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Science

Atik Cameras develops new products for use with qPCR instruments

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In response to global demand for dependable technologies designed to optimize COVID-19 testing, Atik Cameras, specialist designer and manufacturer of advanced scientific imaging solutions, has developed the new VS255 and VS825 cameras for use specifically with quantitative Polymerase Chain Reaction (qPCR) instruments — the most commonly used systems for detection of the SARS-CoV-2 virus. These commercially-competitive, custom cameras, which mark the latest additions to Atik Cameras’ VS Series of scientific charge-coupled-device (CCD) cameras, offer superior sensitivity and image quality.

[Read more…] about Atik Cameras develops new products for use with qPCR instruments

Rethink Robotics establishes new company headquarters and Siemens Technology Accelerator as a shareholder

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At its new Bochum, Germany headquarters, Rethink Robotics will develop new robotics technologies with the support of Siemens Corporate Technology, creating highly jobs for skilled professionals.

During the summer of 2020, Rethink Robotics, as a subsidiary of the HAHN Group, moved into new company headquarters, where the production of collaborative robot systems takes place. The location has been officially inaugurated in the presence of Bochum’s Lord Mayor Thomas Eiskirch and Bernd Tönjes, CEO of the RAG-Stiftung, a majority stakeholder in the HAHN Group through its holding company RSBG SE.

The premises are part of the new HAHN Group Technology Center, a meeting point for customers and partners to experience and further develop innovative technologies. In the immediate vicinity of universities and research institutions, this creates a central place for the exchange of information, skills and technological developments. The building itself was constructed by sister companies of the HAHN Group within the RAG-Stiftung, accounting for the short-term space requirements and promoting further growth. [Read more…] about Rethink Robotics establishes new company headquarters and Siemens Technology Accelerator as a shareholder

Plastic-eating bacteria could help recycle waste ‘six times faster’

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The University of Portsmouth scientists who re-engineered the plastic-eating enzyme PETase have now created an enzyme “cocktail” which can digest plastic up to six times faster.

A second enzyme, found in the same rubbish dwelling bacterium that lives on a diet of plastic bottles, has been combined with PETase to speed up the breakdown of plastic.

PETase breaks down polyethylene terephthalate (PET) back into its building blocks, creating an opportunity to recycle plastic infinitely and reduce plastic pollution and the greenhouse gases driving climate change. [Read more…] about Plastic-eating bacteria could help recycle waste ‘six times faster’

DNA Paints a Literal Picture of Your Face

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Two women in their 70s were sexually assaulted and killed in 2006. Police found the DNA of a suspect at the crime scene, but without a person to link it to, what use is DNA?

Much more than most ever could have imagined, it turns out, thanks to the improving sciences of DNA phenotyping and genetic genealogy.

Virtually every physical attribute a human has – ancestry, skin color, eye color, freckles, dimples, face shape, and much more – is encoded in DNA. [Read more…] about DNA Paints a Literal Picture of Your Face

New electronic skin developed to make robots ‘feel pain’

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Scientists at the RMIT University in Melbourne, Australia have developed a new type of “electronic skin” that could make robots and other machines more sensitive to touch and contact.

The researchers say their “pain-sensing” prototype mimics the human body’s near-instant feedback response and reacts to painful sensations with the same lighting speed that nerve signals travel to the brain.

Lead researcher Professor Madhu Bhaskaran says the prototype e-skin is a “significant advance” towards next-generation biomedical technologies and intelligent robotics. [Read more…] about New electronic skin developed to make robots ‘feel pain’

Scientists build robot to climb coconut trees

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A group of scientists has developed a robot that can climb coconut trees and harvest the delicious fruit, or nut, or whatever it is. (See video below.)

In a paper authored by nine authors, the researchers say there is “an acute shortage of human coconut tree climbers to harvest coconuts in India and other developing countries”.

In response, the team has built a robot called Amaran, which is described as “a novel robotic coconut tree climber and harvester”, and which can be operated through a smartphone. [Read more…] about Scientists build robot to climb coconut trees

Wood that’s twice as expensive as gold? Really?

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Apparently, first-grade agarwood costs $100,000 per kilogram, which is almost twice the price of gold, currently at around $60,000 per kg.

This is according to an interesting video published on Business Insider, which we have embedded below for your viewing pleasure (hopefully it will work).

No obvious connection to robotics and automation, although we did publish an article about using robots in the furniture-making sector recently, but it’s just one of those startling facts about the world we live in. [Read more…] about Wood that’s twice as expensive as gold? Really?

Elon Musk wants to implant a chip in your brain. Not that there’s anything wrong with it…

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Elon Musk – he of PayPal, Tesla, and SpaceX fame and enormous fortune – now wants to implant a chip in your brain as part of his Neuralink business.

Neuralink is Musk’s brain-to-computer interface company that seeks to connect all humans to artificial intelligence systems which will potentially monitor and control all their movements and thoughts.

The Matrix-style scenario sounds like living in an absolute hellish nightmare, but Musk seems completely oblivious to that likelihood. [Read more…] about Elon Musk wants to implant a chip in your brain. Not that there’s anything wrong with it…

Millions of microscopic robots could be used to fight diseases inside the body

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By David Nutt, Cornell University

Millions of tiny little robots, like the ones unveiled by scientists at Cornell and the University of Pennsylvania, could be used to fight diseases inside the human body.

The researchers have built microscopic robots that consist of a simple circuit made from silicon photovoltaics – essentially the torso and brain – and four electrochemical actuators that function as legs.

When laser light is shined on the photovoltaics, the robots walk. [Read more…] about Millions of microscopic robots could be used to fight diseases inside the body

Michigan university scientists’ new solar panels could eventually lead to self-powering skyscrapers

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Imagine if all the glass we see on the sides of skyscrapers and other buildings were actually solar cells in disguise, collecting energy from the sun and helping to power the building and reducing our reliance on fossil fuels. 

That is the dream of many scientists who are working on the technology. Essentially, they want to replace the silicon material that glass is made out of with material that is more suitable for capturing solar energy.

While green energy has made great strides in recent years – with Germans as a nation recently using more electricity from alternative sources than traditional gas- and oil-based power – there’s still a long way to go. [Read more…] about Michigan university scientists’ new solar panels could eventually lead to self-powering skyscrapers

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