Lifeboat Foundation

The Milky Way is under threat: new research from astrophysicists at Durham University, UK, suggests that the Large Magellanic Cloud (LMC) will dramatically collide with our galaxy in two billion years’ time.

It was previously predicted that the Milky Way would collide with the nearby galaxy of Andromeda in between four billion and eight billion years’ time, turning both galaxies into one combined giant elliptical galaxy. But now it seems that long before that collision happens, the Milky Way will be impacted by the LMC, the brightest satellite galaxy of the Milky Way which currently sits around 163,000 light-years from us.

The new prediction, published in Monthly Notices of the Royal Astronomical Society, was made once it was discovered that the LMC has nearly twice as much dark matter as previously believed, meaning that it has a much larger mass than was expected which affects the way that it interacts with other nearby galaxies. The increased mass means that the LMC is losing energy at a high rate and will inevitably collide with the Milky Way.

What is the deadliest animal on earth? It’s a question that brings to mind fearsome lions, tigers, sharks, and crocodiles. But the answer is an animal that is no more than 1 centimeter long.

A few mosquito species, out of the thousands that populate different environments, are the deadliest animals on earth. Anopheles mosquitoes alone, transmit malaria through their bite and annually infect more than 200 million people, and are responsible for 400,000 deaths per year, of which 70 percent are children under the age of 5.

Other mosquito species also transmit diseases — dengue, West Nile, and Zika — through their bite.

Continue reading “Scientists Fight Back Against Deadliest Animal on Earth Using ‘Gene Drives’” »

A new initiative could push us into the quantum computing era.

Ice Road Teslas.

SPECIALISTS have unveiled prototypes for human homes on a Martian colony after research revealed one in ten Brits would move to the Red Planet tomorrow if they could.

Architectural experts produced plans for three distinct dwellings fit for Mars: an apartment aimed at young professionals, a family home and a luxury mansion.

Each is designed to protect interplanetary homeowners from hazardous cosmic rays, space radiation and Mars’ severe dust storms, as well as insulate them from the cold.

Continue reading “Here’s what the Red Planet could look like if humans were to live on Mars” »

A roadmap for how smart devices can fully integrate with our bodies by 2029 and how Apple can stay relevant over the next decade

Happy 2019 everyone. It’s that time of year again when tech media goes all out to publish their top 10 predictions for the year ahead. To complement this, I thought it might be interesting to try and illustrate how society might transform over the next 10 years, using the future iPhone lineup as an anchor to avoid too much deviation from reality.

We’re used to seeing better smartphones every year, packed with the latest and greatest hardware and features. So what would they look like in 2029? It’s amazing to recall when smartphones didn’t exist prior to 2007 — I have some minor flashbacks of my plastic brick with those tiny buttons like the 10 commandments miniaturised and inscribed with the alphabet. The iPhone has come a long way, but Apple won’t be immune to the fate shared by Nokia and Blackberry.

Continue reading “The iPhone 20(XX)” »

By the time he was diagnosed with metastatic melanoma, Luke Simons, now 83, had already watched his wife and his longtime business partner struggle with cancer. His wife had chemo for her breast cancer 20 years ago. His business partner with multiple myeloma died 5 years ago. “I was obviously aware of what it could do,” he says of cancer. And of chemo, “my God, that can be just horrible what that can do to you.”

As soon as he got the diagnosis, Simons’ doctor at Vanderbilt-Ingram Cancer Center (where his wife is on the board) told him about how president Jimmy Carter’s metastatic melanoma had just become undetectable after taking Merck’s new drug Keytruda, which enables a person’s immune system to recognize and attack cancer cells. The doctor gave Simons the option of Keytruda, and he took it.

After his first dose, Simons developed pneumonitis, which he aptly describes as a “fever in my lungs,” that made his doctor question whether to continue the treatment. He did, and the cancer that had spread to Simons’ brain and pancreas is not showing up on scans, three years later.

Continue reading “Can Cancer Care Be Industrialized? Vanderbilt And GE Are Teaming Up To Find Out” »

Just before the new year, a Washington University professor was among a group of scientists who launched a telescope from Antarctica that could observe bright, massive objects in space, like black holes.

The international team of researchers, which included Wash U physics professor Henric Krawczynski, wanted to collect data on black holes and neutron stars, a very dense collapsed core of a giant star.

Studying such celestial phenomena helps astrophysicists test the fundamental laws of physics, Krawczynski said.

Continue reading “Wash U scientist helps launch telescope from Antarctica to see bright objects in space” »

On January 5, 1921, Swiss author and dramatist Friedrich Dürrenmatt was born. Dürrenmatt was a proponent of epic theatre whose plays reflected the recent experiences of World War II. The politically active author ‘s work included avant-garde dramas, philosophical crime novels, and macabre satire. Especially his play “The Physicists” ( 1961 ) deals with questions of scientific ethics and humanity ‘s ability to handle its intellectual responsibilities.

“A story is not finished, until it has taken the worst turn.” (Friedrich Dürrenmatt)

Friedrich Dürrenmatt was born in Konolfingen, a small town about thirteen miles from Bern in the Emmental in Switzerland, the son of a Protestant pastor. The family moved to Bern in 1935. Dürrenmatt began studies in philosophy, German language and literature at the University of Zurich in 1941, but moved to the University of Bern after one semester. It was here that he first became interested in playwriting after becoming a regular patron of the operettas. Among his favorite playwrights were Aristophanes and Thornton Wilder.[3] In December 1943 he was on the point of transferring from the University of Zürich to the University of Bern, where he intended to write a doctoral dissertation on “Kierkegaard and the Tragic ”, when he suddenly decided to turn to writing as a career and dropped his academic career. In 1945–46, he wrote his first play It is Written, which premiered to great controversy.