ETH Zurich

Researchers from ETH Zurich have created 3D rabbit models embedded with synthetic DNA that contained their own blueprints. That allows them to effectively "clone" the models, printing copies by clipping small pieces off the original.

Of all the materials that can be 3D-printed, glass is still one of the most challenging to work with. Scientists at the ETH Zurich research center are working on changing that, though, with a new and reportedly better glass-printing technique.

It's an unfortunate fact that pacemakers do need to be surgically replaced every five years or so, before their battery runs out. The procedure could soon be considerably easier and safer, though, thanks to a membrane that goes around the implant.

Scientists have added tactile sensors to a prosthetic leg, allowing users to walk with much less effort.

It was a couple of years ago that we first heard about the ANYmal, a quadruped robot made by ANYbotics. Now, the Swiss company has announced the ANYmal C.

An incredible new breakthrough from scientists at ETH Zurich has, for the first time, demonstrated a new CRISPR method that can modify dozens of genes simultaneously, allowing for more large-scale cell reprogramming.

Getting real, physical movements accurately depicted in the digital world remains a challenge for programmers and engineers, but a newly developed glove promises to advance the tech significantly. It's able to capture hand movements with much more detail and nuance than most existing solutions.

​The shorter a drone's propellers, the less efficient they are at keeping it airborne. That factor, along with compact, low-capacity batteries, is the reason that small drones can't fly very long. A new two-prop drone, however, is claimed to deliver twice the flight time as same-sized quadcopters.

We've seen robots that can walk, trot, run, and even do backflips, but now a student team is working on a rover robot prototype that is designed to travel in lunar gravity by controlled bounds into space where all four legs leave the ground.

​While shape-memory materials do have some interesting applications, many of them require the application of heat in order to change shape – and that could cause problems, in environments such as the human body. A new material, however, relies instead on a magnetically-responsive liquid.

Researchers in Switzerland have figured out a way to reduce the temperature of water to a very cool -263° C (-441.4° F) without freezing it, opening up some interesting possibilities around how we study molecular structures at extreme temperatures. ​

Scientists have created the first fully computer-generated genome of a living organism. Named Caulobacter ethensis-2.0, it was built by simplifying the natural code of Caulobacter crescentus. The team says this is a huge step towards creating completely synthetic life and medicinal DNA molecules.