Flux Capacitor Demos

What approaches could lead to composite materials with a higher strength-to-weight ratio and superior thermal properties compared to current aerospace composites?

Map the neurological pathways involved in emotional empathy and explore cutting-edge non-invasive neuromodulation techniques that could be embedded in a headpiece and theoretically enable direct emotional state transfer between individuals.

Analyze the photosynthetic enzyme pathway in purple sulfur bacteria that enable hydrogen sulfide photosynthesis and identify approaches to grow the anarobic purple sulfur bactieria and optimize these pathways.

What combination of smart textiles, biomaterials, and bioelectronics could create dynamic wound healing microenvironments that adjust to different wound types and healing stages?

How can direct extraction techniques be engineered to efficiently process diverse metal concentrates and mixed feedstocks at ambient conditions for water-scarce environments?

How can semi-embryonic stem cells from umbilical cord tissue be developed into a universal donor therapy that effectively migrates to and regenerates damaged tissue across multiple organ systems?

Analyze the relationship between intracellular water dynamics, cellular metabolism, and cancer progression. What biophysical properties could be targeted therapeutically?

What emerging techniques in vascular tissue engineering could enable the creation of perfusable, transplantable blood vessel networks capable of supporting lab-grown organs?

How can novel nerve repair technology be developed to overcome the current limitations in organ and tissue transplantation, enabling replacement-based therapies?