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Robots walk straight off the 3D printer
Scientists create cheap, soft robots that move with compressed gas, no electronics, for use in tough places like space or disaster zones.

MIT creates easier way to build smart structures
Researchers use snap-together blocks with built-in electronics to make strong, interactive devices without waste.

Better plastic for 3D printing, adjustable and cheap
Engineers have created and tested a stretchable material with adjustable properties for cheaper and better 3D printing.

Personalized, blood-based, 3D-printed implants for regenerative medicine
A new 3D printable, biocooperative material made from a person's own blood can help the body heal from injuries or diseases.

Better 3D printable concrete mixed with graphene
Researchers have created 3D printable concrete that is stronger, lasts longer, and is better for the environment.

Electronic devices 3D-printed with conductive polymers
A MIT team created logic gates using large molecules that carry electricity (conductive polymers) instead of semiconductors.

Holographic methods could revolutionize 3D printing
Holographic methods based on acoustic holograms could revolutionize 3D printing and its applications in many industries.

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

The Incredible AI 3D Revolution | Mindplex Podcast - S2EP16
The groundbreaking innovations unveiled at the GDC: Discover how AI is revolutionizing the creation and presentation of 3D models for printed wearables, virtual clothing, avatars, and immersive virtual worlds.

Shape-shifting soft machines
Combining 3D printing, flexible shape morphing and photoresponsivity may allow for radical new medical and other uses