Lifeboat Foundation

There is a cyborg organoid platform developed by integrating “tissue-like” stretchable mesh nanoelectronics with 2D stem cell sheets. Leveraging the 2D-to-3D reconfiguration during organoid development, 2D stem cell sheets fold and embed stretchable mesh nanoelectronics with electrodes throughout the entire 3D organoid. The embedded electronics can then enable continuous electrical recording.

Scientists design stretchable mesh nanoelectronics, mimicking the mechanical and structural properties of brain organoids to build cyborg human brain organoids.

Using the 3D embedded stretchable electrodes, achieved reliable long-term electrical recording of the same hiPSC-derived neural tissue at single-cell, millisecond spatiotemporal resolution for 6 months, revealing the evolution of the tissue-wide single-cell electrophysiology over hiPSC-derived neuron development. Applying this technology to brain organoids at early developmental stages, they traced the gradually emerging single-cell action potentials and network activities.

Continue reading “Stretchable Mesh Nanoelectronics for 3D Single‐Cell Chronic Electrophysiology from Developing Brain Organoids” »

AUCKLAND, New Zealand — We may be on the medical precipice of turning back time, or actually reversing the heart rhythm effects of cardiac events. A potentially game-changing “bionic” pacemaker capable of restoring the human heart’s naturally irregular beat is set to undergo trials involving heart patients in New Zealand this year.

“Currently, all pacemakers pace the heart metronomically, which means a very steady, even pace. But when you record heart rate in a healthy individual, you see it is constantly on the move,” says professor Julian Paton, a lead researcher and director of Manaaki Manawa, the Centre for Heart Research at the University of Auckland, in a university release.

Continue reading “Revolutionary ‘bionic’ pacemaker capable of reversing heart failure now set for human trials” »

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Continue reading “New Technology for the U.S. Army | Neuralink Prepares for Human Tests | Technology News” »

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Continue reading “Who Built Them And Why? | The Top Weirdest Robots” »

It’s lighter than a human hand.

The movements are driven by a chemical reaction that consumes molecular energy for this purpose.

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From the home to the workplace, and to the sky above, robots in 2022 are transforming the world we know —and helping us understand the worlds we don’t. Let’s highlight a few of these remarkable machines and how they might transform not only how we interact with ourselves, but also the universe around us. We will take about the following robots: Mars Perseverance & Ingenuity, Moley the Robotic Chef, Toyota’s Robotic Butler, Spot by Boston Dynamics, Digit by Agility Robotics, Atlas by Boston Dynamics, Guardian XO Exoskeleton, Vicarious Medical Robot, British loyal wingman and Xenobots!

Continue reading “10 Newest SECRET ADVANCED ROBOTS 2022 | Boston Dynamics” »

China has developed the world’s largest electrically-powered quadruped bionic robot to assist the military on logistics and reconnaissance missions. This comes as the latest in China’s push to become a global leader in robotics by 2025 and also, of course, in military tech.

Walking on four legs and boasting a yak-like appearance, the robot is not only huge but powerful, smart, and surprisingly agile. It can move forward and backward and can perform a series of unexpected movements, such as jumping, running, turning, or walking diagonally.

This mechanical beast is strong enough to carry up to 350 pounds (160 kg) and can sprint at 6 mph (10 km/h). The robot is more than half the height of an adult when walking, and its length is about twice its height. Thanks to an unconscionable 12 sets of joint modules, it even sprints and dashes and jumps high without losing its footing.