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K.N.U.S.T Judo Club

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Luke Edwards
Luke Edwards

Homeland Season 1 720p Tpb

Set in a post-apocalyptic world where the remains of humanity live behind walls protecting them from giant humanoid Titans, Attack on Titan follows protagonist Eren Yeager, along with friends Mikasa Ackerman and Armin Arlert. When a Colossal Titan breaches the wall of their hometown, Titans destroy the city and eat Eren's mother. Vowing vengeance, Eren joins the elite Survey Corps, a group of soldiers who fight against Titans. It chronicles Eren's journey with the Survey Corps as they fight against the Titans while investigating their origin and history. Up to season 4, the show was created by the studio WIT. However from season 4 and onwards, the show was continued with the studio MAPPA, known for animating many other notable anime shows.

homeland season 1 720p tpb


In the first season, the protagonist, Eren Jeager, witnesses his mother dying after being eaten by the series' main antagonists, the Titans. This becomes Eren's motivation to develop his combat skills in order to fight the Titans. Later on, Eren is eaten by a Titan himself but discovers that he can transform into a Titan, control it, and fight like he would as a human. Eren learns how to use his newfound powers to combat the Titans and continues his training as more titans continue to flood into his homeland.

In its second season, the main cast of characters, who have joined the Survey Corps, are thrown into action after Titans breach the walls without any apparent trace of how they entered. Along the way, they discover the true nature of the Titans.

In its two-part third season, the Survey Corps are hunted as Eren and another member are wanted. Later, they defend their hometown in a series of battles against the strongest Titans. Afterwards, reeling from the devastating battles, the Survey Corps members uncover the truth about their world and humanity in general.

Its fourth season, split into three parts, takes place four years after Eren and his compatriots learn the truth about their situation. A new cast of characters, part of the enemy's elite Warrior Unit, battles against the Survey Corps as each side seeks to protect their home and ideals. At the same time, Eren concocts a devastating plan to take care of his homeland's enemies.

Both Funimation and Crunchyroll have streamed the series with subtitles on their respective websites.[8][9] Funimation has also licensed the anime for home video release in 2014.[10] Episode 1 of the English version premiered at Anime Boston,[11] with other episodes put on Funimation's subscription services.[12] On television of the series has broadcast weekly on Adult Swim's Toonami block on May 3, 2014, starting at 11:30 p.m. EST.[13] In Australia, the anime aired on SBS 2 on Tuesdays, in Japanese with English subtitles, with the first episode having aired on September 30.[14] The first season was acquired for distribution in the UK by Manga Entertainment.[15] Madman Entertainment acquired the show for distribution in Australia and New Zealand, and streamed the series on Madman Screening Room.[16]

The season premiere was simulcast on Funimation, Crunchyroll, and the former's VRV channel at 10:30 AM EST.[29] Funimation and Crunchyroll streamed the entire second season on their respective websites, while Adult Swim's Toonami aired a dubbed version.[30] It was also announced that the second season of Attack on Titan would premiere on Toonami on April 29.[31] It was subsequently announced on April 3 that the second season would premiere one week earlier, on April 22 instead.[32] Madman Entertainment streamed the season in Australia and New Zealand on AnimeLab.[33] Season 2 home media release was handled by Sony Pictures in the UK.[34]

Funimation announced that they would air the worldwide premiere of the first episode at Anime Expo on July 8, 2018.[43] They also announced that the first episode would air in theaters in the US and Canada alongside Attack on Titan: Roar of Awakening on July 10, 2018.[44] Adult Swim aired the English version of the third season, starting from August 18, 2018 to July 27, 2019.[45] On July 4, 2020, Funimation announced that they licensed the compilation film for UK, Ireland, and North America release.[46]

Upon the airing of the final episode of the third season on July 1, 2019, it was announced that the fourth and final season of the anime series was scheduled for release in Fall 2020 on NHK General.[47] Netflix Singapore as well as other various Southeast Asian countries announced to start regional streaming from December 10 and 11.[48][49] On September 23, 2020, NHK listed the final season on their broadcasting schedule as airing on December 7, 2020.[50] On May 29, 2020, the final season was confirmed to have switched production studios to MAPPA. Yuichiro Hayashi and Jun Shishido replaced Tetsurō Araki and Masashi Koizuka as directors, scriptwriter Hiroshi Seko took over the series composition from Yasuko Kobayashi, and Tomohiro Kishi replaced Kyōji Asano as character designer. Kohta Yamamoto joined Hiroyuki Sawano to compose the music.[51] The first part, which consists of 16 episodes, aired on NHK General TV until March 29, 2021. The second part, which consists of 12 episodes, aired from January 10 to April 4, 2022 at 12:05 a.m. JST.[52][53] A third and final part will air in two halves; the first half will premiere on March 4, 2023, at 12:25 a.m. JST.[54][55]

Sawano returned to compose the soundtrack for the second season, with the 2-CD soundtrack released on June 7, 2017, by Pony Canyon.[64] In addition to music composed for Season 2, the soundtrack also featured any and all tracks composed for other media in-between seasons one and two, such as compilation films and OVAs.

Sawano once again returned as composer. The soundtrack was released on June 26, 2019.[citation needed] As with the second season's soundtrack, music featured in compilation films and OVAs released between season two and three was included in the soundtrack. Vocals were provided by David Whitaker, Eliana, Gemie, Laco, mpi, and yosh.

John Sinnott of DVD Talk called the series one of the best ones he has ever watched and one "that anime fans should not miss".[93] Maya Phillips of New York magazine and Vulture praised the uniqueness of the series, stating, "In our current age of terrifying dystopian realities, it's hard to find a dystopian show with something new to deliver - and yet here it is."[94] Phelim O'Neill of The Guardian, he praised the animation of the series as "spellbinding... It's all wonderfully acrobatic and intense".[95] Regarding the climactic episodes of the third season's second half, Manga.Tokyo called Isayama a "genius" for using the revelations about Grisha's past to smoothly link present events to the beginning of the story.[96]

The demand for new thermal neutron detectors as an alternative to 3He tubes in research, industrial, safety and homeland security applications, is growing. These needs have triggered research and development activities about new generations of thermal neutron detectors, characterized by reasonable efficiency and gamma rejection comparable to 3He tubes. In this paper we show the state of the art of a promising low-cost technique, based on commercial solid state silicon detectors coupled with thin neutron converter layers of 6LiF deposited onto carbon fiber substrates. A few configurations were studied with the GEANT4 simulation code, and the intrinsic efficiency of the corresponding detectors was calibrated at the PTB Thermal Neutron Calibration Facility. The results show that the measured intrinsic detection efficiency is well reproduced by the simulations, therefore validating the simulation tool in view of new designs. These neutron detectors have also been tested at neutron beam facilities like ISIS (Rutherford Appleton Laboratory, UK) and n_TOF (CERN) where a few samples are already in operation for beam flux and 2D profile measurements. Forthcoming applications are foreseen for the online monitoring of spent nuclear fuel casks in interim storage sites.

In this work we report on SWAN, the experimental, portable device for explosives detection. The device was created as part of the EU Structural Funds Project "Accelerators & Detectors" (POIG.01.01.02-14-012/08-00), with the goal to increase beneficiary's expertise and competencies in the field of neutron activation analysis. Previous experiences and budged limitations lead toward a less advanced design based on fast neutron interactions and unsophisticated data analysis with the emphasis on the latest gamma detection and spectrometry solutions. The final device has been designed as a portable, fast neutron activation analyzer, with the software optimized for detection of carbon, nitrogen and oxygen. SWAN's performance in the role of explosives detector is elaborated in this paper. We demonstrate that the unique features offered by neutron activation analysis might not be impressive enough when confronted with practical demands and expectations of a generic homeland security customer.

We report on scalable solid-state neutron detector system that is specifically designed to yield high thermal neutron detection sensitivity. The basic detector unit in this system is made of a (6)Li foil coupled to two crystalline silicon diodes. The theoretical intrinsic efficiency of a detector-unit is 23.8% and that of detector element comprising a stack of five detector-units is 60%. Based on the measured performance of this detector-unit, the performance of a detector system comprising a planar array of detector elements, scaled to encompass effective area of 0.43 m(2), is estimated to yield the minimum absolute efficiency required of radiological portal monitors used in homeland security.

Much of the observed wintertime increase of mortality in temperate regions is attributed to seasonal influenza. A recent re-analysis of laboratory experiments indicates that absolute humidity strongly modulates the airborne survival and transmission of the influenza virus. Here we show that the onset of increased wintertime influenza-related mortality in the United States is associated with anomalously low absolute humidity levels during the prior weeks. We then use an epidemiological model, in which observed absolute humidity conditions temper influenza transmission rates, to successfully simulate the seasonal cycle of observed influenza-related mortality. The model results indicate that direct modulation of influenza transmissibility by absolute humidity alone is sufficient to produce this observed seasonality. These findings provide epidemiological support for the hypothesis that absolute humidity drives seasonal variations of influenza transmission in temperate regions. In addition, we show that variations of the basic and effective reproductive numbers for influenza, caused by seasonal changes in absolute humidity, are consistent with the general timing of pandemic influenza outbreaks observed for 2009 A/H1N1 in temperate regions. Indeed, absolute humidity conditions correctly identify the region of the United States vulnerable to a third, wintertime wave of pandemic influenza. These findings suggest that the timing of pandemic influenza outbreaks is controlled by a combination of absolute humidity conditions, levels of susceptibility and changes in population mixing and contact rates.


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