Artificial Intelligence Related Content
Lab-grown human brain cells in dish play video game
Fact or science fiction? A groundbreaking study has shown that human brain cells in a dish can play the video game Pong.
Smart, safe and sustainable cycling: how AI-powered insights will encourage the next generation
Sustainable cycling to school could reduce air pollution and promote healthier choices, which could all be delivered by AI-powered insights.
Why do phone notifications distract us and how can we manage them at work?
Phone notifications are a necessary evil in our always-connected, work-from-anywhere world. But all too often, they can be a major distraction, pulling us away from our tasks and goals.
Energy Bill Relief Scheme: Freezing out the fraudsters
Colin Gray, Principal Fraud Consultant at SAS UK, looks at the technologies that can help governments fight fraud since the Energy Bill Relief Scheme came into force.
How AI is transforming the future of patient care
Following the COVID-19 pandemic, healthcare is being transformed through AI and technology, improving patient care in the NHS and beyond.
The future of diagnostics: Technology-driven 4P medicine in Europe
Karen Taylor, the Director at Deloitte Centre for Health Solutions looks at 4P medicine and its role in healthcare diagnostics.
Letting go of legacy IT strategies for digital citizens
Jo Feldman, Chief Commercial Officer at UBDS, walks us through letting go of legacy IT strategies for digital citizens.
Implement AI-based technology to reduce the environmental impact of the construction industry
Sectors such as construction are still not able to carry out the necessary measures to fight climate change, will implementing AI-based tech help change this?
Preventing fraud in Liz Truss’ energy price freeze
Colin Gray discusses how to limit fraudulent activity and safeguard citizens amidst Liz Truss' energy price freeze.
How the pandemic was the catalyst for geospatial innovation
Geospatial technology, or geographic information systems (GIS), has become an essential instrument in multiple areas today: agriculture and aviation, construction and commerce, climate research and law enforcement—the list could go on.
AI-Powered e-Stroke Software in AndalucĂa
Brainomix’s AI e-Stroke software goes live across AndalucĂa, supporting the regional stroke network initiative.
Launching a real-time AI solution for early throat cancer detection
Marius Wellenstein, COO and co-Founder of WSK Medical, explains the successful launch and implementation of Zeno AI, a real-time AI solution for early throat cancer detection.
Developing Canadian leadership & excellence in science & innovation
The Honourable François-Philippe Champagne, Minister of Innovation, Science and Industry of the Government of Canada, writes about developing Canadian Leadership and excellence in science and innovation.
These four tools could enable the future of AI in healthcare
Craig Rhodes, EMEA Industry Lead, AI for Healthcare and Life Sciences, NVIDIA, argues that just four tools could enable the future of AI in healthcare.
Top considerations for a successful healthcare data strategy Â
A healthcare data strategy is crucial to ensuring that we can tackle all the biggest health issues we face, and to ensure guided decision-making to save lives.
Revolutionary AI model for cancer diagnosis
Researchers discover AI model for cancer diagnosis that is expected to revolutionise detection.
Predictable, profitable and resilient revenue during times of volatility
How do we generate resilient revenue during pandemics and periods of inflation? The answer lies in rethinking revenue planning and attaining the right technology.
‘Nano-robot’ built entirely from DNA
Nano-robot made from DNA can study cell processes invisible to the naked eye.
What are the pros and cons of implementing AI in healthcare?
AI in healthcare covers a wide range of assistance to health systems and workers, but what are the specific benefits and downfalls of its adoption?
A revolution in AI: diagnosing cystic hygroma early on
A unique Artificial Intelligence-based deep learning model can identify birth defects in fetal ultrasounds early on .