military.discovery.com greatest tank battles

#Military.discovery.com greatest tank battles series#

WWI – Premieres Wednesday, January 25 at 10 PM ET.BAUER – Premieres Wednesday, January 18 at 10 PM ETĪfter the success of the Blitzkrieg, young men across Germany flocked to the armored corps in search of glory and excitement, including one young German tanker who came face to face with the harsh realities of armored warfare.It allowed the Nazis to unleash Blitzkrieg on Western Europe while thousands of Panzer tanks raced across rugged terrain, crushing Allied defenses and rolling over everything that stood in their path. FRANCE – Premieres Wednesday, January 11 at 10 PM ETĪt the outset of World War II, the Germans pioneered a new form of mobile armored warfare.

#Military.discovery.com greatest tank battles series#

'We're excited to be able to present a whole new season of this hit series that combines non-stop action and cutting edge graphics with gripping and often emotional first-hand accounts from the heroic service members who were there, and manned these monster machines,' said Ed Hersh, senior vice president of content strategy for Military Channel. S eason two of GREATEST TANK BATTLES premieres Wednesday, January 11 at 10 PM E/P on Military Channel. Each story is complemented by expert analysis of the tactical decisions behind each battle, including key technological advances and background briefings on the circumstances that lead to up to them. In each episode, viewers experience the gritty realism and thunderous tanks from perspectives never before possible. Brought to life with stunning, ultra-realistic CGI animation and combined with archival footage, first-person testimony, GREATEST TANK BATTLES captures the strategy and action in some of the most iconic battles of the 20th century in Europe, Asia, and Africa.

4, 2012 /PRNewswire/ - Military Channel's action-packed series GREATEST TANK BATTLES returns for a second season with new, even more dramatic and compelling stories of mechanized warfare. “We're seeing these really pretty spirals, these merging galaxies, all of these like weird objects with the Webb data that Hubble didn't have enough resolution to see, so it's really cool.SILVER SPRING, Md., Jan. “It's showing us the higher edge of the universe that up until now was all of these faint fuzzy blobs, which actually have a lot more structure to it than we expected,” he said. Iyer says their research is a testament to the incredible data that has been found since the James Webb telescope’s launch less than a year ago that he said its predecessor, the Hubble Space telescope, took years to capture. Iyer says through further investigation with the NIR they are hoping to determine how big these clusters are, how they are formed and even more details on the Sparkler Galaxy itself. “Objects like the Sparkler were an ‘unknown unknown' – we didn't know that we didn't know about them – so finding it was really exciting,” Iyer said to CTVNews.ca on Thursday.Īs they continue with their research, both say they are looking forward to discovering what else they can learn about these globular clusters and perhaps similar 'unknown unknown' objects they didn’t know about. Iyer says while the Webb telescope was intended to find early data of the universe, their team was still surprised to find these clusters, specifically ones that are billions of years old. However, it was the Canadian-made Near-Infrared Imager and Slitless Spectrograph (NIRISS) instrument on Webb telescope that was able to determine how old these clusters are. The researchers were able to observe the objects through the use of the James Webb telescope’s Near-Infrared (NIR) camera, along with archival data from the Hubble Space telescope. “So that means that these stars were formed very early on in the universe, right after the big bang, where the first stars were getting born that's the era when the star clusters were born,” Mowla said to CTVNews.ca in a phone interview on Thursday.

Out of the 12 globular clusters analyzed, five of them are estimated to be about four billion years old themselves. Their team observed the galaxy as it was nine billion years ago, when the universe was just four-and-a-half billion years old. Lamiya Mowla and Kartheik Iyer, co-lead authors and fellows at the Dunlap Institute for Astronomy & Astrophysics at the University of Toronto, published their findings on Thursday in the Astrophysical Journal Letters. These clusters were spotted in the 'Sparkler Galaxy,' notable captured by the James Webb Space Telescope’s First Deep Field image in July. In a galaxy nine billion light years away shines a form of star clusters that these Canadian researchers hope will shed new details on the universe’s earliest discoveries.Ī team of researchers with the Canadian Near-Infrared Imager and Slitless Spectrograph Unbiased Cluster Survey (CANUCS) team found evidence of the oldest distant globular clusters.