It may not be out for the world, but we can still talk about it. Star Trek: Lower Decks is the second animated series to be released in the Star Trek franchise and it’s putting a new spin on the 24th century…
A faint detection at Ligo and Virgo points to the formation of an intermediate mass black hole. Scientists analysing deep sea samples find evidence of supernova remnants. And the moon’s get rusty, probably because of Earth’s protective magnetotail…
In the beginning the large production companies sought to sell the streaming rights to their content to the highest bidder, but when they realised the power of being able to leverage audience metrics with advertisers they started striking out on their own.
Welcome to our second new podcast series in this premiere week on Trekzone. It’s The News, your weekly bite size wrap up of science fiction production info.
New research out this week points to bacteria being able to survive the trip to Mars, and back plus the elements for building water may have been on Earth this whole time – not brought in by other meteorites. We’re Talkin’ Science.
In 2018 we premiered our next live action Star Trek fan film called Once More With Feeling. It “Trek-ifed” the heroic story of the Australian Navy’s HMAS Sydney who valiantly fought a German raider in the Indian Ocean during the second world war. On today’s livestream, we’re taking you back to that fan film.
A tiny asteroid is on it’s way as another one narrowly missed us and French scientists have managed to bounce a laser off the Lunar Reconnaissance Orbiter.
Just before Nichelle Nichols retires after a stellar career, Renegades are giving her a fitting send off with Walter Koenig.
It turns out Ceres is geologically active with a salty ocean beneath the surface… It’s National Science Week and Brad and the team are posing for some satellite selfies…. and Crew-1 delayed again as NASA continues to pour over Demo-2’s mission data.
Andrew Jarvis zooms into Trekzone on this edition of A Trekzone Conversation. Now, you might not recognise his name – but you’ll know his and his teams work if you’ve seen the latest live action Star Trek series…
As the Parkes Radio Telescope joins the national heritage list, SpaceX’s Starship successfully flies and supernova ‘1987A’ gives away a fascinating secret.
SpaceX has backed up their Crew Dragon success with the first flight of Starship… it flew, and landed, at their testing range in Texas.
In 1987 a massive supernova erupted in the Large Magellanic Cloud.. now, it seems to have left behind a neutron star.
The 2019 total lunar eclipse gave astronomers a unique perspective on the Earth’s ozone layer…
Astronomers use a total lunar eclipse to study the ozone, and find exoplanets. The 1987 supernova may have brought the universe a neutron star and Starship finally soars, and lands, in another successful test flight for SpaceX.
An accomplished international photographer, Charles Brooks, has captured dazzling new images of one component of the main ring at the Australian Synchrotron and provided an inside view of the electron’s path when it is used. A synchrotron engineer converted radio waves produced in the vacuum chamber into sound files.
The Varda Space Industries W-2 capsule safely returned to Earth at Southern Launch’s Koonibba Test Range completing a dual-purpose mission with payloads from the United States Air Force and NASA at the end of February.
New analysis of marsquakes, which are similar to earthquakes, could offer clues into how Mars has evolved over billions of years, according to new research from The Australian National University and the Chinese Academy of Sciences.
Distant neutron stars typically spin a full 360 degrees within seconds. However, a new type of ‘radio transient object’ – so called as they are detected in radio waves – has emerged that rotate much more slowly. In the time it takes this cosmic lighthouse to rotate you could watch Interstellar twice before it completes a full spin.
An international study led by Australian astronomers has created the most detailed maps of gravitational waves across the universe to date in three new research papers. The study also produced the largest ever galactic-scale gravitational wave detector and found further evidence of a “background” of these invisible yet incredibly fast ripples in space that can help unlock some major mysteries of the universe.
Even though Saturn’s rings appear clean and young, they may be as old as the planet itself according to international researchers. It was previously thought that impacts with small rocky debris travelling through space – called micrometeoroids – would dirty and darken the rings over time, but in 2004 the Cassini spacecraft revealed the rings to be clean and bright suggesting that they are not very old.
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An accomplished international photographer, Charles Brooks, has captured dazzling new images of one component of the main ring at the Australian Synchrotron and provided an inside view of the electron’s path when it is used. A synchrotron engineer converted radio waves produced in the vacuum chamber into sound files.
The Varda Space Industries W-2 capsule safely returned to Earth at Southern Launch’s Koonibba Test Range completing a dual-purpose mission with payloads from the United States Air Force and NASA at the end of February.
New Marsquake data could help solve one of the solar system’s biggest mysteries, Saturn’s rings might be deceptively old – based on what we thought
New analysis of marsquakes, which are similar to earthquakes, could offer clues into how Mars has evolved over billions of years, according to new research from The Australian National University and the Chinese Academy of Sciences.
Distant neutron stars typically spin a full 360 degrees within seconds. However, a new type of ‘radio transient object’ – so called as they are detected in radio waves – has emerged that rotate much more slowly. In the time it takes this cosmic lighthouse to rotate you could watch Interstellar twice before it completes a full spin.
An international study led by Australian astronomers has created the most detailed maps of gravitational waves across the universe to date in three new research papers. The study also produced the largest ever galactic-scale gravitational wave detector and found further evidence of a “background” of these invisible yet incredibly fast ripples in space that can help unlock some major mysteries of the universe.
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The views and opinions expressed by guests on our podcasts are their own and do not necessarily reflect those of Trekzone Media or its employees.
