All Projects
Explore our innovative projects at the intersection of quantum mechanics and biology, led by talented students and researchers.
Quantum Coherence in Photosynthesis
Investigating how quantum effects contribute to the remarkable efficiency of photosynthetic energy transfer in plants.
STEM Education Platform for Rural Areas
Developing a culturally-relevant quantum biology curriculum and digital learning platform for students in rural communities.
Quantum Effects in Neural Networks
Exploring the potential role of quantum mechanics in the functioning of the human brain and consciousness.
Quantum Biology Research
Exploring how quantum mechanics plays a role in biological processes and how quantum computing can accelerate our understanding of complex biological systems.
Drug Discovery Acceleration
Using quantum algorithms to simulate molecular interactions and dramatically speed up the discovery of new therapeutic compounds for treating diseases.
Genomic Data Analysis
Applying quantum machine learning to analyze vast genomic datasets, identifying patterns and insights that classical computing might miss.
Quantum Biosensors
Developing ultra-sensitive quantum sensors for detecting biological markers at unprecedented levels of precision for early disease diagnosis.
Protein Folding Solutions
Tackling the protein folding problem with quantum algorithms to better understand protein structures and functions for medical breakthroughs.
Youth Research Incubator
Supporting student-led research projects at the intersection of quantum computing and biotechnology with mentorship and resources.