- Smartphone battery life revolution.
- UK semiconductor innovation.
- Smaller, longer-lasting devices.
Constantly concerned that your smartphone’s battery is dying? Smartphones may eventually be able to “last a month” before depleting their battery.
Cambridge University scientists are developing a microprocessor that could power smartphones so efficiently that they would only require recharging twelve times per year.
The government is supporting twelve semiconductor firms, including Vaire, the commercial arm of the team, in an effort to position the United Kingdom at the forefront of the smartphone industry.
Technology minister Paul Scully calls semiconductors the “bedrock” of modern life. They power smartphones and fight diseases, among other things.
He announced today a two-year, £1.3 million mentoring programme for a limited number of startups in an effort to assist them in “revolutionising” the lives of smartphone users.
One such organisation is MintNeuro, which has developed a peppercorn-sized brain implant capable of providing relief to patients afflicted with conditions including Parkinson’s disease and epilepsy.
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The microchip developed by Vaire, which has the potential to enhance the battery life of smartphones, is the innovation of a group of Cambridge University mathematics researchers.
The idea relies on a low-power silicon chip CPU. Thereby reducing the demand for an improved smartphone battery.
While publicly available information regarding the project remains limited, SiliconCatalyst.UK’s chief executive, Sean Redmond, stated: “Should they truly fulfil their absurd claim, your smartphone will have a lifespan of one month rather than one day.”
“At this time, no one in the world has been able to accomplish that in a semiconductor chip; however, this Cambridge, United Kingdom-based team will be capable of doing so if anyone can.”
Imperia College London researchers invented the MintNeuro computer, which is 100 times smaller than the latest smartphones.
Decades have passed since comparable smartphone devices were implemented. Such as cochlear implants for the deaf and deep brain stimulators to assist Parkinson’s patients with symptoms.
However, the underlying technology has also not advanced significantly, as it still necessitates the insertion of a lengthy wire beneath the epidermis to link to a circuit board and battery contained within a matchbox-sized metal casing.
The wirelessly communicating chips from MintNeuro are designed to remain securely in the brain for decades.
Although it is presently regarded as a last resort, the implementation of the new smartphone implants necessitates only minimally invasive surgery.
Concerned about China’s dominance in the smartphone sector, the government announced earlier this year that it would invest £1 billion in the United Kingdom’s smartphone industry over the next decade.
“Semiconductors are the bedrock of our modern economy and an increasingly integral part of our lives,” stated Mr. Scully.
“By capitalising on Britain’s research leadership, these companies are designing chips that have the potential to revolutionise our way of life and pave the way for innovation and expansion.”
“These firms are the brightest stars in the UK’s burgeoning smartphone industry, whether they’re revolutionising AI or helping Parkinson’s patients.”
“This incubator will provide them with the necessary skills to bring about a global paradigm shift in the way people live, not just in the United Kingdom.”
