Lifeboat Foundation

Neutrinos are so tiny and inconspicuous that physicists believed for a long time they had no mass. Now, a massive device that scientists say will determine the mass of neutrinos has begun operation in Karlsruhe.

What is the exact mass of the three known kinds of neutrinos? Any answers? No? Well, don’t worry, because nobody knows. Not yet. Electron, muon and tau neutrinos are simply too difficult to grasp for scientists.

Recent research published in Cerebral Cortex shows where spirituality exists in the brain by comparing brain scans of people in a spiritual state, stressful state, and a neutral state. Spiritual experiences, it seems, may boil down to rising and falling experiences in the brain.

As technology changes the way people live and work, cities are undergoing an unprecedented transformation. Those that have the infrastructure and strategy to manage this rapid technological shift are set to become the most competitive.

Globally, city economies in India, Vietnam and China have the strongest short-term momentum. The pace and scale of change in these markets is extraordinary, as they build out their skylines and infrastructure platforms to meet booming demand. While these changes present opportunities, many of these cities are facing challenges to their longer-term development prospects, with strains on infrastructure, high levels of inequality, issues around affordability, and environmental degradation.

Such rapid transformation is often eye-catching. But it is cities that are investing in a sustainable future, and laying the groundwork for ongoing success, that deserve recognition. These cities are “future-proofing” to ensure positive, long-term momentum. Key elements of future-proofing include: the ability to drive and manage technological change; infrastructure that contributes to a high quality of life; a long-term city vision; and attracting and retaining talent.

Continue reading “These are the world’s most future-proof cities” »

If your understanding of A.I. and Machine Learning is a big question mark, then this is the blog post for you. Here, I gradually increase your Awesomenessicity ™ by gluing inspirational videos together with friendly text.

Sit down and relax. These videos take time, and if they don’t inspire you to continue to the next section, fair enough.

However, if you find yourself at the bottom of this article, you’ve earned your well-rounded knowledge and passion for this new world. Where you go from there is up to you.

Continue reading “Machine Learning: how to go from Zero to Hero” »

By pairing neural network algorithms with circuits modeled after the structure of the human brain, artificial intelligence works 100 times more efficiently.

A century after she published a groundbreaking mathematical theory, Emmy Noether gets her due.

Just in time for the World Cup … kind of.

Two recently published studies are raising new concerns that the breakthrough CRISPR-Cas9 gene editing system could potentially trigger an increased cancer risk in cells edited using the technique. With human trials using the gene-editing technique set to commence this year, the scientists behind these new studies urge researchers to be aware of this newly discovered and dangerous cancer-driving mechanism.

It has been less than a decade since the revolutionary CRISPR-Cas9 gene-editing technique was discovered, allowing scientists an unprecedented way to accurately edit DNA. For the most part, the technique has proved promising, safe and effective. Last year, a controversial study was published claiming the technique could introduce unintended, off-target mutations, but after a flurry of criticism attacking the veracity of the work it was ultimately retracted.

These two new studies raise entirely new concerns regarding the technique’s potential for triggering cancer in edited cells. One study comes from a collaboration between the University of Cambridge and the Karolinska Institutet, while the other is led by a team of researchers at pharmaceutical company Novartis.

S cientists have created the UK’s first ever “unhackable” fibre network in anticipation of the dawn of quantum computers, a technology that could render current security systems completely useless and leave critical infrastructure, banking and healthcare networks open to hackers.

The network, constructed by researchers from BT, the University of York and the University of Cambridge over the past two years, is secured by the laws of quantum physics which dictate how light and matter behave at a fundamental level. Using this, it is able to block anyone attempting to crack into the fibre link.

This could be a game changer for the healthcare and financial sector, when it is feared existing encryption…

Continue reading “Britain’s first ‘unhackable’ internet network may solve quantum computing threat” »