Research lines - wit

1.A RF / Microwave devices for satellite communications by 3D printing

• 1.A.1 Microwave Components Group (MCG) / UPNA, Miguel Ángel Gómez Laso
• 1.A.2 Antenna Group / UPNA, Jorge Teniente

1.B Development and manufacturing of multi-source energy harvesting systems

• 1.B.1 Communication, signals and microwaves / UPNA, Antonio López Martín

1.C Development and advanced manufacturing of sensors

• 1.C.1 Development of new concepts and manufacturing techniques for fiber optic sensors for road traffic control / Optical Communications Group / UPNA, Manuel López-Amo Sainz

• 1.C.2 Metamaterial nanophotonic architectures for LIDAR technologies / Antenna Group / UPNA, Iñigo Liberal

• 1.C.3 Improved metasurface radar sensors / Antenna Group / UPNA, Iñigo Ederra

• 1.C.4 Development and advanced manufacturing of sensors for continuous measurement of water quality in rivers and urban sanitation networks / Optical Communications Group / UPNA, Manuel López-Amo Sainz

• 1.C.5 Magnetic sensors for automotive and mechatronics applications / Physical properties and applications of materials Group / UPNA, Cristina Gómez Polo

1.D Eco-efficient Mobility Management in Sustainable Urban Transport

• 1.D.1 DECYL Group (Data, Statistics, Quality and Logistics) / UPNA, Francisco Javier Faulin Fajardo

​1.E Advanced fuel cell manufacturing

• 1.E.1 Environmental Technologies and Applications Group (TAMA) / UPNA, Antonio Gil Bravo

1.F Systems for High capacity communications in THz

• 1.F.1 Tunable reduction of wideband RCS by liquid crystals / Antenna Group / UPNA, Juan Carlos Iriarte

• 1.F.2 Dual circular polarization antennas / Antenna Group / UPNA, Jorge Teniente

• 1.F.3 Gap waveguide antennas / Antenna Group / UPNA,  Miguel Beruete

• 1.F.4 Corrugated planar antennas / Antenna Group / UPNA, Miguel Beruete

• 1.F.5 Reconfigurable metasurfaces / Antenna Group / UPNA, Miguel Beruete

• 1.F.6 Design of array antennas based on CORPS beams forming networks / Antenna Group / UPNA, Carlos del Río

• 1.F.7 Analysis of beam forming networks type ODIN (Overlapped Distribution Network) / Antenna Group / UPNA, Carlos del Río

• 1.F.8 THz Fabry-Perot cavity dual polarization antennas / Antenna Group / UPNA, Iñigo Ederra

2.A Hematology: advanced therapies and diagnostic innovation

• 2.A.1 Hemato-Oncology / Epigenetics group / UNAV, Xabier Aguirre
• 2.A.2 Hematology: advanced therapies and diagnostic innovation / Molecular bases of hematological malignancies group / UNAV, Felipe Prósper Cardoso

2.B Regenerative medicine

• 2.B.1 In vivo generation of pluripotent stem cells derived organs / Stem cell biology group / UNAV, Xabier Aranguren

2.C Nanomedicine

• 2.C.1 Nanomedicines and drug delivery Group / UNAV, María José Blanco Prieto
• 2.C.2 Nanostructure for Therapy Application / UPNA, Manuel Algarra

2.D Preventive medicine

• 2.D.1 Prevention and treatment of hepatic steatosis in children with overweight or obesity / Nutrition and Physical Activity for Health, ELIKOS Group / UPNA, Idoya Labayen Goñi
• 2.D.2 Cellular mechanisms and molecular factors involved in the relationship between excess adipose tissue and colon cancer / Obesity and Adipobiology Group / UNAV,  Gemma Frühbeck
• 2.D.3 Health, diet and lifestyles in adults / Epidemiology and public Health Group / UNAV, Miguel Ángel Martínez González

2.E Ophthalmology

• 2.E.1 Complement system and retinal diseases / Retinal diseases and therapies Group / UNAV, Patricia Fernández-Robredo.

• 2.E.2 Histopathological and molecular analysis of the formation of the myopia biomarker CUVAF (Conjunctival Ultraviolet AutoFluorescence) in comparison with pinguecula and pterygium / Laboratory of experimental Ophthalmology / UNAV, Sergio Recalde

2.F Cardiology

• 2.F.1 Microbial pathogenesis Group / UPNA, Iñigo Lasa
• 2.F.2 Translational Cardiology Group / UPNA, Natalia López-Andrés
• 2.F.3 Myocardial remodeling and heart failure Group / UNAV-CIMA, Arantxa González
• 2.F.4 Tissue engineering and additive manufacturing / UNAV, Manuel Mazo Vega

2.G Gene Therapy and gene Regulation

• 2.G.1 Gene therapy for rare diseases / Laboratory of gene therapy for liver diseases / UNAV, Gloria González Aseguinolaza
• 2.G.2 Gen regulation in Cancer / Long non-coding RNAs and cancer genome Group / UNAV-CIMA, Maite Huarte

2.H Immunology / Immunotherapy

• 2.H.1 Oncoimmunology Unit Group / UPNA-Navarrabiomed, David Escors Murugarre
• 2.H.2 Cancer signalling Unit Group / UPNA, Imanol Arozarena
• 2.H.3 Protein crystallography and structural immunology Group / UPNA-Navarrabiomed, Jacinto López Sagaseta
• 2.H.4 Cancer Immunotherapy Cytokine-based Therapies Laboratory Group / UNAV-CIMA, Pedro Berraondo

3.A Energy Grid integration

3.A.1 "INGEPER" Renewable Energy Grid Integration Group / UPNA, Luis Marroyo Palomo

3.B Development of advanced materials and technologies for energy production

• 3.B.1 Physical properties and applications of materials Group / UPNA, Alberto López Ortega
• 3.B.2 Quantum materials for energy applications / Antenna Group / UPNA, Iñigo Liberal
• 3.B.3 Advanced wind turbine control / Dynamic Systems and Control Group / UPNA, Jorge Elso

3.C Valorization of natural resources and waste

• 3.C.1 Environmental Technologies and Applications Group (TAMA) / UPNA, Antonio Gil
• 3.C.2 Circular strategy of fertilization from the recycling of organic waste: synthesis of highly efficient organ mineral sources as an alternative to current fertilization / Biological and Agricultural Chemistry Group / UNAV, José María García-Mina
• 3.C.3 Valorization of vegetable organic wastes for health purposes / Vegetable wastes and health group / UNAV, Nieves Goicoechea

4.A Real-time data processing

• 4.A.1 Approximate reasoning and artificial intelligence Group (GIARA) / UPNA, Humberto Bustince, José Antonio Sanz Delgado​​​​​​
• 4.A.2 New developments in information fusion techniques using interval and multidimensional data with applications in computer vision and machine vision and machine learning / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA, Humberto Bustince, Daniel Paternáin

4.B Spatial statistical problems

• 4.B.1 Spatial statistics Group / UPNA, María Dolores Ugarte

4.C AI applications in Health, Advanced Manufacturing and Energy

• 4.C.1 Multifactorial analysis of Early Metabolic Syndrome using machine learning techniques / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA;  Humberto Bustince, Carlos López Molina, Idoya Labayen
• 4.C.2 Automatic control  of life cycles for in vitro neuron cultures using computer vision / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA; Humberto Bustince, Carlos López Molina, Montserrat Arrasate
• 4.C.3 Behaviour modelling and prediction in biological neuron networks / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA;  Humberto Bustince,  Carlos López Molina, Andrea Serio
• 4.C.4 Machine learning-based prediction of adverse effects in colonoscopy biopsies / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA; Humberto Bustince, Eduardo Albéniz Arbizu
• 4.C.5 Multifactorial study of profiling of oncological patients using deep learning and Big Data / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA;  Humberto Bustince, Ruth Vera
• 4.C.6 Deep learning in brain-computer interfaces / Algebra. Applications Group / UPNA;  Luis M. Ezquerro Marín, Marisol Gómez Fernández

• 4.C.7 New developments in efficient multimodal lifelong learning / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA, Humberto Bustince, Mikel Galar

• 4.C.8. Personalized medicine determining optimal patient-driven treatments / Design statistics and data analysis group (StatData) in the Institute of Data Science and AI (DATAI) / UNAV, Jesús López-Fidalgo
• 4.C.9. Modelling and prediction of the impact of air pollution and climate change on population health using AI, machine learning and big data techniques / Environmental Analytics (BIOMA) / UNAV, Jesús Miguel Santamaría Ulecia
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  ​​​​​​4. D Image Processing
• 4.D.1 Improving deep learning-based computer vision methods using ensembles and advanced information fusion techniques / Approximate reasoning and artificial intelligence Group (GIARA) / UPNA, Humberto Bustince, Daniel Paternáin