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(HGM 5449 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1486 Coleport" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Dawn" refers to a type of colored glass that Heisey made - in this case, smoky gray.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Dawn: 1955-1957. A charcoal or smoke colored glass with lavender tints. According to the Olson formulas it was most likely developed fom "Swedish Smoke Glass".
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
Haerim Lee
one-color monotype
12” x 9”
Trial Proof: 1
signed by the artist
copyright 2022
N.E.W. work # 22-101-a
Site specific performances by 3rd year BA dance students, taken place in different locations around the University Campus: John Banks Laboratories, rooftop of the Art & Design building, and science ‘dry’ lab in the MHT building.
date: 3/12/2015
photo by Fenia Kotsopoulou
(HGM 5610 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1469 Ridgeleigh" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Zircon" refers to a type of colored glass that Heisey made - in this case, greenish.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Zircon: 1936-1939. A turquoise blue-green. The last color introduced before World War II curtailed the use of color. Revamped and reintroduced later as Limelight.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
I found this on my way back after jummah. I looked around but didn't see any children, let alone "that" child.
(HGM 1699 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"359 Colonial" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Alexandrite" refers to a famous and desirable type of colored glass that Heisey produced, with neodymium oxide (Nd2O3) as the coloration agent. The color of the glass changes under different lighting conditions.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Alexandrite: 1929-1935. A dichromatic glass showing lavender with ruby tints under natural and incandescent light and a strange green-lavender under fluorescent light. Purportedly Heisey's most expensive production color.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
heiseymuseum.org/gallery/heisey-alexandrite/
and
www.20thcenturyglass.com/glass_encyclopedia/neodymium_glass/
Site-specific installation at 3216 Eastern Avenue by Lexie Mountain. An ode to the shell. Decades of tenancy rebuilt into a new narrative of promise and decay. Images that no longer exist. Hours of painstaking archaeology to fill in the gaps. See yourself in it. A project of UMBC's Center for Art, Design and Visual Culture in conjunction with Highlandtown Arts & Entertainment District.
I was going for something specific, but then after I snapped off a few shots, I had stuff happen that got me busy and I just never got back to trying the specific thing again. And I have a business meeting (in a half hour from typing this, actually)...
So, here's my big ol' head again. I was down to two photos and this one was in sharper focus. I was going to go black and white, but I like the color of my eyes in this shot.
Site specific performances by 3rd year BA dance students, taken place in different locations around the University Campus: John Banks Laboratories, rooftop of the Art & Design building, and science ‘dry’ lab in the MHT building.
date: 3/12/2015
photo by Fenia Kotsopoulou
(public display, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"110 Sandwich Dolphin" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Zircon" refers to a type of colored glass that Heisey made - in this case, greenish.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Zircon: 1936-1939. A turquoise blue-green. The last color introduced before World War II curtailed the use of color. Revamped and reintroduced later as Limelight.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
by Lola Lemire Tostevin.
Toronto, Mercury Press, [1 october 2oo3] states 2oo4.
ISBN 1-55128-1o8-2.
5-15/16 x 8-15/16, 48 sheets white bond perfectbound in matte PVC white card wrappers, all except inside covers & 16 pp printed back offset with 3 colour process additions to covers.
cover by Gord Robertson.
includes:
i) ENCRE DE CHINE (pp.21-29; poem in 6 parts incudes part
–6. "for Kim O. (pp.28-29; 3o lines, lines 2o-25 referencing a memorial sumac stand planted for bpNichol by Kim Ondaatje))
ii) JAR DIN (pp.75-87; poem in 11 parts, title quoting the text of Nichol's Catching Frogs, includes part
–5. "This is the kind of afternoon it is. (p.81; 11 lines, lines 3-4 referencing "What another writer once referred to as the jar din."))
site-specific installation
exploring memory and culture
Fusion International Center for the Arts
July 2013
materials: found objects, television and photographs
dSatellite is a site-specific architectural structure that extends the mission of DFLUX (www.dflux.org), a Detroit-based research studio and residency program, further into its community. DFLUX engages its local neighborhood and the general public with creative actions, research, and workshops. In so doing, they hope to reveal and create emergent and sustainable cottage industries. dSatellite was created with the intention of providing future DFLUX participants and local residents with an outpost to engage in various field research. Constructed with foraged building materials, dSatellite merges both the physical and conceptual characteristics of the DFLUX Residency site and a typical nature blind used by naturalists, scientists, photographers and hunters. dSatellite is currently deployed in a completely razed residential neighborhood of Detroit currently referred to as the "field" by local residents and "Renaissance Zone" by real estate developers. A dense urban forest, rich with wildlife, has grown there, only crumbling roads and alleys, debris piles, and public utilities remain as signs of past use.
dSatellite was created during a research residency at DFLUX in Detroit, MI in collaboration with Joseph G. Cruz (http://josephgcruz.com)
dSatellite is a site-specific architectural structure that extends the mission of DFLUX (www.dflux.org), a Detroit-based research studio and residency program, further into its community. DFLUX engages its local neighborhood and the general public with creative actions, research, and workshops. In so doing, they hope to reveal and create emergent and sustainable cottage industries. dSatellite was created with the intention of providing future DFLUX participants and local residents with an outpost to engage in various field research. Constructed with foraged building materials, dSatellite merges both the physical and conceptual characteristics of the DFLUX Residency site and a typical nature blind used by naturalists, scientists, photographers and hunters. dSatellite is currently deployed in a completely razed residential neighborhood of Detroit currently referred to as the "field" by local residents and "Renaissance Zone" by real estate developers. A dense urban forest, rich with wildlife, has grown there, only crumbling roads and alleys, debris piles, and public utilities remain as signs of past use.
dSatellite was created during a research residency at DFLUX in Detroit, MI in collaboration with Joseph G. Cruz (http://josephgcruz.com)
(HGM 5745 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"411 Tudor" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Hawthorne: 1927 only. Replaced by Alexandrite. A light purple or lavender shade. Varies quite a lot in tone. Apparently the company had trouble controlling the color, possibly due to their inability to control the flamingo color base.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
(HGM 1285 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1184 Yeoman" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Hawthorne: 1927 only. Replaced by Alexandrite. A light purple or lavender shade. Varies quite a lot in tone. Apparently the company had trouble controlling the color, possibly due to their inability to control the flamingo color base.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
dSatellite is a site-specific architectural structure that extends the mission of DFLUX (www.dflux.org), a Detroit-based research studio and residency program, further into its community. DFLUX engages its local neighborhood and the general public with creative actions, research, and workshops. In so doing, they hope to reveal and create emergent and sustainable cottage industries. dSatellite was created with the intention of providing future DFLUX participants and local residents with an outpost to engage in various field research. Constructed with foraged building materials, dSatellite merges both the physical and conceptual characteristics of the DFLUX Residency site and a typical nature blind used by naturalists, scientists, photographers and hunters. dSatellite is currently deployed in a completely razed residential neighborhood of Detroit currently referred to as the "field" by local residents and "Renaissance Zone" by real estate developers. A dense urban forest, rich with wildlife, has grown there, only crumbling roads and alleys, debris piles, and public utilities remain as signs of past use.
dSatellite was created during a research residency at DFLUX in Detroit, MI in collaboration with Joseph G. Cruz (http://josephgcruz.com)
To Share a Photo on Social Media:
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4. Click the photo sizes you would like and then click download.
dSatellite is a site-specific architectural structure that extends the mission of DFLUX (www.dflux.org), a Detroit-based research studio and residency program, further into its community. DFLUX engages its local neighborhood and the general public with creative actions, research, and workshops. In so doing, they hope to reveal and create emergent and sustainable cottage industries. dSatellite was created with the intention of providing future DFLUX participants and local residents with an outpost to engage in various field research. Constructed with foraged building materials, dSatellite merges both the physical and conceptual characteristics of the DFLUX Residency site and a typical nature blind used by naturalists, scientists, photographers and hunters. dSatellite is currently deployed in a completely razed residential neighborhood of Detroit currently referred to as the "field" by local residents and "Renaissance Zone" by real estate developers. A dense urban forest, rich with wildlife, has grown there, only crumbling roads and alleys, debris piles, and public utilities remain as signs of past use.
dSatellite was created during a research residency at DFLUX in Detroit, MI in collaboration with Joseph G. Cruz (http://josephgcruz.com)
(HGM 5737 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1229 Octagon" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
"Marigold" refers to a type of colored glass that Heisey made - in this case, yellowish. One of the ingredients in Heisey's Marigold glass was "sodium uranite", a radioactive sodium-uranium oxide compound.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Marigold: 1927-1928. A brassy, greenish yellow color, very like the marigold flower. A rather unstable glass that sometimes deteriorates. Because of production problems, it was eventually replaced by Sahara.
-----------------------------------
From museum signage:
Marigold
1929-1930
Crazing and breakage is common in pieces of Marigold because of deterioration due to an unstable glass compound.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
dSatellite is a site-specific architectural structure that extends the mission of DFLUX (www.dflux.org), a Detroit-based research studio and residency program, further into its community. DFLUX engages its local neighborhood and the general public with creative actions, research, and workshops. In so doing, they hope to reveal and create emergent and sustainable cottage industries. dSatellite was created with the intention of providing future DFLUX participants and local residents with an outpost to engage in various field research. Constructed with foraged building materials, dSatellite merges both the physical and conceptual characteristics of the DFLUX Residency site and a typical nature blind used by naturalists, scientists, photographers and hunters. dSatellite is currently deployed in a completely razed residential neighborhood of Detroit currently referred to as the "field" by local residents and "Renaissance Zone" by real estate developers. A dense urban forest, rich with wildlife, has grown there, only crumbling roads and alleys, debris piles, and public utilities remain as signs of past use.
dSatellite was created during a research residency at DFLUX in Detroit, MI in collaboration with Joseph G. Cruz (http://josephgcruz.com)
(HGM 2087 M, Heisey Glass Museum, Newark, Ohio, USA)
-----------------------------------
"1184 Yeoman" is the designation for a specific glass product design made in Newark, Ohio by the Heisey Glass Company (1896 to 1957). Heisey glass designs are called "patterns". Pattern designations include a number (not necessarily consecutively numbered during the history of the glass factory) and a name. Some pattern names were given by the Heisey company, while others were given by Heisey glass researchers.
The source of silica for Heisey glass is apparently undocumented, but was possibly a sandstone deposit in the Glassrock area (Glenford & Chalfants area) of Perry County, Ohio (if anyone can provide verfication of this, please inform me). Quarries in the area targeted the Pennsylvanian-aged Massillon Sandstone (Pottsville Group) and processed it into glass sand suitable for glass making.
-----------------------------------
From Bredehoft (2004):
Amber: A pale shade of amber and also a deeper amber was produced on occasion from the 1920s on, primarily for the Fred Harvey Restaurants of the Santa Fe Railroad. In 1951, Heisey listed amber in their catalogs and called it Sultana. Sultana was a medium to deep amber.
-----------------------------------
From museum signage:
Augustus H. Heisey (1842-1922) emigrated from Germany with his family in 1843. They settled in Merrittown, Pennsylvania and after graduation from the Merrittown Academy, he worked for a short time in the printing business.
In 1861, he began his life-long career in the glass industry by taking a job as a clerk with the King Glass Company of Pittsburgh. After a stint in the Union Army, Heisey joined the Ripley Glass Company as a salesman. It was there that he earned his reputation of "the best glass salesman on the road".
In 1870, Heisey married Susan Duncan, daughter of George Duncan, then part-owner of the Ripley Company and later full owner, at which time he changed its name to George Duncan & Sons. A year later, he deeded a quarter interest to each of his two children. A few years after his death, A.H. Heisey and James Duncan became sole owners. In 1891, the company joined the U.S. Glass Company to escape its financial difficulties. Heisey was the commercial manager.
Heisey began to formulate plans for his own glass company in 1893. He chose Newark, Ohio because there was an abundance of natural gas nearby and, due to the efforts of the Newark Board of Trade, there was plenty of low cost labor available. Construction of the factory at 301 Oakwood Avenue began in 1895 and it opened in April of 1896 with one sixteen-pot furnace. In its heyday, the factory had three furnaces and employed nearly seven hundred people. There was a great demand for the fine glass and Heisey sold it all over the world.
The production in the early years was confined to pressed ware, in the style of imitation cut glass. The company also dealt extensively with hotel barware. By the late 1890s, Heisey revived the colonial patterns with flutes, scallops, and panels which had been so popular decades earlier. These were so well accepted that from that time on, at least one colonial line was made continuously until the factory closed.
A.H. Heisey's name appears on many different design patents including some when he was with George Duncan & Sons. Heisey patterns that he was named the designer include 1225 Plain Band, 305 Punty and Diamond Point, and 1776 Kalonyal.
Other innovations instituted by A.H. Heisey were the pioneering in advertising glassware in magazines nationally, starting as early as 1910 and the first glass company to make fancy pressed stems. That idea caught on quickly and most hand-wrought stemware is made in this manner, even now.
-----------------------------------
Reference cited:
Bredehoft, N. (ed.) (2004) - Heisey glass formulas - and more, from the papers of Emmet E. Olson, Heisey chemist. The West Virginia Museum of American Glass. Ltd.'s Monograph 38.
-----------------------------------
Info. at:
en.wikipedia.org/wiki/Heisey_Glass_Company
and
and
The Final Day of Racing At Brands Hatch for The Superprix Weekend and After a Really Busy and Scattered Set Of Races The Previous day it was time to see which of the Drivers could Brave the Circuit One Last Time and Take Home Either a Championship Win or a Victory in their Specific Race.
Lets Get Straight to the Results.
Classic Formula Ford/Historic Formula 3 (Race 2 Result)
Classic Formula Ford and Historic Formula 3 Were up First and it was Time to see who could be The one to take the Checkered Flag First when they crossed the Line.
In First Place was (Cameron Jackson) in his Winkelmann WDF2 with a Lap Time of 1:39.257 and a Top Speed of 86.59mph. A Fantastic Victory Cameron Showing Incredible Car Control and Commitment to Win the Race.
In Second Place was (Ben Tinkler) in his Van Diemen RF80 with a Lap Time of 1:39.986 and a Top Speed of 85.77mph. A Really Great Drive from Ben to stay so close to Cameron and Keep Him on his toes the entire Time while Fighting for the Lead of the Race.
In Third Place was (Jordan Harrison) in his Lola T540E with a Lap Time of 1:39.994 and a Top Speed of 85.54mph. A Really Wonderfully Deserved Third Place for Jordan Pushing that Lola for everything it Has got to gain Third Place. Well Done.
Three Fantastically Fast Drivers all with Incredible Speed and Talent Showcasing The Best of what they Bring to Brands Hatch Every Year. An Amazing Last Race to Witness. Congratulations to The Race Winner and Keep Trying Hard Everyone Else.
HGPCA Pre 66 Grand Prix Cars (Race 20)
Next It was The Historic Grand Prix Cars and with a Massive Turn out for them it looks like Another Cracking Race to see from Start till Finish. Lets see who came out on Top.
In First Place was (Sam Wilson) in his Lotus 18 with a Lap Time of 1:39.384 and a Top Speed of 86.55mph. Amazing Work Sam Showing Colin Chapman How it Should be Done. He would have been Proud to Witness that Victory.
In Second Place was (Peter Horsman) in his Lotus 18/21 with a Lap Time of 1:41.296 and A Top Speed of 84.90mph. A Fantastic Drive by Peter to take Second Place in the Race.
In Third Place was (Miles Griffiths) in his Scarab Offenhauser with A Lap Time of 1:41.501 and A Top Speed of 84.38mph A Really Good Job there Miles Almost Matching Lap Times with Peter and Showing Some Incredible Car Control during The Race.
Another Fantastic Race for The Historic Grand Prix Cars and a Huge Congratulations to Sam for Taking Victory in the Last Race. Avery Well Done to Both Peter and Miles as well.
HSCC 70's Road Sports (Race 19)
Historic Road Sports took to the Track next and with some Legendary Cars from the Likes of Lotus Morgan and TVR it was Time to see who Had Stormed to Victory in the Last Race and Taken the Victory.
In First Place was (William Plant) in his Morgan Plus 8 with A Lap Time of 1:45.768 and A Top Speed of 70.67mph. Congratulations William on the Victory it was so Good to See a Morgan Take First Place while Watching this Exciting Race. An Amazing Drive.
In Second Place was (Jim Dean) in his Lotus Europa with A Lap Time of 1:46.411 and A Top Speed of 70.66mph. Another Incredible Drive from Jim to Take Second Place. Well Done
In Third Place was (Richard Plant) in his Morgan Plus 8 with A Lap Time of 1:47.697 and a Top Speed of 70.31mph. A Very Committed Drive from Richard and a Fantastic Third Place Finish that I'm sure the Whole Family will be Proud of.
Fantastic Racing from the 70's Road Sports to Finish the Days Racing for them Congratulations to William, Jim and Richard. Hope to see you Three Battling it out Again Soon.
Aurora Trophy With Geoff Lees Trophy
The Arora Trophy Roared onto the Grand Prix Circuit Next with Powerful V8 Engines thease Racing Cars could make the Ground Shake as they Thunder their way around the Race Track. Lets see who Managed to take that All Important Victory for their Final Race.
In First Place was (Martin Stretton) in his March 712 with a Lap Time of 1:25.976 and A Top Speed of 101mph. A Very Brave and Committed drive from Martin to Take Victory, Really Pushing the March to its Limits and hanging onto the Lead thought the Race.
In Second Place was (Mathew Wrigley) in his March 782 with a Lap Time of 1:25.127 and A Top Speed of 100.96mph. Another Incredible Driver Taking his Machinery to New heights and Keeping the March Name Alive in Historic Racing. Amazing Work Mathew.
In Third Place was (Samuel Harrison) in his Dallara 389 with A Lap Time of 1:29.552 and A Top Speed of 95.04mph. Amazing work Sam showing Insane Car Control even when Racing so Fast and for such A Long Time. Congratulations.
Another Amazing Race to Keep the Day going and showing the Amazing work that Each Team Does to ensure that their Driver and His Car are Ready to go. Well Done to all of the Teams and to the First Second and Third Place Winners as well. Looking Forward To seeing more Action this Year from the Aurora Trophy.
Guards Trophy (Race 21)
Next Up Guards Trophy with Another Range of Racing Machines from the Likes of Brabham Chevron and Lotus Lets see what will Happen and Who will be able to Drive their way to Victory in This Race.
In First Place was (Andy Newall) in his Chevron B6 with A Lap Time of 1:38.258 and A Top Speed of 83.84mph. Very Well Driven and Raced by Andy Showcasing the Power of the Chevron and taking it too its Limits in terms of Raw Speed and Performance.
In Second Place was the Duo of (Jackson S and Jackson C) in their Lenham P70 with A Lap Time of 1:38.008 and A Top Speed of 83.45mph. Fantastic Work to The Two Jacks who Really showed what Working Together Can Achieve during A Race. Well Done
In Third Place was the Duo of (Mitchell W and Mitchell B) in their Chevron B8 with A Lap Time of 1:38.368 and A Top Speed of 82.49mph. Another Amazing Duo who Have Taken Third Place and Kept the Fight Alive in their Respective Championship. Amazing work.
A Fantastic Race for the Guards Trophy Showing the Power of Each Race Car and what they Are Capable of When put into The Hands of the Right Drivers. Congratulations to Andy Mitchell W and Mitchell B as well as Jackson S and Jackson C for putting on One Hell of a Race. Keep up the Good Work Everyone Else and Never Stop Fighting for your Own Victories.
Historic Formula Ford (Race 16)
Next Up was Historic Formula Ford and some very Twitchy and Tricky Cars to be Driven Round the Circuit at Hight Speed. With Light Weight Chassis and Small Cockpits this was going to be a Very Exciting Race to Watch. Lets see who Came out Best of the Rest.
In First Place was (Cameron Jackson) in his Winkelmann WDF2 with A Lap Time of 1:38.596 and A Top Speed of 87.95mph. Another Incredible Drive From Cameron to Take Victory and show what A Truly Committed and Self Determined Driver is. He is an Inspiration to All Up Coming Formula Ford Racers.
In Second Place was (Tom Macarthur) in his Titan MK3 with A Lap Time of 1:38.484 and A Top Speed of 87.94mph. Another Really Brave and Heroic Driver Pushing His Formula Ford to its Limits and Keeping his Eye's on the Race Track. Amazing Work Tom.
In Third Place was (Horatio Fitzsimon) in his Merlin MK20A with A Lap Time of 1:38.513 And A Top Speed of 87.90mph. Very Well Done Horatio Fantastic Driving and A Well Deserved Third Place.
An Amazing Final Heat Race for the Formula Fords with Everyone Pushing As Hard as they Could for Victory. Keep Working Hard Everyone and Congratulations to Cameron Tom and Horatio.
Historic Road Sports (Race 17)
Historic Road Sports Next and it was Time to see what Each Driver could do in their Respective Race Car. Lets see how things Stacked up and who Came out on Top in the Race.
In First Place was (Kevin Kivlochan) in his AC Cobra with a Lap Time of 1:46.891 and A Top Speed of 72.19mph. What A Drive From Kevin to Take Victory Keeping that Cobra Far Ahead of the Rest of the Pack and Taking A Dominant Victory. Carol Shelby would have Loved to See That.
In Second Place was (John Davidson) in his Lotus Elan S1 with A Lap Time of 1:46.052 And A Top Speed of 72.16mph. Amazing Work John Keeping that Lotus on the Tarmac and Putting on One Hell of a Race for Everyone. Amazing Job.
In Third Place was (Rupert Ashdown) in his Lotus Elan S1 with A Lap Time of 1:47.481and A Top Speed of 71.61mph. Another Incredible Drive by Rupert Taking Third Place Very Well Deserved.
Historic Road Sports putting on Another Superb Race for the Season and Congratulations to Kevin John and Rupert on their Victories. Hope to see More of that This Year and Good Luck to Everyone Else Racing too.
Historic Touring Cars (Race 22)
The Final Race of The Day was Here and The Historic Touring Car Club did not Disappoint with Lotus Cortina's Mini Cooper S's and Ford Mustangs This was going to be a Final Battle of Titans. Lets See Who Managed to Take that Last Checkered Flag of the Day.
In First Place was (Steve Soper) in his Ford Mustang with A Lap Time of 1.47.084 and A Top Speed of 71.51mph. Awesome Drive Steve Fantastic to see that He Still has it in him After all The Years of Racing.
In Second Place was (Rob Fen) in his Ford Mustang with A Lap Time of 1:49.031 and A Top Speed of 70.93mph. Amazing Work Rob Pushing that Mustang Far and Wide to Hang onto that Second Place. Excellent Drive.
In Third Place was (Mark Martin in his Ford Lotus Cortina with A Lap Time of 1:49.905 and A Top Speed of 70.70mph. Very Well Done Mark Great Driving and Even a Wheel in the Air on Some Occasions Heading onto the Grand Prix Loop. What A Sight that Was to See.
And With that The Days Events came to an End for another year of Superprix Racing at Brands Hatch Amazing work to all of the Organisers and Race Drivers who took Part and Congratulations once again to all of the Race Winners. Keep Fighting Keep Wining and I'm Sure we will do it All Again Next Year.
No specific plans for this one. Organic cotton color-grown herringbone fabric. Hemmed with straight running stitch on one side in silk thread. Other side cut at random with blanket stitch in a variety of threads. Shawl? Skirt? Table cloth? You decide :)
To Share a Photo on Social Media:
1. Click on the set you would like to browse
2. Click on a specific photo
3. Click on the square with an arrow coming out on the ride lower side of the screen
4. Click on the Facebook icon in the popup window
4. Follow instructions in pop-up window
To Download a Photo:
1. Click on the set you would like to see (Awards, Pre/Post Race, Finish, etc.)
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Site specific performances by 3rd year BA dance students, taken place in different locations around the University Campus: John Banks Laboratories, rooftop of the Art & Design building, and science ‘dry’ lab in the MHT building.
date: 3/12/2015
photo by Fenia Kotsopoulou
If you increase the magnification of the specific micro-lens image fields within this diagram to better understand the individual pictograph narratives within each micro-lens celestial entity; the navigation lines within the quartz pigments not only become clearer, but perhaps these lines are not that different from lines drawn on a map of flight pathways across the globe? I suppose if someone were of this ancient culture with the technology and mental acuity to read these navigation maps; perhaps they would be able to decipher these lines to determine the true access points to enter these specific micro-lens portal structures; not to mention that straight lines in celestial navigation is a two dimensional concept, these straight lines in theory are actually courses that require an arc pathway following Einstein's theory of relativity; perhaps explaining why each celestial marker on this diagram usually includes at least two celestial bodies within a celestial marker to most likely account for the individual celestial rotation and the three dimensional arc of physical space between two points in space? At a higher magnification these entities appear more like lakes or bodies of water including specific regions where energy and physical mass flows into or draining from the physical bubble of mass and energy of a celestial system within a three-dimensional space.
Each one of these micro lens celestial openings tell a unique story from a two dimensional perspective, like a map of a body of water drawn on a two dimensional piece of paper:
1. The micro-lens celestial (portal) opening on the far right is structured; and not that different from a three-sided triangular polygon, additionally including specific geographic anomalies within the three dimensional triangular entity of mass or energy. The ochre figure in the center of the first micro-lens image is not that different from many other figures we have seen on other stones from this site; the figure bearing a pyramidal shaped head-cap or covering similar to a modern hat or cap. This figure appears to be surrounded with a faint cloud of ochre representing images; perhaps similar in format to a celestial nebula or system that retains a recognizable shape like a bird or face when looking through a long distance telescope. This figure is facing two pairs of white celestial bodies defined for each celestial markers completing a stellar parallax diagram directed leftwards toward a serpentine line of celestial bodies, similar to a winding river draining into an ocean. This serpentine line of celestial markers exit this celestial system in the upper left corner of this triangular shaped micro-lens celestial entity . These micro lens openings are similar to illuminated room on the opposite side of a key-hole, or possibly explaining a specific "bubble/closed universe" separated by walls of energy?
2. This celestial serpentine line exiting the first triangular micro-lens entity is perhaps explaining a worm-hole or portal system that jumps from the first micro-lens entity across an open celestial body to the second four-sided polygon celestial entity (or bubble/closed universe). Perhaps these various extended serpentine lines define transit through a three-dimensional space naturally accounting for celestial curvature since all transit within a three dimensional space cannot be a straight line, but a series of curved arcs; therefore these serpentine lines may represent the "arc" pathways necessary in celestial transit from Point A to Point B within any three-dimensional space. Coincidentally there is an arc connecting two celestial points that form a second, and more complex, stellar parallax triangulation diagram with a small white Janus-like two-sided celestial figure holding what seems to be a serpentine rod pointing directly to a second celestial nebula or system of three celestial star-points in the shape of a triangle, in contrast to a straight line of celestial bodies, like Orion's Belt. The center of this triangular celestial nebula pointed to by the celestial individual with the Serpentine Rod completes a line of site navigation course using celestial triangulation within this (closed Universe) celestial entity with the exit point in the lower left quadrant of this abbreviated four-sided polygon celestial structure.
3. If you follow the underlying celestial lines exiting this four-sided polygon celestial structure, it follows an extended line of sight directed towards a luminescent figure within the whitened quartz pigment completing a straight line and directly line with the tip of the serpentine rod held by the figure inside the four-sided polygon in the center of this image field. The celestial pathway within this whitened quartz celestial map follows a series of inverted and reverse stellar parallax movements that secure a straight-line pathway marked with two parallel transit portals leading directly into the third micro-lens celestial entity completed with a 90 degree course correction after the straight line from point to point to point. We have seen this pair of straight parallel lines before, and perhaps we can now identity this specific parallel line transit pathway to a specific celestial entity also found on other stones from this site??
4. What is even more interesting is that the ochre figure in the first celestial entity(right) completes a celestial straight line through the whitened quartz Janus-like figure in the second 4-sided entity, and the third point of this straight line is a navigation line is a celestial figure at the base of the Parallel Line transit structure leading directly into the third celestial sphere; most likely the three sections of our pyramidal geometric grid system within our galaxy.
4. The three stars of Orion's Belt, the three pyramids of Giza, three sections of the pyramidal grid of our galaxy's celestial region, and perhaps the fourth maintaining light and dark connection to the spherical fourth figure perhaps representing a binary portal (light dark) access to the outer shell on the opposite side of our pyramidal grid thinking three-dimensionally???
5. The symbolic figure of the "Area of Intersecting Circles/Spheres" at this magnification is actually embedded within a perfect sphere, and this "Area of Intersecting Spheres" is located on the apex of this tortoise shell-like celestial entity; and perhaps this diagram established the portals/wormholes accessible to Earth's location?? I found another similar diagram on a different artifact perhaps indicating that this "Area of Intersecting Circles/Spheres" symbol may actually represent the location of our Solar System and Earth in relation to our physical dimension within our pyramidal grid structure: The midpoint of the lower hypotenuse of the pyramidal core structure of our celestial grid. I also found another symbol on the same alternative piece indicating that the four symbols perhaps reinforcing the concept that these symbols represent the three sections of our pyramidal grid with the fourth separate symbol representing the opposite side of our three-dimensional pyramidal entity.
I apologize that it took so long to figure out this diagram and so many others; when you have a large puzzle with over 150,000 puzzle pieces, it takes a some time to figure everything out.
North America
The Final Day of Racing At Brands Hatch for The Superprix Weekend and After a Really Busy and Scattered Set Of Races The Previous day it was time to see which of the Drivers could Brave the Circuit One Last Time and Take Home Either a Championship Win or a Victory in their Specific Race.
Lets Get Straight to the Results.
Classic Formula Ford/Historic Formula 3 (Race 2 Result)
Classic Formula Ford and Historic Formula 3 Were up First and it was Time to see who could be The one to take the Checkered Flag First when they crossed the Line.
In First Place was (Cameron Jackson) in his Winkelmann WDF2 with a Lap Time of 1:39.257 and a Top Speed of 86.59mph. A Fantastic Victory Cameron Showing Incredible Car Control and Commitment to Win the Race.
In Second Place was (Ben Tinkler) in his Van Diemen RF80 with a Lap Time of 1:39.986 and a Top Speed of 85.77mph. A Really Great Drive from Ben to stay so close to Cameron and Keep Him on his toes the entire Time while Fighting for the Lead of the Race.
In Third Place was (Jordan Harrison) in his Lola T540E with a Lap Time of 1:39.994 and a Top Speed of 85.54mph. A Really Wonderfully Deserved Third Place for Jordan Pushing that Lola for everything it Has got to gain Third Place. Well Done.
Three Fantastically Fast Drivers all with Incredible Speed and Talent Showcasing The Best of what they Bring to Brands Hatch Every Year. An Amazing Last Race to Witness. Congratulations to The Race Winner and Keep Trying Hard Everyone Else.
HGPCA Pre 66 Grand Prix Cars (Race 20)
Next It was The Historic Grand Prix Cars and with a Massive Turn out for them it looks like Another Cracking Race to see from Start till Finish. Lets see who came out on Top.
In First Place was (Sam Wilson) in his Lotus 18 with a Lap Time of 1:39.384 and a Top Speed of 86.55mph. Amazing Work Sam Showing Colin Chapman How it Should be Done. He would have been Proud to Witness that Victory.
In Second Place was (Peter Horsman) in his Lotus 18/21 with a Lap Time of 1:41.296 and A Top Speed of 84.90mph. A Fantastic Drive by Peter to take Second Place in the Race.
In Third Place was (Miles Griffiths) in his Scarab Offenhauser with A Lap Time of 1:41.501 and A Top Speed of 84.38mph A Really Good Job there Miles Almost Matching Lap Times with Peter and Showing Some Incredible Car Control during The Race.
Another Fantastic Race for The Historic Grand Prix Cars and a Huge Congratulations to Sam for Taking Victory in the Last Race. Avery Well Done to Both Peter and Miles as well.
HSCC 70's Road Sports (Race 19)
Historic Road Sports took to the Track next and with some Legendary Cars from the Likes of Lotus Morgan and TVR it was Time to see who Had Stormed to Victory in the Last Race and Taken the Victory.
In First Place was (William Plant) in his Morgan Plus 8 with A Lap Time of 1:45.768 and A Top Speed of 70.67mph. Congratulations William on the Victory it was so Good to See a Morgan Take First Place while Watching this Exciting Race. An Amazing Drive.
In Second Place was (Jim Dean) in his Lotus Europa with A Lap Time of 1:46.411 and A Top Speed of 70.66mph. Another Incredible Drive from Jim to Take Second Place. Well Done
In Third Place was (Richard Plant) in his Morgan Plus 8 with A Lap Time of 1:47.697 and a Top Speed of 70.31mph. A Very Committed Drive from Richard and a Fantastic Third Place Finish that I'm sure the Whole Family will be Proud of.
Fantastic Racing from the 70's Road Sports to Finish the Days Racing for them Congratulations to William, Jim and Richard. Hope to see you Three Battling it out Again Soon.
Aurora Trophy With Geoff Lees Trophy
The Arora Trophy Roared onto the Grand Prix Circuit Next with Powerful V8 Engines thease Racing Cars could make the Ground Shake as they Thunder their way around the Race Track. Lets see who Managed to take that All Important Victory for their Final Race.
In First Place was (Martin Stretton) in his March 712 with a Lap Time of 1:25.976 and A Top Speed of 101mph. A Very Brave and Committed drive from Martin to Take Victory, Really Pushing the March to its Limits and hanging onto the Lead thought the Race.
In Second Place was (Mathew Wrigley) in his March 782 with a Lap Time of 1:25.127 and A Top Speed of 100.96mph. Another Incredible Driver Taking his Machinery to New heights and Keeping the March Name Alive in Historic Racing. Amazing Work Mathew.
In Third Place was (Samuel Harrison) in his Dallara 389 with A Lap Time of 1:29.552 and A Top Speed of 95.04mph. Amazing work Sam showing Insane Car Control even when Racing so Fast and for such A Long Time. Congratulations.
Another Amazing Race to Keep the Day going and showing the Amazing work that Each Team Does to ensure that their Driver and His Car are Ready to go. Well Done to all of the Teams and to the First Second and Third Place Winners as well. Looking Forward To seeing more Action this Year from the Aurora Trophy.
Guards Trophy (Race 21)
Next Up Guards Trophy with Another Range of Racing Machines from the Likes of Brabham Chevron and Lotus Lets see what will Happen and Who will be able to Drive their way to Victory in This Race.
In First Place was (Andy Newall) in his Chevron B6 with A Lap Time of 1:38.258 and A Top Speed of 83.84mph. Very Well Driven and Raced by Andy Showcasing the Power of the Chevron and taking it too its Limits in terms of Raw Speed and Performance.
In Second Place was the Duo of (Jackson S and Jackson C) in their Lenham P70 with A Lap Time of 1:38.008 and A Top Speed of 83.45mph. Fantastic Work to The Two Jacks who Really showed what Working Together Can Achieve during A Race. Well Done
In Third Place was the Duo of (Mitchell W and Mitchell B) in their Chevron B8 with A Lap Time of 1:38.368 and A Top Speed of 82.49mph. Another Amazing Duo who Have Taken Third Place and Kept the Fight Alive in their Respective Championship. Amazing work.
A Fantastic Race for the Guards Trophy Showing the Power of Each Race Car and what they Are Capable of When put into The Hands of the Right Drivers. Congratulations to Andy Mitchell W and Mitchell B as well as Jackson S and Jackson C for putting on One Hell of a Race. Keep up the Good Work Everyone Else and Never Stop Fighting for your Own Victories.
Historic Formula Ford (Race 16)
Next Up was Historic Formula Ford and some very Twitchy and Tricky Cars to be Driven Round the Circuit at Hight Speed. With Light Weight Chassis and Small Cockpits this was going to be a Very Exciting Race to Watch. Lets see who Came out Best of the Rest.
In First Place was (Cameron Jackson) in his Winkelmann WDF2 with A Lap Time of 1:38.596 and A Top Speed of 87.95mph. Another Incredible Drive From Cameron to Take Victory and show what A Truly Committed and Self Determined Driver is. He is an Inspiration to All Up Coming Formula Ford Racers.
In Second Place was (Tom Macarthur) in his Titan MK3 with A Lap Time of 1:38.484 and A Top Speed of 87.94mph. Another Really Brave and Heroic Driver Pushing His Formula Ford to its Limits and Keeping his Eye's on the Race Track. Amazing Work Tom.
In Third Place was (Horatio Fitzsimon) in his Merlin MK20A with A Lap Time of 1:38.513 And A Top Speed of 87.90mph. Very Well Done Horatio Fantastic Driving and A Well Deserved Third Place.
An Amazing Final Heat Race for the Formula Fords with Everyone Pushing As Hard as they Could for Victory. Keep Working Hard Everyone and Congratulations to Cameron Tom and Horatio.
Historic Road Sports (Race 17)
Historic Road Sports Next and it was Time to see what Each Driver could do in their Respective Race Car. Lets see how things Stacked up and who Came out on Top in the Race.
In First Place was (Kevin Kivlochan) in his AC Cobra with a Lap Time of 1:46.891 and A Top Speed of 72.19mph. What A Drive From Kevin to Take Victory Keeping that Cobra Far Ahead of the Rest of the Pack and Taking A Dominant Victory. Carol Shelby would have Loved to See That.
In Second Place was (John Davidson) in his Lotus Elan S1 with A Lap Time of 1:46.052 And A Top Speed of 72.16mph. Amazing Work John Keeping that Lotus on the Tarmac and Putting on One Hell of a Race for Everyone. Amazing Job.
In Third Place was (Rupert Ashdown) in his Lotus Elan S1 with A Lap Time of 1:47.481and A Top Speed of 71.61mph. Another Incredible Drive by Rupert Taking Third Place Very Well Deserved.
Historic Road Sports putting on Another Superb Race for the Season and Congratulations to Kevin John and Rupert on their Victories. Hope to see More of that This Year and Good Luck to Everyone Else Racing too.
Historic Touring Cars (Race 22)
The Final Race of The Day was Here and The Historic Touring Car Club did not Disappoint with Lotus Cortina's Mini Cooper S's and Ford Mustangs This was going to be a Final Battle of Titans. Lets See Who Managed to Take that Last Checkered Flag of the Day.
In First Place was (Steve Soper) in his Ford Mustang with A Lap Time of 1.47.084 and A Top Speed of 71.51mph. Awesome Drive Steve Fantastic to see that He Still has it in him After all The Years of Racing.
In Second Place was (Rob Fen) in his Ford Mustang with A Lap Time of 1:49.031 and A Top Speed of 70.93mph. Amazing Work Rob Pushing that Mustang Far and Wide to Hang onto that Second Place. Excellent Drive.
In Third Place was (Mark Martin in his Ford Lotus Cortina with A Lap Time of 1:49.905 and A Top Speed of 70.70mph. Very Well Done Mark Great Driving and Even a Wheel in the Air on Some Occasions Heading onto the Grand Prix Loop. What A Sight that Was to See.
And With that The Days Events came to an End for another year of Superprix Racing at Brands Hatch Amazing work to all of the Organisers and Race Drivers who took Part and Congratulations once again to all of the Race Winners. Keep Fighting Keep Wining and I'm Sure we will do it All Again Next Year.
Capitolo primo. L’astratta qualità del ricordo. (2016/2017) Chapter one. The abstract quality of remembrance. (2016/2017)
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