This article explains how The New Acoustic Fabric Hears Your Heart. A novel acoustic fabric turns sounds into electrical impulses.  Trouble hearing? Just cuff your tee That’s the idea behind a new “acoustic fabric” created by MIT engineers and collaborators at RISD.  The researchers created a fabric that converts sound into mechanical vibrations, then into…

This article explains the MIT’s Waterless Solar Panel Cleaning. A novel cleaning approach could improve the effectiveness of solar panels in water-scarce areas.  Solar power is predicted to account for 10% of worldwide power generation by 2030, with much of it occurring in deserts. However, dust accumulation on solar panels or mirrors can diminish their…

This article explains the New Algorithm for Quantum Computers. But there are few practical ways to use quantum computers’ increased computing capability. To overcome this barrier, researchers are developing quantum-friendly algorithms. A new technique in Nature lowers the statistical mistakes or noise created by quantum bits (qubits) when crunching chemical equations.  The technique uses up…

This article explains how Robot-Assisted Assembly May Speed Up New Technology Discovery. UChicago researchers develop ‘assembly line’ for novel materials.  Assume you’re an engineer with a novel automotive idea. But first you have to spend hours casting screws and creating tire rubber from scratch.  This is a problem faced by researchers striving to develop new…

This article explains all you need to know about Fault-Tolerant Quantum Computation in Silicon Spin Qubits Achieved. Researchers from RIKEN and QuTech (TU Delft and TNO) have made a major breakthrough in the creation of a fault-tolerant quantum computer. They achieved a 99.5 percent two-qubit gate fidelity utilizing electron spin qubits on silicon, which are…

This article explains all you need to know about Liquid Crystal “Computer” by Molecular Engineers. The UChicago breakthrough could lead to applications in robotics and soft computing.  They have demonstrated for the first time how to create essential pieces needed for logic operations using a substance called a liquid crystal, paving the possibility for a…

This article explains how Stackable “Holobricks” Create Massive 3D Holographic Images. This innovative technology uses ‘holobricks’ that may be piled together to create large-scale holograms.  The team from Cambridge University and Disney Research created a holobrick that can tile holograms together to make a big seamless 3D image. This is the first demonstration of scalable…

This article explains Building a Heart Layer by Layer with Advanced 3D Bioprinting. A living cell paste could be used to 3D print hearts and other organs, says Mark Skylar-Scott of Stanford.  Nobody entices an engineer like the heart. Its structure and actions are intuitively designed to compress fluid throughout the body. It’s a structural…

This article answers, Could We Make Cars From Petroleum Residue?. Refining waste might become high-value, lightest carbon fiber for cars, planes, and spacecraft.  As the globe strives to reduce greenhouse gas emissions and increase the range of electric vehicles, researchers are searching for ever-lighter materials that are sturdy enough to be utilized in automobile bodywork. …

This article explains how Noise Reduction Improves Quantum Computing Performance. Improving quantum circuits  Researchers have developed a way to make quantum computing less noisy.  Quantum computing is fast improving, yet quantum devices are affected by noise. This leads to much higher error rates than traditional computers.  Unwanted interactions between qubits, the quantum computer’s building components,…

This article explains Robotic Pizza Making. A new method could allow a robot to manipulate delicate goods like pizza dough or apparel.  Imagine a pizza maker with a dough ball. She might lift the dough onto a cutting board and flatten it with a rolling pin. Isn’t it? Not if it’s a robot.  Working with…

This article explains all you need to know about Learning to Run by Trial and Error: The MIT Mini Cheetah Robot. Scientists at CSAIL devised a simulation-based learning pathway for the four-legged robot.  About 23 years ago, one of the earliest artificial animals defied traditional beliefs of our cuddly four-legged buddies. Since then, a slick…