Spherical collection of stars
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Globular clusters are the oldest members of the galaxy. They’re tight balls of hundreds of thousands of stars, most of which were born when the universe was no more than a couple of billion years old. Their most-massive stars have long since died. And most of the stars that remain are cool and faint. So a globular tends to be fairly quiet and calm. But that doesn’t mean that things don’t change. Consider Messier 13. It’s in Hercules, which is high in the east at nightfall. Under dark skies, the cluster is just visible to the unaided eye, looking like a faint, fuzzy star. The cluster is about 25,000 light-years away, and it contains up to half a million stars. But the stars at the edge of the cluster aren’t held as tightly as those in the middle. So the gravity of the rest of the galaxy can pull some of them away. In fact, astronomers have identified a few dozen stars that appear to be escapees from M13. But the cluster also can grab stars from the space around it. One especially young star probably became a member of the cluster that way. And stars inside the cluster can change. Some of them merge, forming bright, blue stars that look much younger. And stars die. M13’s brightest member is dying right now. It’s about as massive as the Sun, but it’s puffed up to dozens of times the Sun’s diameter. Soon, it’ll blow away its outer layers, leaving only its tiny, dead core – one more change in an ancient family of stars. Script by Damond Benningfield
New episode of Sound Vision World Dreams on www.avivmedia.com Tracklist: 00:00 Cultivate Beats - Day In the Trees [Ease Division] 03:03 Jean-Michel Jarre - Amazônia, Pt. 8 [Sony Music] 05:25 Chronos, Zero Cult - Cells in Harmony (Ambient Mix) [Cosmicleaf Records] 11:46 Globular - ...and It Speaks of Everything [Entangled Records] 17:37 David Hudson, Steve Roach - Origin [Black Sun Music] 21:25 Yeahman - GLI-F4 [Wonderwheel Recordings] 26:30 Kaya Project, Irina Mikhailova - Katarino (Kick Bong Remix) [Tribal Shift Records] 31:56 Zen Baboon - Solar Cat (Boho Mix) [Baboon Clinic] 36:51 Byron Metcalf - Threshold of Intention [Byron Metcalf] 37:51 Byron Metcalf - Decision Point [Byron Metcalf] 43:54 Kaya Project, Irina Mikhailova - Lele Yane (Astropilot's Ambient Remix) [Tribal Shift Records] 50:13 Jean-Michel Jarre - Amazônia, Pt. 5 [Sony Music] 51:41 Deep Forest - Deep Forest (Symphonic Version) [Deep Forest]
Welcome to Live From Progzilla Towers Edition 547. In this edition looking at Cliff's 'top ten' favourite albums of 2024, we heard music by Actionfredag, Beardfish, Isobar, Lee Abraham, Stuckfish, Thomas Dolby, Albion, Bill Bressler, Nine Stones Close, Tusmørke, IZZ, Globular, Anubis, HFMC, Kyros, Drifting Sun, Merit Hemmingson, Tim Bowness, Tiger Moth Tales & Simon Posford & Raja Ram.
Tom continues workshopping Boots on the Ground, discussing sources of inspiration and possible locations for the party's headquarters. But Magill just wants to waste time with the one-page RPG called Wasted Hours, which sees you take on the role of an office drone working for an SCP-like paranormal investigation bureau. Will Tom manage to avoid the scorn of the manager while fudging documents and looking for a safe place to smoke a bong? Find us on Facebook! All music composed by Vince Nitro.
Dust Motes Over The Dancefloor...with tracks by...Circa State, Ayla Nereo, Akal Dub, Lexington Keyz, Wild Tide, Glass Beams, Birdhouse, Arman, Awka, Deka Sul, The Polish Ambassador, Flammer Dance Band, Gitkin, L'Eclair, Sink Ya Teeth, Yeyo, The Durians, Mexican Dubwiser, Melbourne Douglas and The Regulators, Bachir Salloum, Androcell, Globular, Akusmatic, Habitaat, Xoa, Goat, KMalectro, Getdown Services, [...] The post PCP#860… Dust Motes Over The Dancefloor… appeared first on Pete Cogle's Podcast Factory.
Join Andrew Dunkley and Professor Fred Watson in this enthralling episode of Space Nuts, where they delve into groundbreaking discoveries and missions in the cosmos.Episode Highlights:Swarm of Black Holes: Explore the astonishing possibility of a swarm of up to 20,000 black holes in a well-known region of Space. Once thought to contain a single intermediate-mass black hole, new findings suggest a much more complex scenario.- Polaris Dawn Mission: Discover the exciting details of the Polaris Dawn mission, potentially the first crewed mission to achieve a polar orbit around Earth. Learn about their ambitious plans, including the first privately conducted spacewalk, and the technical challenges they face.- New Horizons Mission: Find out what the New Horizons spacecraft is up to 18 years after its launch. After its historic flyby of Pluto, the mission continues to break new ground by examining the darkness of Space, providing insights into the cosmic optical background.- 00:00:00 Andrew Dunkley: Coming up on this episode of Space Nuts- 00:01:32 You can't go bluetooth through this panel I've got because of time delay- 00:02:35 Geordie says he got hay fever from living in England- 00:04:28 Astronomers have been hunting for intermediate black holes for decades- 00:15:00 The world will have to come up with a collective noun for black holes- 00:16:14 Professor Fred Watson talks to Andrew Dunkley about the Polaris dawn mission- 00:23:22 Andrew Dunkley dives into black hole; hopes all goes well- 00:24:26 New Horizons spacecraft has been sent off to examine darkness of night sky- 00:32:17 Professor Fred Watson: Thanks for your company, Andrew DunkleyFor more Space Nuts, including our continually updating newsfeed, visit our website at spacenutspodcast.com. Follow us on social media at SpaceNutsPod on facebook, X, YouTubeMusic, and TikTok. We love engaging with our community, so be sure to drop us a message or comment on your favourite platform. For more Space and Astronomy News Podcasts, visit our HQ at www.bitesz.com. Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts/support.Stay curious, keep looking up, and join us next time for more stellar insights and cosmic wonders. Until then, clear skies and happy stargazing.Episode References:Hubble Space Telescopehttps://www.nasa.gov/mission_pages/hubble/main/index.htmlPolaris Dawn missionhttps://polarisprogram.com/New Horizons spacecrafthttps://www.nasa.gov/mission_pages/newhorizons/main/index.htmlSky & Telescopehttps://skyandtelescope.org/French National Centre for Scientific Research (CNRS)https://www.cnrs.fr/enLeiden Observatoryhttps://www.universiteitleiden.nl/en/science/astronomyRoyal Observatory Edinburghhttps://www.roe.ac.uk/SpaceX Crew Dragonhttps://www.spacex.com/vehicles/dragon/Falcon 9https://www.spacex.com/vehicles/falcon-9/Astronomy AstroDailyPodhttps://astronomydaily.io/
Behold! globular springtails (Dicyrtoma spp.).
SpaceTime with Stuart Gary | Astronomy, Space & Science News
Join us for SpaceTime Series 27 Episode 90, where we delve into the latest cosmic events and advancements in space exploration.**Discovery of an Intermediate Mass Black Hole**: Astronomers have detected what they believe is a rare intermediate mass black hole buried deep inside the Omega Centauri globular star cluster. This discovery, based on two decades of Hubble Space Telescope observations, provides compelling new evidence for this elusive type of black hole, which acts as a missing link in black hole evolution.- **Europe's JUICE Spacecraft Flyby**: The European Space Agency's Jupiter Icy Moons Explorer (JUICE) is about to undertake a gravity-assisted flyby of the Earth and Moon. This manoeuvre will alter the spacecraft's speed and direction, setting it on a course to Jupiter. The flyby is a double world first, being both the first lunar-Earth flyby and the first double gravity assist manoeuvre.- **Portable Urine Recycling System for Spacesuits**: Inspired by the still suits in the movie Dune, scientists have developed a new portable urine collection and recycling system for spacesuits. This system could solve the hygiene and water scarcity issues faced by astronauts during long spacewalks and deep space missions.Follow our cosmic conversations on X @stuartgary, Instagram, YouTube, and Facebook. Join us as we unravel the mysteries of the universe, one episode at a time.Sponsor Offer: This episode is proudly supported by NordVPN. Secure your digital journey across the cosmos with a VPN service you can trust. Find your stellar security solution at https://www.bitesz.com/nordvpn.Listen to SpaceTime on your favourite podcast app including Apple Podcasts, Spotify, YouTube Music, or wherever you get your podcasts.Support SpaceTime:- Become a supporter of SpaceTime: https://www.bitesz.com/show/spacetime/support/www.bitesz.com00:00:00 - This is spacetime series 27, episode 90 for broadcast on 26 July 202400:00:48 - Astronomers have detected what they believe is a rare intermediate mass black hole00:07:02 - Juice spacecraft to make first gravity assist flyby of Earth and moon00:15:46 - Astronauts need to use adult diapers when undertaking a spacewalk00:18:57 - New study finds diabetes drug could improve symptoms of heart failure00:21:37 - There are fresh warnings about the dangers of the so called wellness industry00:24:21 - Long standing underinvestment in women's health worries experts00:27:16 - spacetime is available every Monday, Wednesday and Friday through various podcasting platforms
This episode is brought to you with the support of Incogni...protect your data online. Check out the special Space Nuts listener deal at incogni.com/spacenutsBlack Holes, Luca, and Space JunkJoin Andrew Dunkley and Professor Fred Watson in this fascinating episode of Space Nuts, where they dive into the mysteries of black holes, the origins of life, and the growing concerns about space junk.Episode Highlights:- **New Class of Black Hole**: Discover the recently categorised intermediate black hole, its significance, and how it challenges our understanding of these cosmic giants.- **The Last Universal Common Ancestor (LUCA)**: Explore the origins of life on Earth and the surprising discovery that life's common ancestor is older than previously thought.- **Space Junk Concerns**: Uncover the latest incidents involving space debris and the growing risks they pose to life and property on Earth.Don't forget to send us your questions via our website... [spacenuts.io]Support Space Nuts and join us on this interstellar journey by visiting our website support page. Your contributions help us continue our mission to explore the wonders of the universe. Clear skies and boundless exploration await on Space Nuts, where we make the cosmos your backyard.Visit our websites:[www.spacenuts.io]www.bitesz.comCheck out our sponsor: www.incogni.com/spacenuts
Hercules, the strong man of ancient mythology, rides high overhead in early summer. While its stars are not particularly bright, its most distinctive shape are the four stars in its center known as the Keystone.
Arabian Flames...Netlabel Day 2024 Part 2... with tracks by... Made Of Clay, Biez Kaviru, Beth Quist, Magasound, Nicorus, Globular, Gooth, Bobby Marleni, Manila Ice, Guska, Weedical Dub, Morillo, Finnoh Made Of Clay - Arabian Ghosts [Jamendo] Biez Kaviru - Eteela [Jamendo] [Kamba Music] Beth Quist - Burning Bridges [Magnatune] Magasound - Planuo Uranium [...] The post PCP#848… Arabian Flames…Netlabel Day 2024 Part 2… appeared first on Pete Cogle's Podcast Factory.
SpaceTime with Stuart Gary | Astronomy, Space & Science News
Join us for SpaceTime Series 27 Episode 79, where we uncover the latest groundbreaking developments in space exploration and astronomy.First, astronomers have discovered ancient star clusters in a galaxy dating back to near the dawn of time. These clusters, detected using gravitational lensing and the powerful near-infrared camera aboard the Webb Space Telescope, represent the earliest evidence of how the first stars and galaxies formed. The findings, published in Nature, suggest these clusters could be the seeds for the very first globular star clusters.Next, China has successfully completed its historic Chang'e-6 mission, returning samples from the far side of the moon. The mission, which targeted the moon's South Pole-Aitken Basin, has brought back 1,935.3 grams of lunar regolith. These samples are expected to provide new insights into the geological differences between the near and far sides of the moon.Finally, Rocket Lab celebrates a milestone with the successful launch of its 50th Electron rocket. This mission, named "No Time to Lose," deployed five satellites for the French Internet of Things company Kineis, marking a significant achievement in the company's rapid evolution.Follow our cosmic conversations on X @stuartgary, Instagram, YouTube, and Facebook. Join us as we unravel the mysteries of the universe, one episode at a time.Sponsor OfferThis episode is proudly supported by NordPass. Secure your digital journey across the cosmos with a password manager you can trust. Find your stellar security solution at https://www.bitesz.com/nordpass.Listen to SpaceTime on your favourite podcast app including Apple Podcasts, Spotify, YouTube Music, or wherever you get your podcasts.Support SpaceTimeBecome a supporter of SpaceTime: https://www.bitesz.com/show/spacetime/support/www.bitesz.com
Welcome to Live From Progzilla Towers Edition 522. In this special Prance edition we heard music by Ludwig Van Beethoven Vs The Chemical Brothers, Koan, Ben Liebrand, Globular, Goantum Fantay, Dire Straits Vs The Police, I Monster, Steven Wilson, Haruomi Hosono, Ott., The Dubbeltjes, The Beatles, Pink Floyd Vs The Bee Gees, System F, Throbbing Gristle, BT, Shpongle, Simon Posford & Friends, Younger Brother, The Human League, Underworld & The Beatles Vs Kraftwerk.
Welcome to Live From Progzilla Towers Edition 520. In this All Requests edition we heard music by Van Der Graaf Generator, Amarok, Dog Unit, David Shire, Cannonball Adderley, Intergalactic Touring Band, Flash, Utopia, Bad Omens, Alice Cooper, Led Zeppelin, Cake, Seven Reizh, Gong, Casiopea, Nuclear Power Trio, Sungazer, Orlando Weeks, Globular, Richard Wright, Sigur Rós, Riverside, Brian Eno & Spock's Beard.
The 365 Days of Astronomy, the daily podcast of the International Year of Astronomy 2009
Hosted by Chris Beckett & Shane Ludtke, two amateur astronomers in Saskatchewan. actualastronomy@gmail.com Our guest today is Peter Jedicke who was National President of the Royal Astronomical Society of Canada from 2004 to 2006 and is now a Fellow of the RASC. He is also Honorary President of the RASC London Centre. His favourite astronomical topic, both astrophysically and as an observer, is globular clusters and co-authored the RASCC Observer's Handbook section on Star Clusters. Peter co-authors the Star Clusters section of the RASC Observer's Handbook. Lastly, Peter helped start the list of asteroid names with Canadian connections which will be our topic today but…. Let's chat about globular star clusters since, as you pointed out Peter, it's best to focus on a narrow topic as the show time whips by! * Helen B. Sawyer [Hogg], 1947. Out of Old Books-Catalogues of Nebulous Objects in the Eighteenth Century. Journal of the Royal Astronomical Society of Canada, Vol. 41, p. 265-273 Also: Helen B. Sawyer [Hogg], 1948. Astronomical Journal, Vol. 53, p. 117 * * What are Star Clusters? * - 2 types: OC and GC what is the diff…maybe we'll do Open Clusters another time. * - Age & Number of stars which equate to variations in CLs + magnitude, colour + number. * Where do they come from * So what is a globular star cluster exactly? * Why old-rich-symetrical-live in galactic halo? * What are the differences in concentration and spectral classifications? * What is it you enjoy about globulars? * Variable stars in globular clusters * Helen Sawyer Hogg & my one summer working as a "research assistant" at Western U. * Something about where globular clusters fit in with cosmology. Age & role in galaxy mergers. * How many have you observed? * Where have you traveled to observe them? * Which are your favourites? We've added a new way to donate to 365 Days of Astronomy to support editing, hosting, and production costs. Just visit: https://www.patreon.com/365DaysOfAstronomy and donate as much as you can! Share the podcast with your friends and send the Patreon link to them too! Every bit helps! Thank you! ------------------------------------ Do go visit http://www.redbubble.com/people/CosmoQuestX/shop for cool Astronomy Cast and CosmoQuest t-shirts, coffee mugs and other awesomeness! http://cosmoquest.org/Donate This show is made possible through your donations. Thank you! (Haven't donated? It's not too late! Just click!) ------------------------------------ The 365 Days of Astronomy Podcast is produced by the Planetary Science Institute. http://www.psi.edu Visit us on the web at 365DaysOfAstronomy.org or email us at info@365DaysOfAstronomy.org.
How do we find black holes? And how can we tell whether it's a small black hole “eating” really fast or a large black hole that's eating very slowly? To find out, Dr. Charles Liu and co-host Allen Liu welcome astrophysicist Dr. Vivienne Baldassare, a professor of astronomy and physics at Washington State University. As always, though, we start off with the day's joyfully cool cosmic thing, the recently published composite photo of the X-ray Binary System in nearby starburst galaxy NGC_4214. Vivienne explains how X-ray Binaries, which are relatively rare, are created by a stellar mass black hole or a neutron star being fed by a star. Chuck and Vivienne discuss the differences between using the new James Webb Space Telescope and “old tech” like the Hubble Space Telescope and the Chandra X-ray Observatory, and how she uses Chandra to find black holes. Professor Baldassare explains how she uses x-ray observations, optical spectroscopy, and variability data to find intermediate-mass black holes, which she is one of the first astronomers to find. You'll hear about the differences between stellar mass black holes, supermassive black holes, and the intermediate-mass back holes that fit somewhere between. Then it's time for our first student question, from Lorenzo, who asks, “Are stars only found in galaxies, and if not, where else?” Vivienne explains that most stars are found in galaxies, but they can also be found in globular clusters. There are also hyper-velocity stars, which can be found in the halo of our galaxy on their way to escape our galaxy entirely. A discussion of the Chandra X-ray Observatory, which spends about 80% of its time outside the Van Allen belts, turns into a discussion about all the manmade objects orbiting the Earth, including Chandra, Hubble, satellites... and lots of space junk, too. We've currently got about 8,000 satellites orbiting Earth – a surprising amount of which are SpaceX Starlink satellites, with more “satellite constellations” planned by SpaceX and others. You'll find out about the risk of chain-reaction debris collisions due to solar storms and other disruptive events, Kessler Syndrome, the environmental consequences of mostly-aluminum satellites burning up in our atmosphere, and the first fine every levied for space junk, against Dish Network. For our next student question, Adrian wants to know how tiny black holes can swallow super giant stars? Vivienne explains how tidal disruption, when the gravity on one side of an object is greater than on the other side, can pull a star apart in months or even weeks! Finally, Vivienne talks about being an ultra-marathon runner and a trail runner, hiking with her dog, and the importance of being able to go out to wild spaces in nature. Chuck gets here to share a favorite hiking memory – a 7-day, long distance solo hike around Mt. Blanc after presenting her work at a conference in France. If you'd like to know more about Dr. Baldassare, you can follow her on Twitter @vbaldassare, Instagram @vbaldassare, or her website which includes her email for you to reach out to her and ask her more questions. We hope you enjoy this episode of The LIUniverse, and, if you do, please support us on Patreon. Credits for Images Used in this Episode: – NGC_4214 (X-ray binary circled) –NASA, ESA and the Hubble Heritage Team (STScI/AURA)-ESA/Hubble Collaboration, Public Doman – Artist's impression of an X-ray Binary – Dana Berry/NASA Goddard Space Flight Center, Public domain – Launch of Hubble on shuttle flight STS-31 – NASA, Public Domain – Illustration of the Chandra X-ray Observatory – NASA/CXC/NGST, Public Domain – Our Milky Way's central black hole – EHT Collaboration, CC BY 4.0 – Globular cluster NGC 1466 – ESA/NASA (Hubble), Public Domain – Orbit of the Chandra X-ray Observatory – NASA, Public Domain – Starlink trails on a CTIO telescope image – NSF's National Optical-Infrared Astronomy Research Laboratory/CTIO/AURA/DELVE, CC BY 4.0 – Diagram of tides in Earth's oceans – Orion 8 on Wikimedia Commons, Public Domain #TheLIUniverse #CharlesLiu #AllenLiu #SciencePodcast #AstronomyPodcast #blackhole #globularclusters #hypervelocitystars #XrayBinary #starburstgalaxy #NGC4214 #stellarmassblackhole #neutronstar #MilkyWayGalaxy #HubbleSpaceTelescope #ChandraXrayObservatory #supermassiveblackholes #intermediatemassbackholes #VanAllenbelts #SpaceX #Starlink #satelliteconstellations #spacejunk #satellites #KesslerSyndrome #tidaldisruption
Adam and Alex played Crossfire and crossed streams, meanwhile Adam discusses if the Globular Cluster helps out with his nugget head issue.
One of the closest of the Milky Way's globular star clusters is near the middle of Ophiuchus, the serpent bearer. The constellation is in the southeast at nightfall, and wheels across the south later on. Messier 10 is a family of hundreds of thousands of stars. But it's only about 80 light-years across. That means the stars in the cluster are jammed in far tighter than those in our region of the galaxy. So from any star in the cluster — especially those in its busy heart — hundreds or thousands of bright stars would decorate the night sky. Globular clusters are among the oldest residents of the galaxy; Messier 10 is thought to be more than 11 billion years old. By comparison, the Sun is only four and a half billion years old. That means the stars in the cluster formed not long after the Milky Way Galaxy itself. All of the big, bright stars in Messier 10 have long since expired, so most of its remaining stars are small and faint. There are a few bright stars, but they're probably the results of mergers that “rejuvenated” smaller stars. Messier 10 is only about 15,000 light-years away — closer than all but a few of the Milky Way's 150 or so known globulars. Even so, it's not bright enough to see with the eye alone. It is visible through binoculars as a hazy smudge of light. But you need a telescope to see any of its individual stars — members of a big but ancient stellar family. Script by Damond Benningfield Support McDonald Observatory
Globular star clusters are like skyscrapers in the suburbs. They're densely populated structures surrounded by a lot of open space. Most of them are well outside the Milky Way's disk. They're tight balls of hundreds of thousands of stars, so they're easy to spot. An example is Messier 13, in the constellation Hercules. It climbs into view in the northeast by 9 or 10 p.m. Under dark skies, it looks like a faint smudge of light. Binoculars enhance the view. M13 is about 25,000 light-years away. It contains several hundred thousand stars, packed into a ball about 150 light-years across. Most of its stars are right in the middle. They're packed more than a hundred times tighter than the stars in our own galactic neighborhood. As a result, many more bright stars would speckle the skies of any planets in that region. Most of those stars would look faint, and yellow or orange. That's because M13's original big, bright, blue stars have long since expired. The survivors are less massive than the Sun, and a good bit older. Such stars look redder and fainter than the Sun. A few stars have passed beyond the prime of life, so they've puffed up and gotten extremely bright. They'll soon lose their outer layers, though, leaving only their hot but dead cores, known as white dwarfs. A few stars in M13 have merged. That's made them hotter, brighter, and bluer — the stand-out residents of a galactic skyscraper. Script by Damond Benningfield Support McDonald Observatory
Bandcamp: https://devotionrecords.bandcamp.com/album/globular-cluster Beatport: http://bit.ly/3IiBYM1 Spotify: http://bit.ly/3IcPDUB Apple Music: http://bit.ly/3XJky0r Follow Devotion Records: www.instagram.com/devotionrecs www.facebook.com/devotionrecords
UKS 1 probably lies on the far side of the Milky Way, and the light from the cluster is heavily obscured by interstellar dust, but even though it's hard to see, astronomers are still really interested in it.
https://www.sofa-flower-moon.com/dealership-globular-prop
Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.11.30.518472v1?rss=1 Authors: Bravo-Plaza, I., Tagua, V. G., Arst, H. N., Alonso, A., Pinar, M., Monterroso, B., Galindo, A., Penalva, M. A. Abstract: Uso1/p115 and RAB1 tether ER-derived vesicles to the Golgi. Uso1/p115 contains a globular-head-domain (GHD), a coiled-coil (CC) mediating dimerization/tethering and a C-terminal region (CTR) interacting with golgins. Uso1/p115 is recruited to vesicles by RAB1. Paradoxically, genetic studies placed Uso1 acting upstream of, or in conjunction with RAB1 (Sapperstein et al., 1996). We selected two missense mutations in uso1 resulting in E6K and G540S substitutions in the GHD permitting growth of otherwise inviable rab1-deficient Aspergillus nidulans. Remarkably, the double mutant suppresses the complete absence of RAB1. Full-length Uso1 and CTR{Delta} proteins are dimeric and the GHD lacking the CC/CTR is monomeric irrespective of whether they carry or not E6K/G540S. Microscopy showed recurrence of Uso1 on puncta (60 sec half-life) colocalizing with RAB1 and less so with early Golgi markers Sed5 and GeaA/Gea1/Gea2. Localization of Uso1 but not of Uso1E6K/G540S to puncta is abolished by compromising RAB1 function, indicating that E6K/G540S creates interactions bypassing RAB1. By S-tag-coprecipitation we demonstrate that Uso1 is an associate of the Sed5/Bos1/Bet1/Sec22 SNARE complex zippering vesicles with the Golgi, with Uso1E6K/G540S showing stronger association. Bos1 and Bet1 bind the Uso1 GHD directly, but Bet1 is a strong E6K/G540S-independent binder, whereas Bos1 is weaker but becomes as strong as Bet1 when the GHD carries E6K/G540S. AlphaFold2 predicts that G540S actually increases binding of GHD to the Bos1 Habc domain. In contrast, E6K seemingly increases membrane targeting of an N-terminal amphipathic a-helix, explaining phenotypic additivity. Overexpression of E6K/G540S and wild-type GHD complemented uso1{Delta}. Thus, a GHD monomer provides the essential Uso1 functions, demonstrating that long-range tethering activity is dispensable. Therefore, when enhanced by E6K/G540S, Uso1 binding to Bos1/Bet1 required to regulate SNAREs bypasses both the contribution of RAB1 to Uso1 recruitment and the reported role of RAB1 in SNARE complex formation (Lupashin and Waters, 1997), suggesting that the latter is consequence of the former. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC
New constraints on the dark matter density profiles of dwarf galaxies from proper motions of globular cluster streams by Khyati Malhan et al. on Wednesday 30 November The central density profiles in dwarf galaxy halos depend strongly on the nature of dark matter. Recently, in Malhan et al. (2021), we employed N-body simulations to show that the cuspy cold dark matter (CDM) subhalos predicted by cosmological simulations can be differentiated from cored subhalos using the properties of accreted globular cluster (GC) streams since these GCs experience tidal stripping within their parent halos prior to accretion onto the Milky Way. We previously found that clusters that are accreted within cuspy subhalos produce streams with larger physical widths and higher dispersions in line-of-sight velocity and angular momentum than streams that are accreted within cored subhalos. Here, we use the same suite of simulations to demonstrate that the dispersion in the tangential velocities of streams ($sigma_{v_mathrm{Tan}}$) is also sensitive to the central DM density profiles of their parent dwarfs and GCs that were accreted from: cuspy subhalos produce streams with larger $sigma_{v_mathrm{Tan}}$ than those accreted inside cored subhalos. Using Gaia EDR3 observations of multiple GC streams we compare their $sigma_{v_mathrm{Tan}}$ values with simulations. The measured $sigma_{v_mathrm{Tan}}$ values are consistent with both an ``in situ'' origin and with accretion inside cored subhalos of $Msim 10^{8-9}M_{odot}$ (or very low-mass cuspy subhalos of mass $sim 10^8M_{odot}$). Despite the large current uncertainties in $sigma_{v_mathrm{Tan}}$, we find a low probability that any of the progenitor GCs were accreted from cuspy subhalos of $M_{rm subhalo}buildrel > over sim$ $10^9 M_{odot}$. The uncertainties on Gaia tangential velocity measurements are expected to decrease in future and will allow for stronger constraints on subhalo DM density profiles. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2201.03571v2
New constraints on the dark matter density profiles of dwarf galaxies from proper motions of globular cluster streams by Khyati Malhan et al. on Wednesday 30 November The central density profiles in dwarf galaxy halos depend strongly on the nature of dark matter. Recently, in Malhan et al. (2021), we employed N-body simulations to show that the cuspy cold dark matter (CDM) subhalos predicted by cosmological simulations can be differentiated from cored subhalos using the properties of accreted globular cluster (GC) streams since these GCs experience tidal stripping within their parent halos prior to accretion onto the Milky Way. We previously found that clusters that are accreted within cuspy subhalos produce streams with larger physical widths and higher dispersions in line-of-sight velocity and angular momentum than streams that are accreted within cored subhalos. Here, we use the same suite of simulations to demonstrate that the dispersion in the tangential velocities of streams ($sigma_{v_mathrm{Tan}}$) is also sensitive to the central DM density profiles of their parent dwarfs and GCs that were accreted from: cuspy subhalos produce streams with larger $sigma_{v_mathrm{Tan}}$ than those accreted inside cored subhalos. Using Gaia EDR3 observations of multiple GC streams we compare their $sigma_{v_mathrm{Tan}}$ values with simulations. The measured $sigma_{v_mathrm{Tan}}$ values are consistent with both an ``in situ'' origin and with accretion inside cored subhalos of $Msim 10^{8-9}M_{odot}$ (or very low-mass cuspy subhalos of mass $sim 10^8M_{odot}$). Despite the large current uncertainties in $sigma_{v_mathrm{Tan}}$, we find a low probability that any of the progenitor GCs were accreted from cuspy subhalos of $M_{rm subhalo}buildrel > over sim$ $10^9 M_{odot}$. The uncertainties on Gaia tangential velocity measurements are expected to decrease in future and will allow for stronger constraints on subhalo DM density profiles. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2201.03571v2
The 365 Days of Astronomy, the daily podcast of the International Year of Astronomy 2009
https://youtu.be/Tmg_SsMSqQA Streamed live on Oct 5, 2022. Host: Fraser Cain ( @fcain )Special Guest: Nothing transcends human differences here on our tiny planet than sharing the wonders of the night sky. For 50 years, Mike Simmons has been sharing and spreading astronomy with the world, both locally and internationally. Tonight, Mike joins us to share his newest venture, Astronomy for Equity, as he continues his calling to share astronomy with local communitites around the world. Astronomy for Equity brings together existing resources, expertise, networks, and communities to create opportunities for STEM growth in marginalized, isolated, and underserved areas. Mike Simmons is a long-time friend of the WSH. He is probably best known by members of our community for having founded (and lead) Astronomers Without Borders for over 14 years. In 2020, Mike retired from AWB and joined Blue Marble Space Institute of Science as an Affiliate Research Scientist - which allowed him to found Astronomy for Equity. Mike is also on the Board of Directors of the International Dark-Sky Association. You can learn more about Astronomy for Equity by visiting their webpage https://astro4equity.org/about/. Be sure to also check out their impressive list of advisors (https://astro4equity.org/our-team/) which includes such familiar names as Universe Today's Nancy Atkinson, "Bad Astronomer" Phil Plait, and former WSH guest Astronaut Nicole Stott! With these folks on the team, Astronomy for Equity can't help but succeed! If you are interested in helping Astronomy for Equity, they are currently running a crowdfund campaign to help students in Libya learn Astronomy. If you are so inclined and would like to contribute (no amount is too small!) please go here: https://astro4equity.org/please-help-... To stay up to date with Mike and his various projects, you can follow him on Facebook: https://www.facebook.com/Mike.Simmons... as well as Twitter: https://twitter.com/Astro_MikeS Regular Guests: Dr. Pamela Gay ( https://cosmoquest.org/x/ & @starstryder ) Dr. Nick Castle ( @PlanetaryGeoDoc / https://wanderingsci.com/ ) Dave Dickinson ( http://astroguyz.com/ & @Astroguyz ) This week's stories: - Globular clusters! - Juno's Europa flyby! - The Solar cycle! - Gravitational lenses! - Where did Ryugu come from? We've added a new way to donate to 365 Days of Astronomy to support editing, hosting, and production costs. Just visit: https://www.patreon.com/365DaysOfAstronomy and donate as much as you can! Share the podcast with your friends and send the Patreon link to them too! Every bit helps! Thank you! ------------------------------------ Do go visit http://www.redbubble.com/people/CosmoQuestX/shop for cool Astronomy Cast and CosmoQuest t-shirts, coffee mugs and other awesomeness! http://cosmoquest.org/Donate This show is made possible through your donations. Thank you! (Haven't donated? It's not too late! Just click!) ------------------------------------ The 365 Days of Astronomy Podcast is produced by the Planetary Science Institute. http://www.psi.edu Visit us on the web at 365DaysOfAstronomy.org or email us at info@365DaysOfAstronomy.org.
On Synchronized Globular Cluster Formation over Supra-galactic Scales: A Virgo-Centaurus Group Connection by Juan Carlos Forte. on Thursday 13 October This work reports the detection of a multi peaked colour pattern in the integrated colours distribution of globular clusters associated to the giant elliptical galaxy NGC 4486, using Next Generation Virgo Survey data. This feature is imprinted on the well known bimodal colour distribution of these clusters. Remarkably, the pattern is similar to that found in previous works based on photometry from the HST Advanced Camera Virgo Survey, in less massive Virgo galaxies. This characteristic can be traced up to to 45 arcmin (217 Kpc) in galactocentric radius. This suggests that globular cluster formation in Virgo has been regulated, at least partially, by a collective process composed by several discrete events, working on spatial scales comparable to the size of the galaxy cluster. Furthermore, the presence of a similar colour pattern in NGC 5128, at the outskirsts of the Virgo Super-cluster, poses an intriguing question about the spatial scale of the phenomenon. The nature of the process that leads to the colour pattern is unknown. However, energetic events connected with galaxy or sub-galaxy cluster mergers and SMBH activity, in the early Universe, appear as possible candidates to explain an eventual enhancement/quenching of the globular clusters formation, reflected in the modulation of their integrated colours. Such events, presumably, may also have had an impact on the whole star formation history in Virgo galaxies. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.06426v1
On Synchronized Globular Cluster Formation over Supra-galactic Scales: A Virgo-Centaurus Group Connection by Juan Carlos Forte. on Thursday 13 October This work reports the detection of a multi peaked colour pattern in the integrated colours distribution of globular clusters associated to the giant elliptical galaxy NGC 4486, using Next Generation Virgo Survey data. This feature is imprinted on the well known bimodal colour distribution of these clusters. Remarkably, the pattern is similar to that found in previous works based on photometry from the HST Advanced Camera Virgo Survey, in less massive Virgo galaxies. This characteristic can be traced up to to 45 arcmin (217 Kpc) in galactocentric radius. This suggests that globular cluster formation in Virgo has been regulated, at least partially, by a collective process composed by several discrete events, working on spatial scales comparable to the size of the galaxy cluster. Furthermore, the presence of a similar colour pattern in NGC 5128, at the outskirsts of the Virgo Super-cluster, poses an intriguing question about the spatial scale of the phenomenon. The nature of the process that leads to the colour pattern is unknown. However, energetic events connected with galaxy or sub-galaxy cluster mergers and SMBH activity, in the early Universe, appear as possible candidates to explain an eventual enhancement/quenching of the globular clusters formation, reflected in the modulation of their integrated colours. Such events, presumably, may also have had an impact on the whole star formation history in Virgo galaxies. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.06426v1
Globular Cluster UVIT legacy Survey GlobUleS III Omega Centauri in Far-Ultraviolet by Deepthi S. Prabhu et al. on Tuesday 11 October We present the first comprehensive study of the most massive globular cluster Omega Centauri in the far-ultraviolet (FUV) extending from the center to ~ 28% of the tidal radius using the Ultraviolet Imaging Telescope aboard AstroSat. A comparison of the FUV-optical color-magnitude diagrams with available canonical models reveals that the horizontal branch (HB) stars bluer than the knee (hHBs) and the white dwarfs (WDs) are fainter in the FUV by ~ 0.5 mag than model predictions. They are also fainter than their counterparts in M13, another massive cluster. We simulated HB with at least five subpopulations, including three He-rich populations with a substantial He enrichment of Y up to 0.43 dex, to reproduce the observed FUV distribution. We find the He-rich younger subpopulations to be radially more segregated than the He-normal older ones, suggesting an in-situ enrichment from older generations. The Omega Cen hHBs span the same effective temperature range as their M13 counterparts, but some have smaller radii and lower luminosities. This may suggest that a fraction of Omega Cen hHBs are less massive than those of M13, similar to the result derived from earlier spectroscopic studies of outer extreme HB stars. The WDs in Omega Cen and M13 have similar luminosity-radius-effective temperature parameters, and 0.44 - 0.46 M$_odot$ He-core WD model tracks evolving from progenitors with Y = 0.4 dex are found to fit the majority of these. This study provides constraints on the formation models of Omega Cen based on the estimated range in age, [Fe/H] and Y (in particular), for the HB stars. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.05160v1
Stellar cluster formation in a Milky Way-sized galaxy at z>4 -- I The proto-globular cluster population and the imposter amongst us by Floor van Donkelaar et al. on Tuesday 11 October The formation history of globular clusters (GCs) at redshift $z > 4$ remains an unsolved problem. In this work, we use the cosmological, $N$-body hydrodynamical ``zoom-in'' simulation GigaEris to study the properties and formation of proto-GC candidates in the region surrounding the progenitor of a Milky Way-sized galaxy. The simulation employs a modern implementation of smoothed-particle hydrodynamics, including metal-line cooling and metal and thermal diffusion and allows to resolve systems at the scale of star clusters. We define proto-GC candidate systems as gravitationally bound stellar systems with baryonic mass fraction $F_{rm b} geq 0.75$ and stellar velocity dispersion $sigma_{star} < 20$ km s$^{-1}$. At $z=4.4$ we identify 9 systems which satisfy our criteria, all of which form between 10 kpc to 30 kpc from the centre of the main host. Their baryonic masses are in the range $10^5$- $10^7$ M$_{odot}$. By the end of the simulation, they still have a relatively low stellar mass ($M_{star} sim 10^4$--$10^5$ M$_{odot}$) and a metallicity ($-1.8 lesssim {rm [Fe/H]} lesssim -0.8$) similar to the blue Galactic GCs. All of the identified systems except one appear to be associated with gas filaments accreting onto the main galaxy in the circum-galactic region, and formed at $z=5-4$. The exception is the oldest object, which appears to be a stripped compact dwarf galaxy that has interacted with the main halo between $z = 5.8$ and $z=5.2$ and has lost its entire dark matter content due to tidal mass loss. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.04915v1
The relation between globular cluster systems and supermassive black holes in spiral galaxies III The link to the M bullet-M ast correlation by Rosa A. González-Lópezlira et al. on Tuesday 11 October We continue to explore the relationship between globular cluster total number, $N_{rm GC}$, and central black hole mass, $M_bullet$, in spiral galaxies. We present here results for the Sab galaxies NGC 3368, NGC 4736 (M 94) and NGC 4826 (M 64), and the Sm galaxy NGC 4395. The globular cluster (GC) candidate selection is based on the ($u^*$ - $i^prime$) versus ($i^prime$ - $K_s$) color-color diagram, and $i^prime$-band shape parameters. We determine the $M_bullet$ versus $N_{rm GC}$ correlation for these spirals, plus NGC 4258, NGC 253, M 104, M 81, M 31, and the Milky Way. We also redetermine the correlation for the elliptical sample in Harris, Poole, & Harris (2014), with updated galaxy types from Sahu et al. 2019b. Additionally, we derive total stellar galaxy mass, $M_ast$, from its two-slope correlation with $N_{rm GC}$ (Hudson, Harris, & Harris 2014), and fit $M_bullet$ versus $M_ast$ for both spirals and ellipticals. We obtain log $M_bullet propto$ (1.01 $pm$ 0.13) log $N_{rm GC}$ for ellipticals, and log $M_bullet propto$ (1.64 $pm$ 0.24) log $N_{rm GC}$ for late type galaxies (LTG). The linear $M_bullet$ versus $N_{rm GC}$ correlation in ellipticals could be due to statistical convergence through mergers, but not the much steeper correlation for LTG. However, in the $M_bullet$ versus total stellar mass ($M_ast$) parameter space, with $M_ast$ derived from its correlation with $N_{rm GC}$, $M_bullet propto$ (1.48 $pm$ 0.18) log $M_ast$ for ellipticals, and $M_bullet propto$ (1.21 $pm$ 0.16) log $M_ast$ for LTG. The observed agreement between ellipticals and LTG in this parameter space may imply that black holes and galaxies co-evolve through "calm" accretion, AGN feedback, and other secular processes. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2210.04916v1
The 365 Days of Astronomy, the daily podcast of the International Year of Astronomy 2009
Hosted by Chris Beckett & Shane Ludtke, two amateur astronomers in Saskatchewan. Welcome to Episode 256 of the Actual Astronomy Podcast, a short episode on where we catch up. I'm Chris and joining me is Shane. We are amateur astronomers who love looking up at the night sky and this podcast is for anyone who likes going out under the stars. * We heard from lots of folks re: Don Macholz passing. * Had a VM from Phil, I took a listen while observing. * Julian sent me some paintings of Globular clusters. * Trevor wrote us on the new DSP in Canada. We've added a new way to donate to 365 Days of Astronomy to support editing, hosting, and production costs. Just visit: https://www.patreon.com/365DaysOfAstronomy and donate as much as you can! Share the podcast with your friends and send the Patreon link to them too! Every bit helps! Thank you! ------------------------------------ Do go visit http://www.redbubble.com/people/CosmoQuestX/shop for cool Astronomy Cast and CosmoQuest t-shirts, coffee mugs and other awesomeness! http://cosmoquest.org/Donate This show is made possible through your donations. Thank you! (Haven't donated? It's not too late! Just click!) ------------------------------------ The 365 Days of Astronomy Podcast is produced by the Planetary Science Institute. http://www.psi.edu Visit us on the web at 365DaysOfAstronomy.org or email us at info@365DaysOfAstronomy.org.
Episode 1892: Our article of the day is Globular cluster.
This week, it's baby galaxies — the very, very ancient, and the surprisingly brand new. Emily looks back at the earliest things-we-might-consider-galaxies, and the competing models for how they formed. Then we take a peek into the beautiful M81 galaxy, which is, as we speak, sloughing off some of its stars and galaxy stuff, thanks to an ongoing fight with M82 next door. The fun part is, the extra stuff seems to be forming into a new galaxy — albeit one with a difficult future ahead ...Syzygy Merch! Get it at the store.Help us make Syzygy even better! Tell your friends and give us a review, or show your support on Patreon: patreon.com/syzygypodSyzygy is produced by Chris Stewart and co-hosted by Dr Emily Brunsden from the Department of Physics at the University of York.On the web: syzygy.fm | Twitter: @syzygypodThings we talk about in this episode:• The first galaxies• Globular clusters• Dwarf galaxies• Galactic tides• The tidal galaxy paper• M81 and M82• The Dragonfly Telescope• WASP telescope• Where's JWST at now?
Welcome back to the Sky Walk Podcast. Make sure to go to @SkyWalkPod on Twitter so that you can follow along to the episode with graphics and pictures! Today we go over a globular star cluster that has a weird observation, causing for some interesting conclusions about the history of this cluster! Hope you enjoy! https://twitter.com/skywalkpod https://www.youtube.com/channel/UC_VH9_9peosITU1eiz3orvQ https://podcasts.apple.com/us/podcast/hot-cocoa-chats/id1553980795 https://open.spotify.com/show/7MghRYiWUANnupjZ6X6NFN?si=S35HffsHQKCVzguQE0GlTw&dl_branch=1
Welcome to the fourth installment of a the Sky Walk Podcast. Make sure to go to @SkyWalkPod on Twitter so that you can follow along to the episode with graphics and pictures! Today we go over the first globular star cluster to have it's individual stars resolved by Charles Messier himself! Hope you enjoy! https://twitter.com/skywalkpod https://www.youtube.com/channel/UC_VH9_9peosITU1eiz3orvQ https://podcasts.apple.com/us/podcast/hot-cocoa-chats/id1553980795 https://open.spotify.com/show/7MghRYiWUANnupjZ6X6NFN?si=S35HffsHQKCVzguQE0GlTw&dl_branch=1
Welcome to the third installment of a the Sky Walk Podcast. Make sure to go to @SkyWalkPod on Twitter so that you can follow along to the episode with graphics and pictures! Today we go over the first Messier object to be discovered by Charles Messier himself! Hope you enjoy! https://twitter.com/skywalkpod https://www.youtube.com/channel/UC_VH9_9peosITU1eiz3orvQ https://podcasts.apple.com/us/podcast/hot-cocoa-chats/id1553980795 https://open.spotify.com/show/7MghRYiWUANnupjZ6X6NFN?si=S35HffsHQKCVzguQE0GlTw&dl_branch=1
Welcome to the second installment of a the Sky Walk Podcast. Make sure to follow the Twitter: @SkyWalkPod so that you can follow along to the episode with graphics and pictures! Today we go over the first globular cluster to be added to the Messier Catalogue and get deep into the vastness of how big and old space really is. Hope you enjoy! https://twitter.com/skywalkpod https://www.youtube.com/channel/UC_VH9_9peosITU1eiz3orvQ
14th Anniversary Dub Selecta... with tracks by... Art-X & The Roots Addict, Dub Addiction, Lunar Visions, Manwel T, Shanti-K, Hummingbird, Radio Byzance, Khoe-Wa Meets Luiza, Dubmatix, Globular & Geoglyph, Elite Beat, Dub Machinist meets Gary Clunk, ArtK and Woodub, Feldub, Unidub Estacion, Bass Culture Players, BassDefender, Hermit Dubz, Markus and Shahzad, Yaadcore, Jah9, Subatomic Sound [...] The post TDZ#234… 14th Anniversary Dub Selecta….. appeared first on Pete Cogle's Podcast Factory.
14th Anniversary Dub Selecta... with tracks by... Art-X & The Roots Addict, Dub Addiction, Lunar Visions, Manwel T, Shanti-K, Hummingbird, Radio Byzance, Khoe-Wa Meets Luiza, Dubmatix, Globular & Geoglyph, Elite Beat, Dub Machinist meets Gary Clunk, ArtK and Woodub, Feldub, Unidub Estacion, Bass Culture Players, BassDefender, Hermit Dubz, Markus and Shahzad, Yaadcore, Jah9, Subatomic Sound [...]
Blue Dub... with tracks by... Aki Mittoo, Hummingbird, Shanti-K, Gaudi , Dub Pistols, Dubmatix, Thomas Anton, Dub Machinist, Feldub, Globular, Geoglyph, Jabbadub, R. Smith, Rubi Du, Rod Taylor, Ondubground, Kaly Live Dub. 00:00 Feuillemort Dub (feat. Aki Mittoo), By Hummingbird. [Greenbeats] 03:24 Botanical Dub, by Shanti-K. [Dubophonic] 07:11 Blue Monday Gaudi Dub, by [...] The post TDZ#230… Blue Dub….. appeared first on Pete Cogle's Podcast Factory.
Blue Dub... with tracks by... Aki Mittoo, Hummingbird, Shanti-K, Gaudi , Dub Pistols, Dubmatix, Thomas Anton, Dub Machinist, Feldub, Globular, Geoglyph, Jabbadub, R. Smith, Rubi Du, Rod Taylor, Ondubground, Kaly Live Dub. 00:00 Feuillemort Dub (feat. Aki Mittoo), By Hummingbird. [Greenbeats] 03:24 Botanical Dub, by Shanti-K. [Dubophonic] 07:11 Blue Monday Gaudi Dub, by Dub [...]
Notes on the final module from this chapter (Amino Acids and Proteins).
Dubisphere ... with tracks by ....HabooDubz, Art-X, Rakoon, Burning Babylon, Mighty Ragga, Panda Dub, Globular, dub_cmd, Ashkabad, Zenzile. 00:00 Ram Muay Steppa, by HabooDubz. Budapest, Hungary. [Bandcamp] 04:07 Maybe I'll Go To Hell But You're Coming Too (Art-X remix), by Rakoon. Lyon, France. [ODG] 07:46 Dubisphere, by Burning Babylon. Boston, Massachusetts, USA. [Bandcamp] 11:32 Insomio (Meditation [...]
Patience Dub ... with tracks by .... Sir Jean, Dub Addict, Uzul, Dub CMD, Sista Sara, Burning Babylon, Globular, Rhythm Express, The Mighty Mystics, Munay Ki Dub, Sumac Dub. 00:00 Patience Is a Virtue (feat. Sir Jean) (Dub Addict Remix), by Uzul. Lyon, France. [ODG] 03:39 Understanding (Versin), by dub_cmd. North East England & Sista [...]
Spirit Dub ... with tracks by .... Dub Traveller, Dubbytek, Outa Steppaz, Phoniandflore, Dub Dillah , Highs Elements, Globular, Beatfarmer, Pablo Raster, Hornsman Coyote, Dirty Live Dub. 00:00 Discover The World, by Dub Traveller. France. [Culture Dub] 03:42 Abyssal Dub, by Dubbytek. France. [Vaticaen] 09:33 Outside (The Outa Steppaz Mix), by Phoniandflore. France. [Maree Bass] 14:20 Time [...]
142 minutes of running goodness that starts strong, peaks at 40min, peaks stronger and longer at 1hr 40min, and keeps the energy going through to an uplifting, feel-good finish. Donations, Merchandise, Newsletter, more: https://www.podrunner.com PLAYLIST 01. Globular - [42]* 02. Holdup - The Groove 03. Kiril Melkonov - turn my beat 04. George Ellinas - Iole 05. Soleil Carrillo - Cello House (Club Mix) 06. Jacme - Saudade 07. Barby - Nexus* 08. Mascalito - Rhythmical Disorder* 09. Prime Mover - Grained 10. Minds of Infinity - DNA Activation Sequence* 11. Psyonysus - Cerebral Flux* 12. Steve Boyett - Sailing with Odysseus (Poseidon excerpt)* 13. Emlyn BPM - Harps for the Angels 14. Barby - Arena* 15. Wildback - No Politics (LFT Remix) 16. Mr Bristow - The Body Roll 17. Frankie Volo & Stefano - Goteo 18. Javier de Baraja - Black Day (Adot & Holland Remix) 19. Karl Kirschmayer - Frett (Daniel Ledwa Remix) 20. Mikas - True Love (2003) 21. Sonale - Fold My Brain 22. Dante - From Mexico to Tokyo 23. The Funk Philosopher - Funky Monkey 24. Angel Heredia - Earth on the Street & Slippy (Angel Heredia Mash-up) Shorted* 25. Parlando - Baptism 26. The Funk Philosopher - Bass Kicks In 27. Thomas Vent - Blue House* 28. Adrenalinez - Overlord 29. Rory Hoy - Pull the String 30. Old Flame - Blue Eyes 31. J Lauda - The Light 32. J Lauda - The Light (Krampelli Remix) 33. Bruno Alves - Alpha Centauri *CC BY-NC-SA 4.0 == Please support these artists == Podrunner is a registered trademark of Podrunner LLC. Music copyright © or CC the respective artists. All other material ©2006, 2019 by Podrunner LLC. For personal use only. Any unauthorized reproduction, editing, exhibition, sale, rental, exchange, public performance, or broadcast of this audio is prohibited.
12th Anniversary Dub Selecta... with tracks by .... The Dubwegians, Dubsynaticx, Echo Vault, PlusStepper, Dubbusters, Espiralia Dub, Fyahred, Michael Exodus, Moune, Javier Martin Boix, Bass Culture Players, Guru Pope, Pablo Raster, The Unsealer, Dry Land, Mato, Roots Zombie, Full Dub, The Dubbstyle, Globular, Art-X, Zenzile, Nawak British, Spicy Riddim, SistaSara, Dub Addiction, Khmer Rockers Uptown, [...]
Dimensionless Dub ... with tracks by .... Nawak British, Jabbadub, RaZtaMama, SistaSara, Globular, Doctor C, Dubioza Kolektiv, Melbeat, SPCZ. 00:00 Mr Fudji, by Nawak British. Greece. [Maree Bass] 05:11 Siala Baba Dub, by Jabbadub & RaZtaMama. Poland. [Bandcamp] 09:35 Illusions Space Stepper, by SistaSara. London, England. [Dubophonic] 13:35 Dimension Extension, by Globular. Bristol, England. [Bandcamp] [...]
The Best Exotic Dub Selecta...With tracks by...Burning Babylon, Dub Addiction meets Kampuchea Rockers Uptown, DU3normal, Hechoamano, Cocoa Tea, Baby Arm Sound System, Gaudi, Nusrat Fateh Ali Khan, Globular, , Earlyw~rm Jackie Mittoo, DubRifles, Alien Dread, Humano Espectral, DoobieSounds, Supa Bassie, Organic, Volfoniq, Vibronics, Zion Dirty Sound, Dubsynaticx, Dr Remix, Jambassa, Candy, _2V, Johnny Redlocks, Sticky [...]