“Fascinating” study is a rare example of a smooth merger of different groups in animal kingdom.

Typically, the key goal of electronics engineers is to develop components and devices that are durable and can operate for long periods of time without being damaged. Such devices require resistant materials, which ultimately contribute to the accumulation of electronic waste on our planet.
Researchers at Northwestern University and the University of Illinois have been conducting research focusing on an entirely different type of electromechanical system (MEMS): those based on so-called “transient materials.” Transient materials are materials that can dissolve, resorb, disintegrate or physically disappear in other ways at programmed and specific times.
Their most recent paper, published in Nature Electronics, introduces new MEMS based on fully water-soluble materials that could dissolve in their surrounding environment after set periods of time. In the future, these materials could help to decrease the amount of electronic waste, enabling the development of some electronic devices that spontaneously disappear when they are no longer needed.
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The single point agenda for fast-growth enterprises today is superlative customer experience. As forward-looking organizations strategize, customer focus is at the core of any digital transformation initiative. The technology must be agile and intelligent to ensure a positive customer experience from day one. And if you think you have time to iron out your customer delight checkpoints, think again. Retail customers have indicated time and time again that they’re willing to walk away from brands after just one bad experience.
As enterprises revisit their tech stack to level up their customer experience, customer relationship management (CRM) is the ubiquitous starting point as it is a vast river from which millions of rivulets of information flow. So, how do we draw the pathways that interconnect these rivulets to form data streams that help sales teams sail straight to desirable customer outcomes?
A universal coronavirus vaccine “could solve the problem of endless new waves of disease caused by variants with reduced vaccine sensitivity”.
Researchers at the Francis Crick Institute in London have shown that a specific area of the SARS-CoV-2 spike protein is a promising target for a pan-coronavirus vaccine that could offer protection against new variants, as well as common colds, and help prepare for future pandemics.
Developing a vaccine against multiple coronaviruses is a challenge because this family of viruses have many key differences, frequently mutate, and generally induce incomplete protection against reinfection. This is why people can suffer repeatedly from common colds, and why it is possible to be infected multiple times with different variants of SARS-CoV-2.
A pan-coronavirus vaccine would need to trigger antibodies that recognise and neutralise a range of coronaviruses – stopping the virus from entering host cells and replicating.