is a fictional kaiju from the tokusatsu TV series, Ultraman. Geronimon appears in episode 37.
Subtitle: .
Ultraman
Stat
Height:
Weight: 30,000 tons
History
Geronimon was a monster chief who was angered by the Science Patrol and Ultraman for constantly killing his monsters. So in revenge he revived Telesdon, Dorako, and Pigmon as a warning to the Earth, Pigmon revealed that Geronimon's plan was to revive 60 more monsters in order to take over the planet and defeat Ultraman with this army of monsters.
After his three messengers were killed by the Science Patrol (with the exception of Pigmon who was killed by Re-Dorako,) Geronimon appeared from within a mountain and attacked the Science Patrol himself. Ultraman eventually showed up, rescuing the Science Patrol and confronting the Monster Chief. Geronimon used his razor-sharp feathers to attack Ultraman and chase him into the sky, but Ultraman destroyed most of them and then he pounced on Geronimon, tearing out all the feathers on his body. Finally after being incapacitated by Ultraman, Geronimon was destroyed by Ide of the Science Patrol.
Ultraman Fighting Evolution Rebirth
This monster reappeared in the video game Ultraman Fighting Evolution Rebirth.
In the video game's story mode, Ultraman ventures to the Monster Graveyard, which in the game resembles a frozen, arctic wasteland. While there, Ultraman is ambushed by a revived Geronimon who breaks out of a giant icicle seeking vengeance. After fighting him three times, Geronimon will collapse, dead once again. Later on in the story, the feathers on his head are used as an extra body-part for .
In this entry, Geronimon has been given a new set of superpowers. He is given the ability to create and shoot purple fireballs from his claws. His telekinesis has also improved as he can both manipulate his feathers' flight pattern as well as have the ability to lift objects as big as Ultraman with his mind.
Subtitle: .
Ultraman
Stat
Height:
Weight: 30,000 tons
History
Geronimon was a monster chief who was angered by the Science Patrol and Ultraman for constantly killing his monsters. So in revenge he revived Telesdon, Dorako, and Pigmon as a warning to the Earth, Pigmon revealed that Geronimon's plan was to revive 60 more monsters in order to take over the planet and defeat Ultraman with this army of monsters.
After his three messengers were killed by the Science Patrol (with the exception of Pigmon who was killed by Re-Dorako,) Geronimon appeared from within a mountain and attacked the Science Patrol himself. Ultraman eventually showed up, rescuing the Science Patrol and confronting the Monster Chief. Geronimon used his razor-sharp feathers to attack Ultraman and chase him into the sky, but Ultraman destroyed most of them and then he pounced on Geronimon, tearing out all the feathers on his body. Finally after being incapacitated by Ultraman, Geronimon was destroyed by Ide of the Science Patrol.
Ultraman Fighting Evolution Rebirth
This monster reappeared in the video game Ultraman Fighting Evolution Rebirth.
In the video game's story mode, Ultraman ventures to the Monster Graveyard, which in the game resembles a frozen, arctic wasteland. While there, Ultraman is ambushed by a revived Geronimon who breaks out of a giant icicle seeking vengeance. After fighting him three times, Geronimon will collapse, dead once again. Later on in the story, the feathers on his head are used as an extra body-part for .
In this entry, Geronimon has been given a new set of superpowers. He is given the ability to create and shoot purple fireballs from his claws. His telekinesis has also improved as he can both manipulate his feathers' flight pattern as well as have the ability to lift objects as big as Ultraman with his mind.
is a fictional kaiju from the tokusatsu TV series, Ultraman. Zaragas appeared in episode 36. The suit of Zaragas is actually a redesigned Gomora suit.
Subtitle: .
Ultraman
Stat
His height is around 40 meters tall and weighs around 20,000 tons
History
After attacking a children’s theme park the day previous, Zaragas appeared in a bright blinding flash and in red smoke that appeared nearby. Zaragas then attacked the city he appeared in only for the Science Patrol to attack him back. Protected by Zaragas's blinding flashes by their helmet visors, The Science Patrol fired on the monster, apparently wounding him. Suddenly, Zaragas sheaded some of his armor plates and his power was restored, with his anger growing along with it.
The military then informed the Science Patrol to be called off, informing them that every attack that hits Zaragas causes the monster to adapt and become more stronger and ferocious. However, the Science Patrol was called to rescue some children whom were trapped inside of the theme park. Hayata tried to protect the children, but Zaragas discovered and blinded them with his flashes. Unable to watch Zaragas's rampage go on, Arashi of the Science Patrol shot at Zaragas with a new weapon. But like before, Zaragas simply adapted and continued his rampage.
With Hayata now blinded and Arashi now no longer a Science Patrol member, Arashi stole a VTOL jet to attack Zaragas himself, only to be knocked unconscious by Zaragas himself. Unwilling to listen his friend die, Hayata transformed into Ultraman, rescuing Arashi before Zaragas could harm him. Once Arashi escaped Ultraman fought back against Zaragas and had the upper hand at first, until the flashes soon blinded Ultraman, giving Zaragas the advantage. However thanks to the intervention by Arashi, Ultraman blasted Zaragas with his Specium Ray, killing the monster.
Mega Monster Battle: Ultra Galaxy
This Monster reappeared in the movie Mega Monster Battle: Ultra Galaxy.
Shortly after landing on the planet Dent, The ZAP SPACY crew was ambushed by an incoming meteorite that revealed the monster Zaragas. After some quick retaliation by the ZAP SPACY, Rei quickly summoned his Gomora to do battle. The fight between Gomora and Zaragas was evenly matched, but after the ZAP SPACY discovered Zaragas's vulnerability when he absorbs an attack they use this weakness to their advantage. Once exploited, Zaragas was quickly destroyed by Gomora's Oscillatory Ray.
In the film, Zaragas possessed the ability to spit yellow fireballs from his mouth. An ability he never used in his original appearance.
Subtitle: .
Ultraman
Stat
His height is around 40 meters tall and weighs around 20,000 tons
History
After attacking a children’s theme park the day previous, Zaragas appeared in a bright blinding flash and in red smoke that appeared nearby. Zaragas then attacked the city he appeared in only for the Science Patrol to attack him back. Protected by Zaragas's blinding flashes by their helmet visors, The Science Patrol fired on the monster, apparently wounding him. Suddenly, Zaragas sheaded some of his armor plates and his power was restored, with his anger growing along with it.
The military then informed the Science Patrol to be called off, informing them that every attack that hits Zaragas causes the monster to adapt and become more stronger and ferocious. However, the Science Patrol was called to rescue some children whom were trapped inside of the theme park. Hayata tried to protect the children, but Zaragas discovered and blinded them with his flashes. Unable to watch Zaragas's rampage go on, Arashi of the Science Patrol shot at Zaragas with a new weapon. But like before, Zaragas simply adapted and continued his rampage.
With Hayata now blinded and Arashi now no longer a Science Patrol member, Arashi stole a VTOL jet to attack Zaragas himself, only to be knocked unconscious by Zaragas himself. Unwilling to listen his friend die, Hayata transformed into Ultraman, rescuing Arashi before Zaragas could harm him. Once Arashi escaped Ultraman fought back against Zaragas and had the upper hand at first, until the flashes soon blinded Ultraman, giving Zaragas the advantage. However thanks to the intervention by Arashi, Ultraman blasted Zaragas with his Specium Ray, killing the monster.
Mega Monster Battle: Ultra Galaxy
This Monster reappeared in the movie Mega Monster Battle: Ultra Galaxy.
Shortly after landing on the planet Dent, The ZAP SPACY crew was ambushed by an incoming meteorite that revealed the monster Zaragas. After some quick retaliation by the ZAP SPACY, Rei quickly summoned his Gomora to do battle. The fight between Gomora and Zaragas was evenly matched, but after the ZAP SPACY discovered Zaragas's vulnerability when he absorbs an attack they use this weakness to their advantage. Once exploited, Zaragas was quickly destroyed by Gomora's Oscillatory Ray.
In the film, Zaragas possessed the ability to spit yellow fireballs from his mouth. An ability he never used in his original appearance.
Jospeh F. Lorette was a U.S. soldier who received the Silver Star for his actions in the Marianas during World War II.
Silver Star citation
The President of the United States of America takes pleasure in presenting the Silver Star to Corporal Joseph F. Lorette (MCSN: 470115), United States Marine Corps, for conspicuous gallantry and intrepidity while serving with Company F, Second Battalion, Twenty-fourth Marines, FOURTH Marine Division, during action against enemy Japanese forces on Saipan, Marianas Islands, on 9 July 1944. Defying intense and accurate rifle and machine-gun fire from hidden caves and rock crevices during the final enemy resistance, Corporal Lorette bravely volunteered to evacuate wounded personnel lying in exposed positions. Constantly in the line of enemy fire and faced by many problems in carrying the wounded over jagged coral rock and up a precipitous cliff, Corporal Lorette, assisted by others in his group, completed this difficult task after five hours of hazardous and painstaking labor. His gallant conduct, courageous initiative and resolute fortitude throughout were in keeping with the highest traditions of the United States Naval Service.
General Orders: Commanding General, Fleet Marine Force Pacific: Serial 20106
Action Date: July 9, 1944
Service: Marine Corps
Rank: Corporal
Company: Company F
Battalion: 2d Battalion
Regiment: 24th Marines
Division: 4th Marine Division
Silver Star citation
The President of the United States of America takes pleasure in presenting the Silver Star to Corporal Joseph F. Lorette (MCSN: 470115), United States Marine Corps, for conspicuous gallantry and intrepidity while serving with Company F, Second Battalion, Twenty-fourth Marines, FOURTH Marine Division, during action against enemy Japanese forces on Saipan, Marianas Islands, on 9 July 1944. Defying intense and accurate rifle and machine-gun fire from hidden caves and rock crevices during the final enemy resistance, Corporal Lorette bravely volunteered to evacuate wounded personnel lying in exposed positions. Constantly in the line of enemy fire and faced by many problems in carrying the wounded over jagged coral rock and up a precipitous cliff, Corporal Lorette, assisted by others in his group, completed this difficult task after five hours of hazardous and painstaking labor. His gallant conduct, courageous initiative and resolute fortitude throughout were in keeping with the highest traditions of the United States Naval Service.
General Orders: Commanding General, Fleet Marine Force Pacific: Serial 20106
Action Date: July 9, 1944
Service: Marine Corps
Rank: Corporal
Company: Company F
Battalion: 2d Battalion
Regiment: 24th Marines
Division: 4th Marine Division
Lukasz Andrzej Glinka (born 5 October 1984) is a Polish non-fiction writer, in science and humanities, who is also known for contributions to theoretical physics and cosmology.
Physics and cosmology
Lukasz Glinka started as a researcher at the Joint Institute for Nuclear Research in Dubna, where since 2006 until 2008 he worked at the Bogoliubov Laboratory of Theoretical Physics. At this time, he contributed his first both authored and co-authored research papers in high energy physics (theory and phenomenology), general relativity and quantum cosmology, mathematical physics, and quantum physics. Later, he also presented the subject papers under the academic affiliations of the University of Udine (Udine, Italy), and B.M. Birla Science Centre (Hyderabad, India).
In 2007, Lukasz Glinka completed the PhD exams at JINR, while in 2010 he was graduated in physics (Bachelor of Science degree) at the Faculty of Science of the Peoples' Friendship University of Russia. Also in 2010, he contributed the public popular science presentation within the Global Educational Outreach for Science Engineering and Technology (GEOSET) at the Florida State University, directed by the 1996 Nobel Laureate in Chemistry Professor Sir Harry Kroto, where Glinka explained his approach to quantum cosmology. Interestingly, in 2010 Lukasz Glinka informed at hyperspace@aei, that his manuscript '"On quantum cosmology as field theory of bosonic string mass groundstate", earlier presented in arXiv, was published without his submission and written approval, and with mispronounced title. In 2011, Glinka published this paper in Oriental Journal of Physics.
By the years 2006-2012, Lukasz Glinka presented in total 42 research manuscripts, many of them are publicly available as e-prints in arXiv science database, the INSPIRE-HEP (formerly SPIRES) database of high energy physics, and viXra science database, which are dedicated to particle physics, cosmology, and gravitational physics. Since 2010, he has became one of main contributors to the Prespacetime Journal. Lukasz Glinka's biographical information was first published by Marquis Who's Who in Science and Engineering, 2011-2012 - 11th Edition. His research ideas are recognized around the world as presenting new findings, discoveries, and advances in the field of science. The Russian Academy of Sciences presents his publication profile. Lukasz Glinka's first independent paper entitled "Quantum Information from Graviton-Matter Gas" was presented in June and July 2007, and concerns a basic idea for his approach to quantum cosmology, involving the concepts of quantum theory such like the Fock space and the Bogoliubov transformation, and depicting the Multiverse hypothesis as many quantum universes. In his 2012' paper entitled "On New Virtual Scalar Particles in Quantum Field Theory", Glinka suggests the theoretical possibility for existence of virtual scalar particles arising from the formalism of quantum field theory. Furthermore, in 2012, Glinka gave a certain idea concerning a photon mass. Also in 2012, Lukasz Glinka together with an American astrophysicist Andrew Walcott Beckwith proposed a new scenario for mass generation of a particle based on the quaternion formalism. Interestingly, in 2011, Glinka provided criticism for certain results by Beckwith and co-authors, including Glinka himself. Among Glinka's previous independent results one can also find the new method of quantization of cosmological models, the global one-dimensionality conjecture in quantum gravity, the model of higher-dimensional quantum gravity, the model of neutrino mass based on the non-commutative geometry of space-time, the theoretical complement to Special Relativity describing particles moving with superluminal speeds. Among his co-authored papers, one finds the cosmological mass generation mechanism of the Higgs particle and estimated its mass, and the unification of General Relativity and the Standard Model. Recently, Glinka's quantum cosmology has been recognized as a model of the group field cosmology. Moreover, an American mathematician Robert Wayne Carroll (1930-2012) in his last book "On the Emergence Theme of Physics", published by World Scientific in 2010, discussed details of several papers by Lukasz Glinka on quantum cosmology and quantum gravity.
Non-fiction writer
In 2012, Lukasz Glinka published his first non-fiction book Aethereal Multiverse: A New Unifying Theoretical Approach to Cosmology, Particle Physics, and Quantum Gravity, an extensive science monograph dedicated to theoretical physics and cosmology which summarized and updated his previous research results, and also presented certain new ideas concerning among others graviton mass, magnetic monopoles, dyons, photon mass, and the Navier-Stokes equations. His subsequent science book Study of Analytic Number Theory: Riemann's Hypothesis and Prime Number Theorem with Addendum on Integer Partitions, merely devoted to analytic number theory and combinatorics, presents simple analytic proofs of and prime number theorem throughout making use of Mertens’s function and Apostol’s and Littlewood’s criteria of equivalence, explicit formulas for the prime-counting function and Riemann’s weighted-prime counting function derived by using of Mellin’s transform, introduces the binomial regularization of Riemann’s zeta function, and derivation of the number of integer partitions based on Hardy-Ramanujan-Rademacher’s formula. His next non-fiction book Theorizing Emotions: A Brief Study of Psychological, Philosophical, and Cultural Aspects of Human Emotions presents the concise review of the psychological, philosophical, and cultural foundations for consistent theory of emotions, and among others compares the approaches offered by Freud psychoanalysis, James-Lange theory, Schechter-Singer theory, Husserl-Heidegger phenomenology, Sartre phenomenology. Interestingly, Glinka has published books only in English and, therefore, presently belongs to the English-language writers actively working in the non-fiction genre, especially science and humanities, and is one of a few living non-fiction writers having either Polish nationality or descent.
Journal editor
Lukasz Glinka is listed as Editorial Board Member of Applied Mathematics and Physics, the peer-reviewed and open-access journal in all areas of mathematics and physics, which is published by Science and Education Publishing.
Books
* L. A. Glinka, Theorizing Emotions: A Brief Study of Psychological, Philosophical, and Cultural Aspects of Human Emotions (Cambridge International Science Publishing, 104 pages, 2013), ISBN 978-1907343957
* L. A. Glinka, Study of Analytic Number Theory: Riemann’s Hypothesis and Prime Number Theorem with Addendum on Integer Partitions (Cambridge International Science Publishing, 108 pages, 2013), ISBN 978-1907343988
* L. A. Glinka, Aethereal Multiverse: A New Unifying Theoretical Approach to Cosmology, Particle Physics, and Quantum Gravity (Cambridge International Science Publishing, 830 pages, 2012), ISBN 978-1907343568
Physics and cosmology
Lukasz Glinka started as a researcher at the Joint Institute for Nuclear Research in Dubna, where since 2006 until 2008 he worked at the Bogoliubov Laboratory of Theoretical Physics. At this time, he contributed his first both authored and co-authored research papers in high energy physics (theory and phenomenology), general relativity and quantum cosmology, mathematical physics, and quantum physics. Later, he also presented the subject papers under the academic affiliations of the University of Udine (Udine, Italy), and B.M. Birla Science Centre (Hyderabad, India).
In 2007, Lukasz Glinka completed the PhD exams at JINR, while in 2010 he was graduated in physics (Bachelor of Science degree) at the Faculty of Science of the Peoples' Friendship University of Russia. Also in 2010, he contributed the public popular science presentation within the Global Educational Outreach for Science Engineering and Technology (GEOSET) at the Florida State University, directed by the 1996 Nobel Laureate in Chemistry Professor Sir Harry Kroto, where Glinka explained his approach to quantum cosmology. Interestingly, in 2010 Lukasz Glinka informed at hyperspace@aei, that his manuscript '"On quantum cosmology as field theory of bosonic string mass groundstate", earlier presented in arXiv, was published without his submission and written approval, and with mispronounced title. In 2011, Glinka published this paper in Oriental Journal of Physics.
By the years 2006-2012, Lukasz Glinka presented in total 42 research manuscripts, many of them are publicly available as e-prints in arXiv science database, the INSPIRE-HEP (formerly SPIRES) database of high energy physics, and viXra science database, which are dedicated to particle physics, cosmology, and gravitational physics. Since 2010, he has became one of main contributors to the Prespacetime Journal. Lukasz Glinka's biographical information was first published by Marquis Who's Who in Science and Engineering, 2011-2012 - 11th Edition. His research ideas are recognized around the world as presenting new findings, discoveries, and advances in the field of science. The Russian Academy of Sciences presents his publication profile. Lukasz Glinka's first independent paper entitled "Quantum Information from Graviton-Matter Gas" was presented in June and July 2007, and concerns a basic idea for his approach to quantum cosmology, involving the concepts of quantum theory such like the Fock space and the Bogoliubov transformation, and depicting the Multiverse hypothesis as many quantum universes. In his 2012' paper entitled "On New Virtual Scalar Particles in Quantum Field Theory", Glinka suggests the theoretical possibility for existence of virtual scalar particles arising from the formalism of quantum field theory. Furthermore, in 2012, Glinka gave a certain idea concerning a photon mass. Also in 2012, Lukasz Glinka together with an American astrophysicist Andrew Walcott Beckwith proposed a new scenario for mass generation of a particle based on the quaternion formalism. Interestingly, in 2011, Glinka provided criticism for certain results by Beckwith and co-authors, including Glinka himself. Among Glinka's previous independent results one can also find the new method of quantization of cosmological models, the global one-dimensionality conjecture in quantum gravity, the model of higher-dimensional quantum gravity, the model of neutrino mass based on the non-commutative geometry of space-time, the theoretical complement to Special Relativity describing particles moving with superluminal speeds. Among his co-authored papers, one finds the cosmological mass generation mechanism of the Higgs particle and estimated its mass, and the unification of General Relativity and the Standard Model. Recently, Glinka's quantum cosmology has been recognized as a model of the group field cosmology. Moreover, an American mathematician Robert Wayne Carroll (1930-2012) in his last book "On the Emergence Theme of Physics", published by World Scientific in 2010, discussed details of several papers by Lukasz Glinka on quantum cosmology and quantum gravity.
Non-fiction writer
In 2012, Lukasz Glinka published his first non-fiction book Aethereal Multiverse: A New Unifying Theoretical Approach to Cosmology, Particle Physics, and Quantum Gravity, an extensive science monograph dedicated to theoretical physics and cosmology which summarized and updated his previous research results, and also presented certain new ideas concerning among others graviton mass, magnetic monopoles, dyons, photon mass, and the Navier-Stokes equations. His subsequent science book Study of Analytic Number Theory: Riemann's Hypothesis and Prime Number Theorem with Addendum on Integer Partitions, merely devoted to analytic number theory and combinatorics, presents simple analytic proofs of and prime number theorem throughout making use of Mertens’s function and Apostol’s and Littlewood’s criteria of equivalence, explicit formulas for the prime-counting function and Riemann’s weighted-prime counting function derived by using of Mellin’s transform, introduces the binomial regularization of Riemann’s zeta function, and derivation of the number of integer partitions based on Hardy-Ramanujan-Rademacher’s formula. His next non-fiction book Theorizing Emotions: A Brief Study of Psychological, Philosophical, and Cultural Aspects of Human Emotions presents the concise review of the psychological, philosophical, and cultural foundations for consistent theory of emotions, and among others compares the approaches offered by Freud psychoanalysis, James-Lange theory, Schechter-Singer theory, Husserl-Heidegger phenomenology, Sartre phenomenology. Interestingly, Glinka has published books only in English and, therefore, presently belongs to the English-language writers actively working in the non-fiction genre, especially science and humanities, and is one of a few living non-fiction writers having either Polish nationality or descent.
Journal editor
Lukasz Glinka is listed as Editorial Board Member of Applied Mathematics and Physics, the peer-reviewed and open-access journal in all areas of mathematics and physics, which is published by Science and Education Publishing.
Books
* L. A. Glinka, Theorizing Emotions: A Brief Study of Psychological, Philosophical, and Cultural Aspects of Human Emotions (Cambridge International Science Publishing, 104 pages, 2013), ISBN 978-1907343957
* L. A. Glinka, Study of Analytic Number Theory: Riemann’s Hypothesis and Prime Number Theorem with Addendum on Integer Partitions (Cambridge International Science Publishing, 108 pages, 2013), ISBN 978-1907343988
* L. A. Glinka, Aethereal Multiverse: A New Unifying Theoretical Approach to Cosmology, Particle Physics, and Quantum Gravity (Cambridge International Science Publishing, 830 pages, 2012), ISBN 978-1907343568