1 hr. ago
Brian May is best known as Queen's legendary guitarist, but nature conservation is another important part of his life. May, who also earned his PhD in astrophysics and has helped NASA, loves this planet and all its wildlife.
In 2013, May announced that he had purchased 157 acres of land that was due to be developed into housing in Bere Regis, Dorset, England. He intended to transform it into a nature reserve where native British trees and wildlife could thrive.
During a July 2012 interview, May told The Sunday Times, "Queen is a huge part of my life, but I do have other interests. People know about the astrophysics, but I love gardening, too, and I've always been passionate about the welfare of our wonderful British wildlife."
Since then, the former farmland has been cultivated into a woodland wildlife sanctuary and animal rescue.
May worked with local residents and wildlife officials to make the plans for the nature reserve. In a February 2013 BBC interview, May shared his plans for the freshly purchased former farmland.
#wildlife #nature #part #astrophysics
In 2013, May announced that he had purchased 157 acres of land that was due to be developed into housing in Bere Regis, Dorset, England. He intended to transform it into a nature reserve where native British trees and wildlife could thrive.
During a July 2012 interview, May told The Sunday Times, "Queen is a huge part of my life, but I do have other interests. People know about the astrophysics, but I love gardening, too, and I've always been passionate about the welfare of our wonderful British wildlife."
Since then, the former farmland has been cultivated into a woodland wildlife sanctuary and animal rescue.
May worked with local residents and wildlife officials to make the plans for the nature reserve. In a February 2013 BBC interview, May shared his plans for the freshly purchased former farmland.
#wildlife #nature #part #astrophysics
2 days ago
Astronomers say they have directly detected the first-ever radio emission from a planet outside the solar system. The signal, however, is evidence of a colossal magnetic field — not intelligent life.
“I know radio signals are **** ociated with searches for extraterrestrial intelligence,” said Edo Berger, a professor of astronomy at Harvard University. “But this is something very different.”
The discovery, described in a new paper awaiting publication in a peer-reviewed journal, traces repeating radio bursts that appear to come from the exoplanet Beta Pictoris b, located 63 light-years from Earth — a short distance, astronomically speaking. The gas giant, about 12 times the mass of Jupiter, is one of three planets orbiting a young star that is 1.75 times as massive as the sun.
Processes **** ociated with the planet’s magnetic field produce the radio emission, according to Berger, a researcher at the Center for Astrophysics | Harvard & Smithsonian in Cambridge, Massachusetts. Specifically, the detection involves auroras similar to Earth’s northern lights — the spectacular displays sparked by magnetic storms involving charged particles from the sun. “In order to see radio waves that extend all the way to the frequencies that we observed, you need an incredibly strong magnetic field,” added Berger, a coauthor of the paper posted September 15 to the preprint platform ArXiv.
New evidence deepens mystery of moon’s ancient magnetic field
#radio #evidence
“I know radio signals are **** ociated with searches for extraterrestrial intelligence,” said Edo Berger, a professor of astronomy at Harvard University. “But this is something very different.”
The discovery, described in a new paper awaiting publication in a peer-reviewed journal, traces repeating radio bursts that appear to come from the exoplanet Beta Pictoris b, located 63 light-years from Earth — a short distance, astronomically speaking. The gas giant, about 12 times the mass of Jupiter, is one of three planets orbiting a young star that is 1.75 times as massive as the sun.
Processes **** ociated with the planet’s magnetic field produce the radio emission, according to Berger, a researcher at the Center for Astrophysics | Harvard & Smithsonian in Cambridge, Massachusetts. Specifically, the detection involves auroras similar to Earth’s northern lights — the spectacular displays sparked by magnetic storms involving charged particles from the sun. “In order to see radio waves that extend all the way to the frequencies that we observed, you need an incredibly strong magnetic field,” added Berger, a coauthor of the paper posted September 15 to the preprint platform ArXiv.
New evidence deepens mystery of moon’s ancient magnetic field
#radio #evidence
