"Where You Belong" was the very first slogan used by the Philippine television network GMA Network from 1979 to 2002. The slogan was coined by TV executive Freddie Garcia, who was GMA Network's general manager from 1978 to 1986 before he returned to work for GMA's rival network, ABS-CBN.
Lyrics
Note: There were two versions of the "Where You Belong" theme of the network. One released in 1992 and another in 1998 when the network officially changed its corporate name to GMA Network, Inc.
Trivia
*In the 1996 film Neber-2-Geder, Andrew E. and Redford White made pun of GMA Network and rival ABS-CBN's slogans. In a scene where their housekeeper does not want to work to them anymore, he utters "Same place, same channel? Goodbye!". Andrew E. answered "But this is where you belong...". Redford White then said "The Philippines' largest network..." (ABS-CBN's slogan).
Lyrics
Note: There were two versions of the "Where You Belong" theme of the network. One released in 1992 and another in 1998 when the network officially changed its corporate name to GMA Network, Inc.
Trivia
*In the 1996 film Neber-2-Geder, Andrew E. and Redford White made pun of GMA Network and rival ABS-CBN's slogans. In a scene where their housekeeper does not want to work to them anymore, he utters "Same place, same channel? Goodbye!". Andrew E. answered "But this is where you belong...". Redford White then said "The Philippines' largest network..." (ABS-CBN's slogan).
Phillip E. Baucus (September 24, 1977–July 29, 2006) was a Corporal in the United States Marine Corps killed in the Iraq War during combat operations in the Anbar province of Iraq. He was the nephew of United States Senator Max Baucus, a Democrat from Montana.
The 28-year-old Baucus had been a resident of Wolf Creek, Montana, and was a member of the 3rd Light Armored Reconnaissance Battalion, 1st Marine Division, I Marine Expeditionary Force.
The funeral was the site of protests by members of the Westboro Baptist Church.
The 28-year-old Baucus had been a resident of Wolf Creek, Montana, and was a member of the 3rd Light Armored Reconnaissance Battalion, 1st Marine Division, I Marine Expeditionary Force.
The funeral was the site of protests by members of the Westboro Baptist Church.
MoMa (also known as Norma Aguilar) is a Mexican singer from Monterrey, Mexico.
Disco Aroma
Disco Aroma by Decibel is the first album by Lampara in collaboration with Moma under the name of Decibel. The album was mastered by Emily Lazar at the Lodge and acquired a 3 star review in the Rolling Stone Magazine of Mexico. This new version of Disco Aroma contains alternate titles of every song after being banned in the US by record executives for legal issues and monetary reasons. In fact, the guitar progression of Never is based on Public Image Limited's The Order Of Death.
Disco Aroma
Disco Aroma by Decibel is the first album by Lampara in collaboration with Moma under the name of Decibel. The album was mastered by Emily Lazar at the Lodge and acquired a 3 star review in the Rolling Stone Magazine of Mexico. This new version of Disco Aroma contains alternate titles of every song after being banned in the US by record executives for legal issues and monetary reasons. In fact, the guitar progression of Never is based on Public Image Limited's The Order Of Death.
The Mizuno experiment is a simple table-top experiment that appears to generate unexplained excess energy. Unlike other cold fusion experiments, it does not use deuterium (heavy water), has a high degree of reproducibility, and turns on quickly.
The experiment was first performed by T. Ohmori and later developed by T. Mizuno and T. Ohmori, both of Hokkaido University.
Description of the experiment
The experiment uses an electrolytic cell at atmospheric pressure: the cathode is a plate of tungsten, the anode is a mesh of platinum, and the electrolyte is a solution of potassium carbonate in distilled light water. The energy balance is checked by a method that combines open cell isoperibolic calorimeter and flow calorimeter.
When a voltage of 40 volts is applied, no excess energy is observed. When a voltage of 80 V or more is applied, a plasma forms at the cathode. It is maintained for about 10 minutes. During that period, according to Mizuno, the energy coming out of the cell exceeds the energy coming in by about 40 per cent in most of the experiments.
The results have been published in the , a peer-reviewed scientific journal established in 1962.
Reproduction
According to JNL Labs , reports of the successful replication of this experiment have been issued by:
* Fauvarque, Clauzon, Lallevé, of the Laboratoire d'Electrochimie Industrielle at the Conservatoire National des Arts et Métiers
* Kowalski, Slaughter and Clauzon in March 2006. See also a discussion at [http://blake.montclair.edu/~kowalskil/cf/271slaughter.html].
Some of the attempted replications use different electrolytes, such as potassium chloride, but appear to show the same results.
EarthTech International, Inc. tried to replicate these results, but couldn't. Kowalski later retracted his results. [http://blake.montclair.edu/~kowalskil/cf/301negative.html]
Criticism
Scott Little's measurement suggests that results could be explained by tiny droplets of electrolyte escaping with the steam. See a discussion [http://pages.csam.montclair.edu/~kowalski/cf/300positive.html here].
Explanation of alleged excess of heat due massive droplet escapes (which correlates with violent boiling) was proposed earlier by "Al Tekhasski".
Source
* Mizuno T. et al, Production of Heat during Plasma Electrolysis in Liquid, Jpn. J. Appl. Phys. Vol 39 (2000) pp 6055-6061, , as published on
The experiment was first performed by T. Ohmori and later developed by T. Mizuno and T. Ohmori, both of Hokkaido University.
Description of the experiment
The experiment uses an electrolytic cell at atmospheric pressure: the cathode is a plate of tungsten, the anode is a mesh of platinum, and the electrolyte is a solution of potassium carbonate in distilled light water. The energy balance is checked by a method that combines open cell isoperibolic calorimeter and flow calorimeter.
When a voltage of 40 volts is applied, no excess energy is observed. When a voltage of 80 V or more is applied, a plasma forms at the cathode. It is maintained for about 10 minutes. During that period, according to Mizuno, the energy coming out of the cell exceeds the energy coming in by about 40 per cent in most of the experiments.
The results have been published in the , a peer-reviewed scientific journal established in 1962.
Reproduction
According to JNL Labs , reports of the successful replication of this experiment have been issued by:
* Fauvarque, Clauzon, Lallevé, of the Laboratoire d'Electrochimie Industrielle at the Conservatoire National des Arts et Métiers
* Kowalski, Slaughter and Clauzon in March 2006. See also a discussion at [http://blake.montclair.edu/~kowalskil/cf/271slaughter.html].
Some of the attempted replications use different electrolytes, such as potassium chloride, but appear to show the same results.
EarthTech International, Inc. tried to replicate these results, but couldn't. Kowalski later retracted his results. [http://blake.montclair.edu/~kowalskil/cf/301negative.html]
Criticism
Scott Little's measurement suggests that results could be explained by tiny droplets of electrolyte escaping with the steam. See a discussion [http://pages.csam.montclair.edu/~kowalski/cf/300positive.html here].
Explanation of alleged excess of heat due massive droplet escapes (which correlates with violent boiling) was proposed earlier by "Al Tekhasski".
Source
* Mizuno T. et al, Production of Heat during Plasma Electrolysis in Liquid, Jpn. J. Appl. Phys. Vol 39 (2000) pp 6055-6061, , as published on