21st Century Innovative Technologies and Developments as also discoveries, curiosity ( insolite)...

The Dutch couple pays €800 ($960) rent per month to live in the future.

New printing technique uses cells and molecules to recreate biological structures

(Nanowerk News) Researchers from Queen Mary University of London have developed a printing technique using cells and molecules normally found in natural tissues to create constructs that resemble biological structures.

These structures are embedded in an ink which is similar to their native environment and opens the possibility to make them behave as they would in the body.

This allows the researchers to observe how cells work within these environments and potentially enables them to study biological scenarios such as where cancer grows or how immune cells interact with other cells, which could lead to the development of new drugs.

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It looks like a piece of Nerf or coral, but it's actually one of the strongest materials ever created.

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Nature Materials, Harvard University researchers announced they’ve created the first 3D-printed heart-on-a-chip capable of collecting data about how reliably a heart is beating.

The printed organ is made of synthetic material designed to mimic the structure and function of native tissue. It is not designed to replace failing human organs, but it can be used for scientific studies, something that is expected to rapidly increase research on new medicine. The medical breakthrough may also allow scientists to rapidly design organs-on-chips to match specific disease properties or even a patient’s cells.

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German researchers have developed a complex lens system no bigger than a grain of salt that fits inside a syringe. The imaging tool could make for not just more productive medical imaging, but tiny cameras for everything from drones to slimmer smartphones.

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Traditional 3D printing has limits that have negatively impacted its usefulness. For one, almost all 3D printers use plastic as the medium, and that plastic needs to be supported during the printing process. An experimental printer developed by Harvard’s Wyss Institute and the School of Engineering and Applied Sciences (SEAS) uses nanoparticles and lasers to make metallic 3D printing feasible in midair.

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Braille has been around since 1824, when blind Frenchman Louis Braille invented the system of raised dots that would allow blind people to read with their fingertips.

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The plan to 3D-print a bridge in mid-air was always bonkers. How could a technology best known for creating flimsy prototypes and personalized action figures be used for permanent construction projects? Well, the team at MX3D in Amsterdam just answered all of the hard questions and revealed it: the world’s first 3D-printed bridge. It’s made of a completely new type of steel, spans 40 feet, and will be installed early next year in De Wallen, the largest and best-known red-light district in Amsterdam. It also looks utterly otherworldly.

This AI software dreams up new designs for 3-D-printed parts before your eyes

Desktop Metal’s new software lets regular people design objects optimized for 3-D printing, no experience required.

The news:  Desktop Metal’s new LiveParts is a piece of software that automatically generates designs of objects ready for 3-D printing. Users just tell it the structural constraints of the object they’re building, and it uses biology-inspired AI models to quickly generate a design suited to additive manufacturing.

Better components: The software ensures that parts take advantage of 3-D printing’s capabilities. “This would enable weight reductions between 25 and 60 percent of many kinds of general-purpose parts,” says Desktop Metal CEO Ric Fulop, “while spreading loads more evenly and improving fatigue resistance.”

3-D printing for the masses? Desktop Metal says the software is easy to use even if you have no experience designing parts for additive manufacturing. That could help move 3-D printing closer to being able to create whatever you need, whenever you need it—no engineering degree required.

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Researchers from Beijing have reported the use of 3D printing and injected liquid metal as a novel way to create functional electrical components.Citing the “fabrication freedom” that is enabled by 3D printing as a manufacturing technique, the academic paper explores the possibilities of embedding liquid metal

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Ein Unternehmen plant jetzt die Errichtung einer ganzen Stadt mit einem 3D-Drucker. Die Produktionskosten sollen 90 Prozent geringer sein als normal.

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Erst druckt sich ein Texaner per 3D-Drucker ein Haus, jetzt setzt ein Chinese noch eins drauf – und druckt sich einfach eine Villa.

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Der Druck des 250 Quadratmeter großen Gebäudes dauerte 17 Tage, in zwei Tagen wurden die Elemente zusammengesetzt.

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Doctors perform hundreds of thousands of knee surgeries every year, often to replace damaged or worn cartilage. The techniques for performing these surgeries today may be about to change, thanks to new research. 

In the not-too-distant future, orthopedic surgeons may simply draw new cartilage inside your knee, using a 3D printing, stem-cell-extruding device called the "BioPen."

SEE ALSO: Should we 3D print a new Palmyra? Here's what it means to recreate a city destroyed by ISIS.

The device is still in the research and development stage and not yet approved for medical use, but it's an example of how 3D printing technologies may usher in new ways of treating common human ailments.

In a study published last month in the journal Biofabrication, scientists from the Australian Research Council’s Center of Excellence for Electromaterials Science (ACES) detailed experiments with their custom-built, 3D printing pen, known as the BioPen, a device they’ve been working for almost three years. 

Its new capability, though, is what they're calling a breakthrough: the ability to effectively print viable human stem cells into damaged joints to regrow cartilage.

The pen was developed by Peter Choong, director of orthopedic

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