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Scientists develop a method to create medical implants inside the body using ultrasound, without needing to use surgery.

Researchers simulate space conditions to build realistic muscle models for health studies and new treatments.

This open-source software helps engineers create 3D objects that mix different materials in smart ways, making design faster and more flexible for printing and testing.

Future plan: fabricate implantable tissues that can heal or replace faulty or diseased heart structure

Horizontal printing, grown from induced pluripotent stem cells

New ink formulation enables high-performance, scalable production of micro-supercapacitors and sensors using aerosol jet printing for next-generation electronics.

Combining 3D printing, flexible shape morphing and photoresponsivity may allow for radical new medical and other uses

Scientists create tiny 3D superconducting structures to control electrical resistance and magnetic fields for advanced technology.

Potential uses include artificial organ transplants, disease and tissue modeling, and screening candidates for new drugs

Researchers use snap-together blocks with built-in electronics to make strong, interactive devices without waste.