Research will adopt multidisciplinary approaches, engaging various departments to explore happiness & well-being from diverse perspectives. Collaborative cross-sectoral research will be encouraged, particularly with the Rekhi Centre of Excellence for the Science of Happiness.

• Neurobiology of Happiness: Investigate the neural mechanisms underlying happiness and well-being, exploring how biotechnological approaches such as brain imaging techniques (fMRI, PET scans) can elucidate the neurochemical and structural correlates of positive emotions.
• Biotechnological Interventions for Mental Health: Explore the potential of biotechnological interventions, such as gene therapy, neurostimulation, or pharmacogenomics, in enhancing emotional resilience, reducing symptoms of depression and anxiety, and promoting overall well-being.
• Biotechnology and Positive Psychology: Examine the application of biotechnological tools in measuring and enhancing positive psychological constructs such as gratitude, compassion, and resilience, using techniques such as epigenetics, proteomics, or metabolomics.
• Biological Basis of Mindfulness and Meditation: Investigate the physiological and molecular changes associated with mindfulness and meditation practices, exploring how these techniques influence gene expression, immune function, and neural plasticity.
• Biofeedback and Emotional Regulation: Explore the use of biofeedback technologies in training individuals to regulate their emotions more effectively, investigating how real-time physiological feedback can facilitate the development of mindfulness and emotional self-awareness .
• Biotechnology and Social Connection: Investigate the role of biotechnological interventions, such as virtual reality or social media platforms, in fostering social connections, promoting empathy, and enhancing subjective well-being.
• Biological Markers of Happiness: Identify biomarkers associated with subjective well-being and happiness, exploring how genetic variations, hormonal profiles, or inflammatory markers correlate with individual differences in life satisfaction and positive affect.
• Bioethics and Happiness: Examine the ethical implications of using biotechnological interventions to enhance happiness, considering issues such as autonomy, justice, and unintended consequences on individual and societal levels.
• Biotechnology and Aging: Investigate how biotechnological interventions, such as regenerative medicine, senolytics, or personalised nutrition, can promote healthy aging and longevity, with a focus on enhancing emotional well-being and quality of life in later stages of life.
• Biodesign for Well-being: Explore the design of biotechnological solutions, such as bio-inspired materials, wearable devices, or smart environments, aimed at promoting happiness, stress reduction, and overall well-being in daily life.

By integrating insights from biotechnology and happiness research, these interdisciplinary studies have the potential to deepen our understanding of the biological basis of well-being and inform the development of innovative interventions for enhancing human flourishing and quality of life.