Lifeboat Foundation

Volkner’s over-the-top motorhome package slides a 1,480-hp Bugatti Chiron aboard its $2.4-million Performance S motorhome and treats owners of the elaborate ultra-luxury/hypercar vehicle experience.

In the past, we’ve seen Volkner edge out its few competitors for “most expensive motorhome of the Düsseldorf Caravan Salon” honors with stretched luxury homes as “modestly” priced as $1.7 million. This year, it leaves the competition in the dust, going all out on the priciest, most over-the-top motorhome package on the show floor. It slides a 1,480-hp Bugatti Chiron aboard its $2.4-million Performance S motorhome and treats owners of the elaborate ultra-luxury/hypercar vehicle experience to a lavishly appointed abode complete with custom Burmester audio system carefully tailored to the mobile space.

For more than a decade, Volkner has been wowing the Düsseldorf crowds with the sporty roadsters and supercars it manages to squeeze between the axles of its huge motorhomes. This year, it’s really upped its own game.

Continue reading “Volkner pulls out all stops on Bugatti-stowing $7.7-million motorhome” »

The business of private survival shelters has grown during the pandemic. They’re not just for survivalists and doomsday preppers anymore. Bunkers buried in backyards or remote landscapes are capable of withstanding nuclear fallout and hurricanes, as well as violent conflict.

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How entrepreneur Franco Perez is helping to fix the affordable housing crises with mobile homes.

Not an endorsement (because frankly I can see way to many things that could be or could go wrong with this type of housing) but…

Is Boxabl the future of housing for planet earth?

This house can unfold and fold itself in 10 minutes.

Click on photo to start video.

🏢 Milan’s vertical forests’ plant life 🌱 equals 3 hectares of forests 🌳 0 maintained by “Flying Gardeners”, a specialized team of arborists-climbers.

🙏 Stefano Boeri Architetti BrightVibes.

Anthony Rapp (actor, Star Trek: Discovery) joins Dr. John Mather (astrophysicist), Dr. Ann Nguyen (planetary scientist), Dr. Laura Kerber (planetary scientist), and Dr. Allegra LeGrande (physical research scientist) to discuss how NASA’s research and missions help us understand how our universe, our solar system, and our Earth came to be.

Congratulations to Dr. Emmanuel Ríos López and her co-advisor Dr. X’opher Añorve and to our collaborators, Dr. Hector Javier Ibarra Medel, the Dr. Mabel Valerdi, the Dr. Gabriela Ileana Tudorica Iacobuta and the lng. Physics. Joaquin Alvira Enriquez. Three generations of summer students (VICI): Alvira-Enriquez, Valerdi and Iacobuta. Three generations of PhD students: Añorve, Ibarra-Medel and Rios-Lopez.

In this work we analyzed a sample of 101 brilliant galaxies using a two-dimensional decomposition of the shallow shine. This work serves to explore the formation of galaxies and their relationship with the supermassive holes black houses in their cores. We fixed some errors that the original sample came dragging.

We are grateful to Prof. Thomas Jarrett and Dr. Chien Peng for helping us along the generation of the work. We are standing on their shoulders, Prof. generated the Large Galaxy Atlas and Dr. Peng gave us GALFIT the best software for galaxy 2D surface brightness analysis.

Continue reading “Article Accepted in Monthly Notices of the Royal Astronomical Society” »

NASA has edged one step closer to building Moon and Mars colonies using the celestial bodies’ soil. Universe Today notes that NASA’s latest International Space Station resupply mission included a machine meant to demonstrate 3D printing regolith (that is, loose soil or rock) on the Moon and similar extraterrestrial surfaces.

The Redwire Regolith Print (RRP) project will work in tandem with an existing printer system (ManD) to try 3D printing simulated regolith. If that succeeds, the ISS crew will gauge the strength of the resulting material to see if it can handle the harsh conditions beyond Earth.

If all goes well, RRP could lead to colonists printing at least some of their habitats on-demand. That, in turn, could reduce the volume of construction supplies NASA brings to the Moon and Mars. Scientists have envisioned soil-based habitats for years, but this test is relatively realistic — it’s an attempt at 3D printing soil in lower gravity. While there will still be much work to do, the long-term goals for Artemis and future Mars missions may be that much more achievable.