Career

Academic Background:

• Bachelor’s in Physical Sciences – Autonomous University of Madrid, 2002.

• Doctorate in Physical Sciences – Autonomous University of Madrid, 2008.

Professional Experience:

• Current Role: Postdoctoral Researcher at CSIC (ICMM), Madrid – participating in R&D projects with academic and industrial relevance.

• Previous Roles: I have held research positions in Spain, Germany, and the United Kingdom, contributing to instrumentation development and advancements in nanotechnology.

Professional Background

• Advanced Instrumentation: Design and construction of SPM systems for operation in UHV and cryogenic conditions.

• Research in 2D Materials: Development of scalable methods for exfoliation and production of thin films, with an emphasis on transition metal dichalcogenides.

Main Achievements, Innovations and Highlights

• Innovation in Instrumentation: Development of advanced AFM/STM systems optimized for UHV and low temperatures (2–5 K), including the integration of STM-based detection and innovative lithography methods. Experience in interferometric detection, OBD, and quartz tuning forks.

• Scalable Production of 2D Materials: Co-invention of a scalable mechanical exfoliation method that reduces production costs and improves performance, with commercial potential.

Publications, Projects and Patents

Recent Publications:

• “High-Throughput Mechanical Exfoliation for van der Waals Nanosheets” – Published in Small Methods (2023) link.

• “Large Magnetoresistance in Nanostructured Materials” – Published in Advanced Materials, (2023) link.

Main Research Projects:

• Flexible Electronics with van der Waals Materials for Health Monitoring: Integration of flexible electronics and advanced materials science.

• Roll-to-Roll Manufacturing of 2D Microdevices: Innovation in scalable processes for devices based on 2D materials.

• Ultra Low-Cost Sensors for Wearables and Industry 4.0: Development of cost-effective sensor technologies integrated with digital solutions.

Intellectual Property:

Co-inventor in a patent application for innovative techniques in 2D material coating, supporting the entrepreneurial potential of the research.

Strategic Vision

My professional journey is defined by a commitment to advancing scanning probe microscopy (SPM) and the development of quantum sensors through innovative methods and strategic collaboration. My main strengths lie in my expertise in designing, developing and applying SPM in environments ranging from UHV to cryogenic conditions, along with a growing interest in quantum sensor applications.

To leverage these strengths and ensure a significant impact, my strategic vision focuses on:

• Maximising My Advantage in SPM: Continue applying my SPM knowledge to develop novel methodologies, with a special emphasis on NV-based microscopy and hybrid quantum methods.

• Driving Innovation Through AI: Integrate advanced AI techniques into SPM control and data analysis, improving precision, speed and automation, while addressing real-time performance challenges and interpretability.

• Fostering Strategic Collaborations: Establish alliances with experts in AI, quantum transport, advanced SPM techniques and quantum sensors to ensure scientific support and credibility.

• Defining an Entrepreneurial Niche: Position myself as a leading entrepreneurial figure by leveraging the patent and innovations in SPM to translate research into practical applications.

Full CV and References are available upon request.