About ANISLaG

Applied Nano‑Instrumentation & Sensors Laboratory Group (ANISLaG)

The Applied Nano‑Instrumentation & Sensors Laboratory Group (ANISLaG) is a research group based at the University of Santo Tomas, dedicated to the development of nano‑scale instrumentation, sensing technologies, and advanced electronic devices grounded in applied physics and engineering principles.

ANISLaG conducts interdisciplinary research at the intersection of nanoelectronics, instrumentation physics, advanced materials, and data‑driven methods, with an emphasis on rigorous experimentation, reproducible measurement, and application‑oriented system design. The laboratory aims to serve as both a platform for high‑quality scientific research and a collaborative environment for training students in experimental and computational approaches in applied physics.

The name ANISLaG reflects both the laboratory’s scientific focus and its guiding philosophy.

In the Philippine context, Anislag is known as a native tree valued for its strength, longevity, and adaptability. In a similar spirit, the ANISLaG aspires to build research that is deeply rooted in physical principles, structurally robust in methodology, and capable of growth across disciplines.

By grounding innovation in solid physical understanding, ANISLaG aims to develop sensing and instrumentation technologies that are not only novel but also dependable and extensible.

Research Focus and Scope

The central aim of ANISLaG is to advance the design, fabrication, and characterization of nano‑scale devices and sensors, translating fundamental physical principles into reliable instrumentation and sensing platforms.

The laboratory’s research spans interconnected areas:

• Nano‑Instrumentation and Measurement Science
  Development and application of precision electrical and optoelectronic measurement techniques for nano‑scale devices, including custom experimental platforms for emerging materials and architectures.

• Sensors and Sensing Platforms
  Design of electronic and optoelectronic sensors with enhanced sensitivity, stability, and functionality, emphasizing physics‑based performance and practical implementation.

• Advanced Materials and Devices
  Investigation of electronic devices based on advanced materials, including two‑dimensional (2D) materials and heterostructures, with focus on charge transport, light–matter interaction, and structure–property relationships.

• Data‑Driven and Intelligent Methods
  Use of modeling, simulation, and machine learning as analytical tools to support device characterization, sensor optimization, and experimental interpretation.

Through these thrusts, ANISLaG seeks to bridge fundamental physics, instrumentation, and application‑oriented sensing, ensuring scientific depth alongside technological relevance.

Education and Research Training

ANISLaG is committed to research‑driven education and mentorship. The laboratory welcomes undergraduate and graduate students with interests in applied physics, electronics, instrumentation, materials science, and data analysis.

Students involved in the group typically gain experience in:

• Experimental design and instrumentation setup

• Electronic and optoelectronic device characterization

• Data acquisition, analysis, and visualization

• Scientific writing and technical communication

The training environment emphasizes independence, critical thinking, and ethical research practice, preparing students for careers in academia, research institutions, and technology‑oriented industries.

Collaboration and Engagement

ANISLaG values collaborative research and actively seeks partnerships with local and international academic institutions, research centers, and industry collaborators.

The laboratory is particularly interested in collaborations involving:

• Joint experimental or computational research

• Sensor and device development programs

• Student exchanges and co‑supervision

• Interdisciplinary initiatives combining physics, engineering, and data‑driven approaches

Through collaboration, ANISLaG aims to contribute to the global scientific community while strengthening research capacity within the university and the region.

Institutional Affiliation

Applied Nano‑Instrumentation & Sensors Laboratory Group (ANISLaG)
Department of Electronics and Communications Engineering
University of Santo Tomas
Manila, Philippines