Strauss’s “Brudanow” Waltz Soars into Space to Celebrate His 200th Birthday

Cape Canaveral, Florida – This month, Strauss’ Brudenau will embark on a journey into space. Discover the origins of King Waltz.

Timeless compositions will shine across the cosmos through a performance by the Vienna Symphony Orchestra. The celestial event, titled Heavenly Saying, is set for May 31 and will be broadcasted via free public screenings in Vienna, Madrid, and New York, commemorating the 50th anniversary of the European Space Agency.

ESA staff have noted that music can be transmitted as radio signals in real-time; however, to circumvent potential technical difficulties, a pre-recorded version from the orchestra’s rehearsal will be aired the day before, with the live performance accompanying it.

Radio signals travel at the speed of light, approximately 670 million miles per hour (over 1 billion kilometers per hour).

As a result, the music would reach the Moon in just an hour and a half, Mars in 4.5 minutes, Jupiter in 37 minutes, and Neptune in 4 hours. Within a day, the signal would be over 15 billion miles (24 billion kilometers) away, as far as NASA’s Voyager 1, the most distant human-made object in interstellar space.

In 2008, NASA also commemorated 50 years by sending The Beatles’ “Across the Universe” into Deep Space. Furthermore, last year, they transmitted Missy Elliott’s “The Rain (Supa dupa Fly)” to Venus.

Music is not only traveling through space; NASA’s Mars Rover has made waves back to Earth. In 2012, flight controllers at the Jet Propulsion Laboratory in California sent a recording of Will.i.am’s “Reach for the Stars,” which was then broadcasted by the Rover.

This interstellar transmission adds to a legacy of melodies shared between NASA mission control and astronauts since the mid-1960s.

Now it is Strauss’ turn, following its earlier inclusion in the Voyager Golden Records almost fifty years ago.

Released in 1977, NASA’s twin Voyager spacecraft each carry gold-plated copper gramophone records, equipped with styluses and instructions for playback.

These records feature earthly sounds and images alongside 90 minutes of music, curated by the late astronomer Carl Sagan and his committee, which included works by Bach, Beethoven, Mozart, and Stravinsky, among contemporary and indigenous artists.

Notably omitted was Johann Strauss II, whose “Blue Danube” famously accompanied Stanley Kubrick’s 1968 sci-fi film “2001: A Space Odyssey.”

The Vienna Tourism Board, located where Strauss was born on October 25, 1825, aims to rectify this “cosmic oversight” by sending the world’s most renowned waltz into the stars.

ESA’s large radio antenna in Spain, part of the agency’s deep space network, honors this initiative. The dish is directed toward Voyager 1, allowing “Blue Danube” to resonate through the cosmos.

“Music connects us across time and space in a unique way,” stated ESA Director Joseph Ashbacher. “The European Space Agency is sharing the spotlight with Johann Strauss II and inspiring future space scientists and explorers who will one day journey to the anthem of the universe.”

Source: www.nbcnews.com

The aerial robot soars like a bird and ascends into the skies.

Robots that can take off like birds could eliminate the need for runways for small fixed-wing drones.

Birds use the powerful explosive force generated by their legs to jump into the sky and begin flight, but it has proven difficult to build robots that can withstand the strong accelerations and forces exerted during this process.

now, Won Dong Shin Researchers at the Swiss Federal Institute of Technology Lausanne (EPFL) have developed a flying propeller robot called RAVEN. The robot has legs that move like a bird and can walk, hop, jump into the air and start flying.

“Fixed-wing aircraft like airplanes always need a runway or a launcher, but that's not available everywhere. You really need a designated infrastructure to get the plane off the ground,” Singh said. Masu. “But when they spot a bird, they just walk around, jump, take off. It's very easy for them. They don't need any outside help.”

A real bird's legs have joints at the hip, knee, and ankle, but RAVEN's legs have only two joints, the hip and knee, and are driven by a motor. Each leg also has a spring that can store and release elastic energy. By using fewer parts, Singh and his team were able to keep RAVEN's weight to about 600 grams, the same as a crow.

In indoor tests, RAVEN was able to jump approximately 0.5 meters into the air at a speed of 2.4 meters per second. This is a similar speed to birds of the same size. At this point the propeller takes over. Because it can be launched upwards from anywhere, RAVEN could be useful for disaster relief missions where regular fixed-wing drones cannot take off or land, Singh said. But first, he says, the team needs to develop RAVEN's ability to land safely.

“We've seen a lot of work on flying robots that land on perches, but not many focused on taking off with their feet,” he says. Rafael ZafriEPFL was also not involved in this work. “I think the two disciplines of landing, or perching, and takeoff will be integrated into one platform that will allow robots to fly, detect branches, land, recover, and perform missions.” Take off. ”

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Source: www.newscientist.com