Lifeboat Foundation: Safeguarding Humanity
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Racially biased artificial intelligence (AI) is not only misleading, it can be right down detrimental, destroying people’s lives. This is a warning University of Alberta Faculty of Law assistant professor Dr. Gideon Christian issued in a press release by the institution.

Christian is most notably the recipient of a $50,000 Office of the Privacy Commissioner Contributions Program grant for a research project called Mitigating Race, Gender and Privacy Impacts of AI Facial Recognition Technology. The initiative seeks to study race issues in AI-based facial recognition technology in Canada. Christian is considered an expert on AI and the law.

“There is this false notion that technology unlike humans is not biased. That’s not accurate,” said Christian, PhD.

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Two new sleep studies on the International Space Station are helping astronauts and folks here on earth get a better night’s rest.

“Have you ever been told not to look at your phone before bed? This is because the blue light affects your Circadian rhythm — your natural response to changes of daylight,” reads a European Space Agency (ESA) X post from Friday.

Two studies: Circadian light and sleep in orbit

ESA astronaut Andreas Mogensen is currently conducting sleep research on the International Space Station. His mission is called Huginn and it consists of two studies that seek to understand more about Circadian light and sleep in orbit.

“Astronauts on the Space Station do a full circle of Earth every 90 minutes and experience 16 sunsets and sunrises every day. With this unearthly routine, astronauts can struggle to find a natural daily rhythm in space. The Space Station follows Greenwich Mean Time (GMT), which helps keep a consistent schedule, along with regular wake-up and bedtime routines,” said the ESA press release published on Thursday.

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For the first time, physicists from Finland and the United States have observed a special kind of magnetic monopole called an “Alice Ring.”

A team of researchers from the United States and Finland have observed enigmatic “Alice Rings” in super cold gas for the first time. A strange kind of circular magnetic monopoles, “Alice Rings” are a kind of quantum phenomenon that has, until now, only existed in theory. Various forces and particles can arise from the quantum machinery, theoretically including monopoles.

Eduard Muzhevskyi/iStock.

Alice in Wonderland.

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New research may lead to highly precise, power-efficient light measurement tools, driving advancements in various technology fields.

Researchers have discovered a way to improve optical frequency combs to measure light waves with much higher precision than previously accomplished. This could lead to the development and improvement of devices that require such precision, like atomic clocks. The researchers showed that dissipative Kerr solitons (DKSs) can create chip-based optical frequency combs with enough output power for use in optical atomic clocks and other practical applications.

N. Phillips/NIST/Wikimedia Commons.

More precise clocks.

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The lander and the rover, which landed on the Moon on August 23, were designed to operate for only one lunar day.

As the lunar day draws to a close, ISRO has decided to put its Chandrayaan-3 rover Pragyan in sleep mode to conserve its battery and protect it from the extreme cold of the lunar night. The rover, which has completed its assigned tasks, is now parked safely and has transmitted the data collected by its payloads to the lander, which in turn relays it to Earth.

Credits: ISRO/twitter.

Lunar Night

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A collaboration between researchers at the University of Sheffield and Budapest Zoo sees an aging gorilla walk again with ease. Will this treatment be fruitful for humans?

Scientists at the university of sheffield.

Liesel, the elderly matriarch of the Budapest Zoo, had been struggling to walk on her left leg, signaling a possible battle with arthritis. This marked the initiation of a unique collaboration between veterinary expertise and cutting-edge science to alleviate the suffering of the aging primate.

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Ensuring security in the software market is undeniably crucial, but it is important to strike a balance that avoids excessive government regulation and the burdens associated with government-mandated legal responsibility, also called a liability regime. While there’s no question the market is broken with regards to security, and intervention is necessary, there is a less intrusive approach that enables the market to find the right level of security while minimizing the need for heavy-handed government involvement.

Imposing a liability regime on software companies may go too far and create unintended consequences. The downsides of liability, such as increased costs, potential legal battles, and disincentives to innovation, can hinder the development of secure software without necessarily guaranteeing improved security outcomes. A liability regime could also burden smaller companies disproportionately and stifle the diversity and innovation present in the software industry.

Instead, a more effective approach involves influencing the software market through measures that encourage transparency and informed decision-making. By requiring companies to be fully transparent about their security practices, consumers and businesses can make informed choices based on their risk preferences. Transparency allows the market to drive the demand for secure software, enabling companies with robust security measures to potentially gain a competitive edge.

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