Impact Lab – Page 271 – A Laboratory of the Future Human Experience

Blockchain Will Coordinate Airspace so Delivery Drones Don’t Crash

August 24, 2022

Blockchain and drones: How will we control the new highways of the skies above us as small aircraft fill the the space above our cities?

By Nicole Buckler

Blockchain is a new industry. And yet, there are systems being conceived around it that are even newer. And this concept is one of them. For those of us with kids, we are being told to prepare them for jobs that don’t exist yet. So read on.

It has been predicted that within a couple of years, drones will be above us all the time. They will operate in a sub-layer of the sky, below commercial flight paths and military jets. But their flight paths will need to be coordinated. This is so they don’t smash into each other while delivering cargo, ferrying people, and inspecting things like wind turbines and bridges. No one needs to be rained on by smashing drones, thanks.

A sub-layer of air traffic control has been conceived to address this. It will work using both distributed ledger tech (DLT), blockchain, and automation. Research around this new sub-layer in the aviation industry is already well underway. The idea is to improve safety, cybersecurity and interoperability.

Nanotechnology

South Korean researchers develop nanotech tattoos as health monitoring devices

August 23, 2022

Researchers in South Korea are developing a new health monitoring device in the form of an e-tattoo that can automatically alert the wearer to potential health problems.

The team at the Korea Advanced Institute of Science and Technology have created an electronic tattoo ink made of liquid metal and carbon nanotubes that effectively functions as a bioelectrode.

The device could be used to send a readout of the wearer’s vital signs if connected to biosensors, including for instance an electrocardiogram.

Alongside heart rates it could be used to read glucose or lactate levels for people with diabetes or sepsis.

But the researchers plan to do away with the biosensors and design the e-tattoo as a fully self-contained device.

“In the future, what we hope to do is connect a wireless chip integrated with this ink, so that we can communicate, or we can send signal back and forth between our body to an external device,” said the project leader Professor Steve Park.

The e-tattoo ink is non-invasive and doesn’t require a needle to be implanted beneath the skin like a traditional tattoo.

Robots, Science & Technology News

Ottonomy.IO raises $3.3 million to expand network of autonomous robots for deliveries

August 23, 2022

By Jagmeet Singh

Ottonomy.IO, a startup working on solving delivery problems using autonomous robots, has raised $3.3 million in a seed funding round as it looks to expand its market and deploy robots to existing customers.

Led by Bengaluru-based Pi Ventures, the latest funding round included participation from Connetic Ventures and Branded Hospitality Ventures. Sangeet Kumar, founder and chief executive of Uttar Pradesh-based Addverb Technologies, also joined the round.

Founded in late 2020 by Ritukar Vijay along with Pradyot Korupolu, Ashish Gupta and Hardik Sharma, New York-headquartered Ottonomy.IO develops robots that feature sensors, including 3D lidar sensors and cameras. The company, which employs about 25 people in the U.S. and India, also writes software and AI algorithms to power the sensors.https://jac.yahoosandbox.com/1.2.0/safeframe.html

“One of the most important problems which we are trying to solve with these autonomous delivery robots is around labor shortages,” said Vijay, who serves as the chief executive of Ottonomy.IO, in an interaction with TechCrunch. He added that due to the labor shortages, there is a substantial increase in the hourly wages of laborers — to $18 to $45 per hour from $9 to $12 — in the U.S.

“So, that’s almost a 100% hike in hourly wages, making it very difficult for enterprise customers to provide the same services to the customers they were given earlier. And what happens at the end is that customers start paying more for deliveries.”

City Planning

Hyundai shows off smart city concept incorporating underground autonomous networks

August 23, 2022

Hyundai Motor Group (HMG) has revealed its Smart City master model, which it presents as a philosophy to create cities which are “human-centered, coexist with nature, and embrace the future.”

By LAWRENCE BUTCHER

HMG president and chief innovation officer Youngcho Chi said, “The HMG Smart City master model is our vision for a human-centered city that will revitalize urban communities. In the future smart cities, our ambition is for humankind to live with nature while embracing technology. Our air and ground mobility solutions will redefine urban boundaries, connect people in meaningful ways, and revitalize cities. We will continue to work with governments around the globe to bring our smart city vision to reality, while rapidly advancing capabilities in future mobility solutions.”

The HMG Smart City concept, inspired by a honeycomb pattern, envisions a hexagonal-shaped city with a human-centered surface layer and function-centered underground layer. On the surface layer, the buildings encircle nature, in the form of parks and forest, which sit at the center of the city, effectively minimizing the gross area developed.

The buildings are divided into three sections by population density – high, medium and low. The density decreases nearer the parks and forests in the city center, affording people an unobstructed view of nature from any part of the city. Buildings are arranged within these sections according to their purposes. For instance, city landmarks will be in the high-density area, while security infrastructure will be located in the medium density area, enabling effortless access to any section.

Robots

Surgical robot developed by Nebraska company to be put to the test in space

August 22, 2022

By Chris Dunker

MIRA (“miniaturized in vivo robotic assistant”) is an investigational robot that will enable surgeons to perform minimally invasive surgeries in any hospital or surgery center, without the need for a dedicated space or for the infrastructure typically required for other “mainframe” robotic systems. Weighing only two pounds, the miniature single incision platform has full robotic capabilities, and can easily be moved from room to room.

A robot capable of autonomously operating on an ailing astronaut thousands, if not millions, of miles away from a modern surgical suite sounds like science fiction.

The surgical device — let’s call it the “miniaturized in vivo robotic assistant,” or MIRA for short — would simply be retrieved from a small locker, set up and turned on.

DNA

DNA Repair Kit Successfully Fixes Hereditary Disease in Cells

August 22, 2022

Image of patient derived podocyte kidney cells repaired with novel baculovirus-vectored approach pioneered by the Berger team. Podocin (coloured in green) is restored to the cell surface as in healthy podocytes. Credit: Dr Francesco Aulicino.Read time: 4 minutesDownload Article

Genetic mutations which cause a debilitating hereditary kidney disease affecting children and young adults have been fixed in patient-derived kidney cells using a potentially game-changing DNA repair-kit. The advance, developed by University of Bristol scientists, is published in Nucleic Acids Research.

In this new study, the international team describe how they created a DNA repair vehicle to genetically fix faulty podocin, a common genetic cause of inheritable Steroid Resistant Nephrotic Syndrome (SRNS).

Podocin is a protein normally located on the surface of specialised kidney cells and is essential for kidney function. Faulty podocin, however, remains stuck inside the cell and never makes it to the surface, terminally damaging the podocytes. Since the disease cannot be cured with medications, gene therapy which repairs the genetic mutations causing the faulty podocin offers hope for patients.

quantum computing

China’s new quantum satellite now operational

August 22, 2022

File illustration of the Chinese satellite Micius.

A Chinese micro-nano quantum satellite has entered its planned orbit and is now operational, the University of Science and Technology of China (USTC), one of its developers, said on Thursday.

The low-orbit satellite was designed to conduct real-time quantum key distribution experiments between the satellite and ground station, and to carry out technical verification. It was launched atop a Lijian-1 carrier rocket from the Jiuquan Satellite Launch Center in northwest China on Wednesday.

The new micro-nano satellite’s weight is about one-sixth the weight of the world’s first quantum satellite, the Chinese satellite Micius, which weighs more than 600 kilograms, according to the USTC.

The university said that, based on the quantum technology first seen in Micius, it is clear that more low-cost quantum satellites are needed to realize an efficient, practical and global quantum communication network that can meet the increasing user demand.

Driverless cars

Self-Driving Cars Could Generate Billions in Revenue: Study

August 21, 2022

Self-driving cars could generate billions of dollars a year in revenue from mobile internet services and products, even if occupants spend only a fraction of their free time on the web, according to a new study by McKinsey & Company.

The study, released Thursday, also projects that widespread adoption of self-driving cars could lead to a 90 per cent reduction in US vehicle crashes, with a potential savings of nearly $200 billion a year from significantly fewer injuries and deaths.

In addition, the McKinsey study warns of several risks to established companies, including vehicle manufacturers, dealers and even insurance companies.

Robotics

Scientists find robotic sensors may be able to improve prosthetics

August 21, 2022

A groundbreaking project to create advanced sensors for use in robotic systems has the potential to transform prosthetics and robotic limbs, according to a new study.

A groundbreaking project to create advanced sensors for use in robotic systems has the potential to transform prosthetics and robotic limbs, according to a new study. The research project, led by the University of the West of Scotland (UWS), Integrated Graphene Ltd, and supported by the Scottish Research Partnership in Engineering (SRPe) and the National Manufacturing Institute for Scotland (NMIS) Industry Doctorate Programme in Advanced Manufacturing, aims to develop sensors that improve robot dexterity and motor skills through the use of accurate pressure sensors that provide haptic feedback.

Professor Des Gibson, Director of the Institute of Thin Films, Sensors and Imaging at UWS and project principal investigator, said: “Over recent years, the advancements in the robotics industry have been remarkable, however, due to a lack of sensory capabilities, robotic systems often fail to execute certain tasks easily. For robots to reach their full potential, accurate pressure sensors, capable of providing greater tactile ability, are required. “Our collaboration with Integrated Graphene Ltd, has led to the development of advanced pressure sensor technology, which could help transform robotic systems.”

Blockchain

Blockchain Will Coordinate Airspace so Delivery Drones Don’t Crash

August 21, 2022

Blockchain and drones: How will we control the new highways of the skies above us as small aircraft fill the the space above our cities?

By Nicole Buckler

Blockchain is a new industry. And yet, there are systems being conceived around it that are even newer. And this concept is one of them. For those of us with kids, we are being told to prepare them for jobs that don’t exist yet. So read on.

It has been predicted that within a couple of years, drones will be above us all the time. They will operate in a sub-layer of the sky, below commercial flight paths and military jets. But their flight paths will need to be coordinated. This is so they don’t smash into each other while delivering cargo, ferrying people, and inspecting things like wind turbines and bridges. No one needs to be rained on by smashing drones, thanks.

A sub-layer of air traffic control has been conceived to address this. It will work using both distributed ledger tech (DLT), blockchain, and automation. Research around this new sub-layer in the aviation industry is already well underway. The idea is to improve safety, cybersecurity and interoperability.

Cranfield researchers are part of this project. They say the system will integrate an ecosystem of crewed and uncrewed aircraft in the UK’s skies.

Robots

How a Humanoid Robot Is Helping Scientists Explore Shipwrecks

August 21, 2022

The robot resembles a human diver from the front, with arms, hands and eyes that have a 3D vision, capturing the underwater world in full colour.

By Bhavya Sukheja

OceanOne made its debut in 2016.

A robot created at Standford University in the United States is diving down to shipwrecks and sunken planes and allowing its operators to feel like they’re underwater explorers too.

The robot known as OceanOneK has humanoid top half, with eyes that have a 3D vision, capturing the underwater world in full colour. It resembles a human diver from the front, with arms and hands, and its back has computers and eight multidirectional thrusters that help it carefully manoeuvre the sites of fragile sunken ships.

3D Printer

How 3D Printing Is Set to Revolutionize Personalized Healthcare

August 21, 2022

By Cathy Ma

Additive manufacturing technology — commonly referred to as 3D printing — continues to make impressive inroads into a myriad of industries across the manufacturing spectrum. Maximizing what is known as factory physics, additive manufacturing has the capacity to transform digitally rendered designs into lighter, stronger, and safer products with reduced lead times and lower costs.

From cosmetics to rocket ships and nearly everything in between, these new technologies are redefining how things get made. According to Global News Wire, the global 3D market is revolutionizing nearly every facet of manufacturing today and is projected to grow from $18 billion in 2022 to $84 billion by 2029.

Perhaps the most inspiring applications of these new technologies have been in the health and medical industry, where the individualized nature of patient care makes the customization capabilities of 3D printing an ideal fit.

Researchers have discovered a way to bio-print living skin with functioning blood vessels, a crucial step toward creating artificial grafts that look and respond like natural skin. Scientists are also experimenting with the use of 3D technology to manufacture critical organs, including kidneys, heart, and liver.