoresistive random-access memory (MRAM), based on magnetic tunnel junctions (MTJs), has emerged as a promising candidate. However, conventional...
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29/01/2026, 10:00Workshop 2025/2026
Gallium oxide ($Ga_2O_3$) is a wide-bandgap semiconductor that has attracted significant attention for optoelectronic and photonic applications. Recent studies suggest that it is possible to tune both its bandgap and refraction index with aluminum incorporation, making it an even more versatile material platform for next-generation broadband integrated photonic devices. This thesis aims to...
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29/01/2026, 10:15
Gallium Oxide (Ga₂O₃) is an ultra-wide bandgap semiconductor with a strong potential for UV “solar-blind” photodetectors. The objective of this work is to investigate the controlled modification of Ga₂O₃/metal interfaces inserted in a metal-semiconductor-metal (MSM) structure by ion implantation and thermal annealing. The control of the electrical contacts allows MSM photodetectors to operate...
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29/01/2026, 10:30Workshop 2025/2026
This integrated project establishes a comprehensive methodology for developing high-accuracy angular position sensors based on Tunnel Magnetoresistance (TMR) technology. By employing a Stoner-Wohlfarth macrospin model, the magnetic behavior of multilayer stacks is simulated to account for anisotropies and interlayer couplings, enabling performance prediction and design optimization. A...
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29/01/2026, 10:45Workshop 2025/2026
Despite the successes of the Standard Model (SM), several fundamental questions remain unanswered. Motivated by this, extensions such as Multi-Higgs Doublet Models (NHDMs) have been proposed. NHDMs enlarge the scalar sector of the SM, leading to a rapid growth of the parameter space, which makes the imposition of symmetries particularly important.
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This work focuses on Two- and Three-Higgs... -
29/01/2026, 11:00
Precision measurements of neutrino oscillations at DUNE are limited by systematic uncertainties associated with neutrino--nucleus interaction modelling. The DUNE-PRISM programme addresses this challenge by exploiting off-axis measurements at the Near Detector to reconstruct neutrino fluxes in a largely model-independent way. In this work, we implement and validate a DUNE-PRISM flux-matching...
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29/01/2026, 11:15Workshop 2025/2026
This work explores how the timing and structure of electroweak symmetry breaking (EWSB) affects the freeze-out process of dark matter (DM) in the early Universe. While standard relic density calculations assume that EWSB has already occurred, recent studies show that for sufficiently heavy DM candidates, freeze-out may take place in the symmetric phase, before the Higgs field acquires a vacuum...
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29/01/2026, 11:30Workshop 2025/2026
The couplings of the $125\,\textrm{GeV}$ Higgs are being measured with higher precision as the Run 3 stage of LHC continues. Models with multiple Higgs doublets allow potential deviations from the SM predictions. For more than two doublets, there are five possible types of models that avoid flavor changing neutralcouplings at tree level by the addition of a symmetry.We consider a softly broken...
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29/01/2026, 11:45Workshop 2025/2026
We study a three-Higgs-doublet extension of the Standard Model invariant under a generalized CP (GCP) transformation and focus on the specific GCP-realization labelled by ($\theta ,\alpha,\beta,\gamma$)=($\pi/3,\pi/3,\pi/3,\pi/3$). This model — a natural 3HDM continuation of a previously identified non-trivial GCP-invariant 2HDM — belongs to the CPc class of scalar potentials and yields a...
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29/01/2026, 12:00Workshop 2025/2026
The Standard Model (SM) is the most successful theory in physics, accurately describing the electromagnetic, weak, and strong interactions of fundamental particles. However, it fails to explain some observed phenomena, such as neutrino oscillations/masses, leptonic charge-parity (CP) violation and mixing patterns, i.e., the neutrino flavor puzzle.
In this work, we explore an extension of...
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29/01/2026, 13:15Workshop 2025/2026
Alzheimer’s disease (AD) is an irreversible neurodegenerative disease whose clinical management and research heavily rely on longitudinal neuroimaging, particularly magnetic resonance imaging (MRI) and positron emission tomography (PET). However, real-world clinical datasets are frequently affected by missing imaging time points due to patient dropout, irregular follow-ups, or logistical...
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29/01/2026, 13:30Workshop 2025/2026
Fluorescence microscopy enables molecularly specific imaging in living cells using fluorescent labels that report the location and behaviour of selected targets. Widefield imaging is fast and simple, but it suffers from out-of-focus blur and background, especially in thicker samples.
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In this report, these limitations are addressed by advanced fluorescence imaging techniques, such as confocal... -
29/01/2026, 13:45Workshop 2025/2026
Icy moons such as Enceladus represent prime targets for detecting life beyond Earth due to their subsurface oceans and active plume emissions enabling direct sampling. This work develops a multi-instrument methodology to analyse Cassini VIMS and INMS data, characterising organic compounds and assessing biosignature potential. VIMS analysis reveals systematic differences between tiger stripe...
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29/01/2026, 14:00Workshop 2025/2026
Commodities play a pivotal role in the global economy and, like other financial assets, are susceptible to speculative bubbles. These speculative episodes, marked by sharp price rises followed by abrupt corrections, can generate severe financial instability. Standard causal time-series models are ill-suited for capturing these speculative dynamics. However, mixed causal–noncausal...
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29/01/2026, 14:15
Radiation Therapy is a central modality in cancer treatment, but its lack of cellular selectivity often results in damage to surrounding healthy tissues. Radiosensitization has emerged as a promising strategy to enhance tumour response while minimizing toxicity.
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In this context, several studies explore gold-based radiosensitizers, such as gold nanoparticles (AuNPs) in MCF-7 cells and... -
29/01/2026, 14:30Workshop 2025/2026
Modern spacecraft operate in harsh environments, where on-board intervention by engineers is not possible, making autonomy a critical requirement for mission success. Fault Detection, Isolation and Recovery (FDIR) plays a critical role in ensuring spacecraft safety and operational continuity, yet traditional FDIR approaches struggle to scale with the increasing complexity and interconnectivity...
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29/01/2026, 14:45Workshop 2025/2026
Understanding the X-ray drive deficit in inertial confinement fusion is crucial to realizing fusion as a viable energy source. To this end, the National Ignition Facility (NIF) has performed proof-of-concept experiments for a new post-shot transmitted-beam diagnostic, which requires improved understanding of laser glint and thermal filamentation. In this work, we develop a theoretical model of...
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29/01/2026, 15:00Workshop 2025/2026
As laser intensities exceed $10^{21}$ $W cm^{-2}$ plasma dynamics become dominated by Strong-Field Quantum Electrodynamics (SFQED), which require sophisticated simulation tools to model phenomena like gamma-ray emission and quantum radiation reaction. This work presents a C++ benchmark code developed to implement the Locally Monochromatic Approximation (LMA) within the particle-in-cell...
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29/01/2026, 15:15Workshop 2025/2026
A sustainable society requires the recycling of greenhouse gases into useful products (e.g. CO2 into CO and O2). For this conversion process, low-temperature plasmas are essential. These are electrically-powered reactive gases with ideal conditions for gaseous conversion. Atmospheric pressure plasmas in particular have great potential for conversion of CO2, due to the higher throughput at...
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29/01/2026, 15:30Workshop 2025/2026
Corona discharges consist of a fundamental plasma phenomenon that plays a significant role in high-voltage transmission and can appear naturally in atmospheric electricity. The range of applications associated includes environmental and industrial plasma systems, especially under atmospheric conditions.
Humidity induces a strong influence on the discharge behavior, affecting its formation,...
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29/01/2026, 16:00Workshop 2025/2026
Equatorial Plasma Bubbles (EPBs) are large-scale depletions of ionospheric plasma density that disrupt radio wave propagation and satellite-based communication systems. They are commonly understood to arise from the nonlinear development of the Rayleigh–Taylor instability (RTI) in the equatorial ionospheric F-region under weakly collisional conditions. While their formation is typically...
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29/01/2026, 16:15Workshop 2025/2026
The inner parsec of the Milky Way hosts one of the most extreme stellar environments in the Galaxy, characterized by high stellar densities, strong tidal fields, and severe interstellar extinction. Despite these challenges, recent space missions have provided high-quality revolutionary asteroseismic data that have revealed a population of red giant (RG) stars spanning a very wide range of...
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29/01/2026, 16:30Workshop 2025/2026
Astrophysical Black Hole (BH) observations highly depend on external factors, as these objects do not emit light. For non-rotating (Schwarzschild) BHs, the light ring, located at R=3MG/c^2, is a region where light rays perform unstable circular orbits, eventually escaping it and reaching a distant observer. Therefore, an infalling star observation would have contributions of both the radially...
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29/01/2026, 16:45Workshop 2025/2026
Low-mass stars ($0.6-2.0$ $M_{\odot}$) at the tip of the red giant branch (TRGB) feature a highly degenerate and inert helium core surrounded by a hydrogen-burning shell. As the star evolves, conditions in the core trigger the ignition of helium, that lifts the core out of degeneracy, through an explosive event called the helium flash. However, the structure of this event is sensitive to the...
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29/01/2026, 17:00
Accurate identification of surgical margins remains a critical challenge in head and neck cancer surgery, contributing to high rates of positive margins and subsequent patient relapse. Fluorescence Lifetime Imaging Microscopy (FLIM) offers a promising label-free optical contrast mechanism, leveraging differences in fluorescence decay dynamics to distinguish malignant from healthy tissue in...
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29/01/2026, 17:15Workshop 2025/2026
Traditional neural networks consume vast amounts of energy, driving the search for efficient alternatives like Optical Neural Networks (ONNs), which perform computations with light. This project aims to demonstrate the potential of ONNs to structure light in complex ways by using them to generate self-evolving patterns known as artificial life.
For our experimental setup we use a nonlinear...
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29/01/2026, 17:30Workshop 2025/2026
The Jupiter Icy Moons Explorer (JUICE) mission will operate in a complex and intense radiation environment during its interplanetary cruise and within Jupiter’s magnetosphere. Accurate radiation monitoring is essential for both spacecraft safety and scientific objectives. This work focuses on the characterization of the interplanetary radiation environment and the optimization of the Radiation...
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29/01/2026, 17:45Workshop 2025/2026
The space radiation environment poses significant challenges to space missions, affecting spacecraft reliability and instrument performance, particularly in the harsh conditions of the inner Solar System. The BepiColombo mission to Mercury provides a unique opportunity to characterise this environment over a wide range of heliocentric distances and solar activity conditions. This report...
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29/01/2026, 18:00Workshop 2025/2026
The measurement problem emerged in the late 1920s from the realization that the mathematical postulates of Quantum Mechanics, which entail unitarity and linearity, naturally lead to superpositions of macroscopic states. Some point out that it’s not clear how to interpret what an observation of such a state would be, while others state the problem lies in its being in tension with our...
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29/01/2026, 18:15Workshop 2025/2026
Monaural speech enhancement is the task of improving how clear and understandable speech sounds when it’s recorded in noisy, reverberant environments using only a single microphone. Traditional signal-processing methods depend on stochastic assumptions about how speech and noise behave, which makes them struggle in real-world situations where noise changes over time or the signal-to-noise...
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Workshop 2025/2026
The Gallium Oxide (Ga₂O₃) is an ultra-wide bandgap semiconductor with a strong potential usage on UV “solar-blind” photodetectors. This work’s objective is to create and investigate the controlled modification by ion implantation of Ga₂O₃/metal interfaces inserted in a Metal-Semiconductor-Metal (MSM) structure, to develop the previously mentioned devices to operate in different modes. These...
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