Lifeboat Foundation

More humans are being born with a third arm artery, an example of microevolution happening right before our eyes.

So you thought 2022 was bad, you ain’t seen nothin’ yet! Check out today’s insane new video on why 2023 will be the worst year EVER!

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Commentary: Large language models can surprise and delight, but they’re not perfect.

If AI is what intrigues you, you need to check out these high-paying AI jobs to apply for your next role.

Artificial Intelligence, AI is undoubtedly the most in-demand and sought-after technology. The increasing popularity of AI has definitely turned the world upside down and for the better. The high paying AI jobs are definitely a reason that people are so fascinated by them. The article lists top 10 highly paying AI jobs to apply for in December 2022. These are the exact AI jobs to apply for a whooping salary.

Data Scientist

Blood pressure genetic risk score can predict risk of heart attacks and stroke.

Nearly half of all American adults have elevated blood pressure or hypertension and high blood pressure contributes to 65 percent of cardiovascular deaths in the US. Now researchers at University of Alabama at Birmingham have used genomic information to create a blood pressure “genetic risk score”.

Longevity. Technology: Cardiovascular disease is the leading cause of death worldwide and is responsible for a significant burden of morbidity and mortality. As people age, their risk of developing CVD increases, making it a major contributor to the morbidity and mortality associated with aging. That there is a pressing need for research into CVD in order to identify effective strategies for prevention and treatment would seem obvious, but this research is particularly important as the global population is aging and the prevalence of CVD is expected to rise with it. However, having such an enormous number of people at risk brings extra problems – how can risks be quantified and determined on an individual basis? The answer could lie in understanding and leveraging genetic data.

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Professor Carmit Levy. Credit: Tel Aviv University.

Professor Carmit Levy from the Department of Human Genetics and Biochemistry and Dr. Yftach Gepner from the School of Public Health and the Sylvan Adams Sports Institute at TAU’s Sackler Faculty of Medicine conducted the study. Prof. Levy notes that the new research has resulted in a very important discovery by merging scientific know-how from different schools at TAU, which may help avoid metastatic cancer, Israel’s top cause of death. The study was recently published on the cover of the journal of Cancer Research.

Prof. Levy and Dr. Gepner: “Studies have demonstrated that physical exercise reduces the risk for some types of cancer by up to 35%. This positive effect is similar to the impact of exercise on other conditions, such as heart disease and diabetes. In this study we added new insight, showing that high-intensity aerobic exercise, which derives its energy from sugar, can reduce the risk of metastatic cancer by as much as 72%. If so far the general message to the public has been ‘be active, be healthy’, now we can explain how aerobic activity can maximize the prevention of the most aggressive and metastatic types of cancer.”

Interaction-free measurements typically use repeated interrogations of an object that suppress the coherent evolution of the system. Dogra et al. demonstrate in a superconducting circuit a novel protocol that employs coherent repeated interrogations, and show that it yields a higher detection probability.

In the current issue of Nature Photonics, Prof. Dr. Oliver G. Schmidt, Dr. Libo Ma and partners present a strategy for observing and manipulating the optical Berry phase in Möbius ring microcavities. In their research paper, they discuss how an optical Berry phase can be generated and measured in dielectric Möbius rings. Furthermore, they present the first experimental proof of the existence of a variable Berry phase for linearly or elliptically polarized resonant light.

A Möbius strip is a fascinating object. You can easily create a Möbius strip when twisting the two ends of a strip of paper by 180 degrees and connecting them together. Upon closer inspection, you realize that this ribbon has only one surface that cannot be distinguished between inside and outside or below and above. Because of this special topological property, the Möbius strip has become an object of countless mathematical discourses, artistic representations and practical applications, for example, in paintings by M.C. Escher, as a wedding ring, or as a drive belt to wear both sides of the belt equally.