Research
My research spans a wide range of topics around generative AI, with a particular focus on LLM research. Currently, I’m interested in (1) using foundational LLMs (especially SLMs) to solve both core research questions and real, user-facing problems, (2) aligning and integrating multiple modalities so models can reason across diverse inputs and contexts, (3) developing robust training methodologies: data-efficient objectives, distillation, refined pre-training and post-training techniques, (4) designing efficient architectures for language models, (5) improving inference efficiency for low-latency, low-memory execution on consumer hardware, and (6) ensuring robustness and alignment through rigorous evaluation, safety safeguards, and reliability testing.
Publications
Below is a list of my publications in reversed chronological order.
2025
2024
2023
- Annals of OncologyMulti-site validation of a deep learning solution for HER2 profiling of breast cancer from H&E-stained pathology slidesAnnals of Oncology 2023
2022
- DatabaseHumanMine: advanced data searching, analysis and cross-species comparisonDatabase 2022
2021
2020
- Nature Scientific ReportsGenome-wide investigation of gene-cancer associations for the prediction of novel therapeutic targets in oncologyNature Scientific Reports 2020
2019
- WSOMNetwork Community Cluster-Based Analysis for the Identification of Potential Leukemia Drug TargetsIn International Workshop on Self-Organizing Maps 2019
- Neuromuscular DisordersAutomated diagnosis of collagen VI related muscular dystrophies using advanced image analysis and machine learningIn Neuromuscular Disorders 2019
2018
- arXivPerformance Evaluation of an Algorithm-based Asynchronous Checkpoint-Restart Fault Tolerant Application Using Mixed MPI/GPI-2arXiv preprint 2018
- BioinformaticsBIOLITMAP: a web-based geolocated, temporal and thematic visualization of the evolution of bioinformatics publicationsBioinformatics 2018