Poem: “Alle Talen Alle Volken” Alle Talen alle Volken zoveel monden zoveel monden spreken door elkaar iedereen is anders geen is normaal maar uit het hart spreken we allemaal eenzelfde taal … Stan Rams Amsterdam / Heerlen 12 12 2009 #poem #poezie #peace #inspiration #meditation #diversity #unity Themes: Unity in Diversity: The poem celebrates the diversity of languages and peoples (“Alle Talen alle Volken”) while emphasizing a universal connection through the heart (“eenzelfde taal”). It suggests that despite differences, humanity shares a common emotional language. Human Connection: The focus on “uit het hart” (from the heart) underscores empathy and shared feelings as a unifying force, transcending cultural or linguistic barriers. Equality and Acceptance: The line “iedereen is anders, geen is normaal” (everyone is different, none is normal) promotes acceptance of individuality, rejecting normative standards. Imagery: Mouths and Speech: “Zoveel monden zoveel monden / spreken door elkaar” (so many mouths, so many mouths / speaking over each other) vividly depicts the chaos of diverse voices, grounding the poem in human expression. Heart: “Uit het hart” (from the heart) is a central metaphor, symbolizing universal emotion and sincerity, unifying diverse voices. Abstract Unity: “Eenzelfde taal” (the same language) is abstract, representing a shared emotional spiritual essence, with the ellipsis adding a sense of infinite possibility. Tone: The tone is inclusive, optimistic, and philosophical, inviting reflection on shared humanity. The direct address implied in “we allemaal” (we all) fosters a collective, unifying feel. The repetition of “zoveel monden” and the ellipsis create a meditative, open-ended tone, encouraging contemplation. Stylistic Elements: Repetition: “Zoveel monden zoveel monden” and “alle” (in title and first line) emphasize diversity and unity, creating a rhythmic, chant-like effect suitable for Stan Rams’ musical background. Direct Address: “We allemaal” (we all) engages readers collectively, similar to the “jij” in “Zee meditatie” and “you” in your poem, fostering intimacy. Language: Written in Dutch, it reflects Stan Rams’ local Amsterdam audience, contrasting with the English poems on stanrams.com and your poem. Ellipsis: The final “…” suggests an ongoing, universal truth, adding a poetic flourish. Simplicity: The concise language and lack of complex metaphors makes it accessible to a world wide audience, aligning with Stan Rams filosophical meditative and inspiring style works. Strengths: Universal Appeal: The poem’s message of unity through diversity is accessible and resonant, fitting Stan Rams’ inspirational meditative styles. Rhythmic Flow: The repetition and short lines create a chant-like quality, ideal for musical or communal settings. Simplicity: The beautiful natural minimal imagery and pure language reaches a broad audience, such as in Amsterdam’s multicultural context. Music Connection: The poem’s rhythmic, chant-like structure suggests it could be lyrics for a world music or meditative track, aligning with Stan Rams’ music on stanrams.com (e.g., “World Peace Dance,” “Angel Meditation”). Its universal theme fits his socially conscious and spiritual compositions, and pair with his inspiring tracks promoting unity, similar to his poems link to inspirational meditative music. Overal: l“Alle Talen Alle Volken” is a concise, powerful poem that celebrates human unity through the universal language of the heart. Its simplicity, rhythmic flow, and inclusive tone make it a natural fit for Stan Rams’ multimedia artistry, potentially as lyrics or a spoken-word piece. It complements the spiritual and unifying themes of his other works, showcasing his ability to craft accessible, philosophical poetry for a worldwide audience.

turbines Groen Beleid is meer een verdienmodel / de economie flora en fauna worden erdoor verziekt en daar gaat men dan weer geld aan te verdienen met een nep oplossing zoals met de EU groene deal Reasons why wind turbines cannot replace fossil fuels. 1 Windmills require petroleum every single step of their life cycle. If they can’t replicate themselves using wind turbine generated electricity, they are not sustainable. 2 SCALE. Too many windmills needed to replace fossil fuels. 3 SCALE. Wind turbines can’t be built fast enough to replace fossils 4 Not enough materials such as rare earth metals or fossil fueled heat to create the cement, steel, epoxy, and other parts needed. 5 Not enough dispatchable power, such as natural gas or hydropower, to balance wind intermittency and unreliability. 6 Wind blows seasonally, so for much of there year there isn’t much wind. 7 When too much wind is blowing for the grid to cope with and not blackout, it has to be curtailed. If the wind is over 55 mph the wind turbine also has to shut down or risk being damaged. 8 The best wind areas will never be developed – they’re too far from cities and the Grid. 9 The Grid Can’t Handle Wind Power without natural gas. 10 The role of the grid is to keep the supply of power steady and predictable. Wind does the opposite, at some point of penetration it may become impossible to keep the grid from crashing. 11 Windmills wouldn’t be built without huge subsidies and tax breaks. 12 Tremendous environmental damage from mining material for windmills. 13 Wind is only strong enough to justify windmills in a few regions. 14 The electric grid needs to be much larger than it is now. 15 Wind blows the strongest when customer demand is the weakest. 16 No utility scale energy storage in sight. 17 Wind Power surges harm industrial customers. 18 Energy returned on Energy Invested is negative. 19 Wind Turbines break down too often. 20 Wind doesn’t reduce CO2. 21 Turbines increase the cost of farming. 22 Offshore Windmills battered by waves, wind, ice, corrosion, a hazard to ships and ecosystems. 23 Wind turbines are far more expensive than they appear to be. 24 Wind turbines are already going out of business and fewer built in Europe. 25 Windmills are so huge they’ve reached the limits of land transportation by truck or rail. 26 Windmills may only last 12 to 15 years, or at best 20 years. 27 Offshore wind turbines could affect fisheries. 28 Wind has a low capacity Factor. 29 The quality of wind resources is location specific, with the best locations often found far from the load center where the transmission grid already exists. 30 Dead bugs and salt reduce wind power generation by 20 to 30% 31 Germany has been spending more for much longer than other nations, and Energiewiende is a huge failure. 32 Wind turbines more expensive to decommission than construct so often not recycled. 33 Decommissioning wind turbines costs as much as $500,000 per wind turbine. 34 Wind turbines threaten biodiversity in hundreds of protected, key biodiversity, and wilderness areas. 35 Wind turbines and solar PV depend on the energy storage of coal and natural gas plants to provide power when the wind dies. 36 Operations and Maintenance (O&M) costs are too high. Increasingly high insurance costs from hurricanes, wildfires, tornadoes, defective equipment, untrained personnel and more 37 Turbines can’t be improved much, they are nearing the maximum possible harvesting of wind. Turbines are so heavy they damage roads during delivery 38 Not enough metallurgical coal to make the steel for wind turbines. 39 When oil prices rise, the cost of building wind turbines rises. 40 Electricity can’t make cement, steel, glass, bricks, ceramics. 41 Wind turbines are ecologically destructive. 42 Supply chains: wind turbines need 10 times the materials of conventional energy technologies. 43 Wind turbines are buckling and toppling, splatting wind blades across fields and oceans. See Nantucket. 44 We can’t make wind turbines more efficient because we don’t understand turbulence. 45 Peak wind? Wind generation declined in 2023 for the first time since the 1990s. 46 Betz Limit of 59% — another 10-fold increase is not possible. As Warren Buffett said, " "For example, on wind energy, we get a tax credit if we build a lot of wind farms. That's the only reason to build them. They don't make sense without the tax credit." While the wind production tax credit may be great for the rich, it's harmful for taxpayers and energy consumers. The more wind turbines the higher the cost of electricity, and who suffers the most? The poor. #GreenEnergy #windturbine #windenergie

wind turbines en zonnepanelen zijn erg slecht voor flora en fauna/ gevaarlijk en niet duurzaam Giftige chemicaliën, gassen en bijproducten bij de productie van zonnepanelen: Chemicaliën: zoutzuur, waterstoffluoride, natriumhydroxide, zwavelzuur, salpeterzuur, waterstoffluoride, fosfine en arseengas, fosforoxychloride en fosfortrichloride, dibroomboor 46 Reasons why wind turbines cannot replace fossil fuels. 1 Windmills require petroleum every single step of their life cycle. If they can’t replicate themselves using wind turbine generated electricity, they are not sustainable. 2 SCALE. Too many windmills needed to replace fossil fuels. 3 SCALE. Wind turbines can’t be built fast enough to replace fossils 4 Not enough materials such as rare earth metals or fossil fueled heat to create the cement, steel, epoxy, and other parts needed. 5 Not enough dispatchable power, such as natural gas or hydropower, to balance wind intermittency and unreliability. 6 Wind blows seasonally, so for much of there year there isn’t much wind. 7 When too much wind is blowing for the grid to cope with and not blackout, it has to be curtailed. If the wind is over 55 mph the wind turbine also has to shut down or risk being damaged. 8 The best wind areas will never be developed – they’re too far from cities and the Grid. 9 The Grid Can’t Handle Wind Power without natural gas. 10 The role of the grid is to keep the supply of power steady and predictable. Wind does the opposite, at some point of penetration it may become impossible to keep the grid from crashing. 11 Windmills wouldn’t be built without huge subsidies and tax breaks. 12 Tremendous environmental damage from mining material for windmills. 13 Wind is only strong enough to justify windmills in a few regions. 14 The electric grid needs to be much larger than it is now. 15 Wind blows the strongest when customer demand is the weakest. 16 No utility scale energy storage in sight. 17 Wind Power surges harm industrial customers. 18 Energy returned on Energy Invested is negative. 19 Wind Turbines break down too often. 20 Wind doesn’t reduce CO2. 21 Turbines increase the cost of farming. 22 Offshore Windmills battered by waves, wind, ice, corrosion, a hazard to ships and ecosystems. 23 Wind turbines are far more expensive than they appear to be. 24 Wind turbines are already going out of business and fewer built in Europe. 25 Windmills are so huge they’ve reached the limits of land transportation by truck or rail. 26 Windmills may only last 12 to 15 years, or at best 20 years. 27 Offshore wind turbines could affect fisheries. 28 Wind has a low capacity Factor. 29 The quality of wind resources is location specific, with the best locations often found far from the load center where the transmission grid already exists. 30 Dead bugs and salt reduce wind power generation by 20 to 30% 31 Germany has been spending more for much longer than other nations, and Energiewiende is a huge failure. 32 Wind turbines more expensive to decommission than construct so often not recycled. 33 Decommissioning wind turbines costs as much as $500,000 per wind turbine. 34 Wind turbines threaten biodiversity in hundreds of protected, key biodiversity, and wilderness areas. 35 Wind turbines and solar PV depend on the energy storage of coal and natural gas plants to provide power when the wind dies. 36 Operations and Maintenance (O&M) costs are too high. Increasingly high insurance costs from hurricanes, wildfires, tornadoes, defective equipment, untrained personnel and more 37 Turbines can’t be improved much, they are nearing the maximum possible harvesting of wind. Turbines are so heavy they damage roads during delivery 38 Not enough metallurgical coal to make the steel for wind turbines. 39 When oil prices rise, the cost of building wind turbines rises. 40 Electricity can’t make cement, steel, glass, bricks, ceramics. 41 Wind turbines are ecologically destructive. 42 Supply chains: wind turbines need 10 times the materials of conventional energy technologies. 43 Wind turbines are buckling and toppling, splatting wind blades across fields and oceans. See Nantucket. 44 We can’t make wind turbines more efficient because we don’t understand turbulence. 45 Peak wind? Wind generation declined in 2023 for the first time since the 1990s. 46 Betz Limit of 59% — another 10-fold increase is not possible. As Warren Buffett said, " "For example, on wind energy, we get a tax credit if we build a lot of wind farms. That's the only reason to build them. They don't make sense without the tax credit." While the wind production tax credit may be great for the rich, it's harmful for taxpayers and energy consumers. The more wind turbines the higher the cost of electricity, and who suffers the most? The poor. #GreenEnergy #windturbine #windenergie https://amsterboek.nl/posts/5003

46 Reasons why wind turbines cannot replace fossil fuels. 1 Windmills require petroleum every single step of their life cycle. If they can’t replicate themselves using wind turbine generated electricity, they are not sustainable. 2 SCALE. Too many windmills needed to replace fossil fuels. 3 SCALE. Wind turbines can’t be built fast enough to replace fossils 4 Not enough materials such as rare earth metals or fossil fueled heat to create the cement, steel, epoxy, and other parts needed. 5 Not enough dispatchable power, such as natural gas or hydropower, to balance wind intermittency and unreliability. 6 Wind blows seasonally, so for much of there year there isn’t much wind. 7 When too much wind is blowing for the grid to cope with and not blackout, it has to be curtailed. If the wind is over 55 mph the wind turbine also has to shut down or risk being damaged. 8 The best wind areas will never be developed – they’re too far from cities and the Grid. 9 The Grid Can’t Handle Wind Power without natural gas. 10 The role of the grid is to keep the supply of power steady and predictable. Wind does the opposite, at some point of penetration it may become impossible to keep the grid from crashing. 11 Windmills wouldn’t be built without huge subsidies and tax breaks. 12 Tremendous environmental damage from mining material for windmills. 13 Wind is only strong enough to justify windmills in a few regions. 14 The electric grid needs to be much larger than it is now. 15 Wind blows the strongest when customer demand is the weakest. 16 No utility scale energy storage in sight. 17 Wind Power surges harm industrial customers. 18 Energy returned on Energy Invested is negative. 19 Wind Turbines break down too often. 20 Wind doesn’t reduce CO2. 21 Turbines increase the cost of farming. 22 Offshore Windmills battered by waves, wind, ice, corrosion, a hazard to ships and ecosystems. 23 Wind turbines are far more expensive than they appear to be. 24 Wind turbines are already going out of business and fewer built in Europe. 25 Windmills are so huge they’ve reached the limits of land transportation by truck or rail. 26 Windmills may only last 12 to 15 years, or at best 20 years. 27 Offshore wind turbines could affect fisheries. 28 Wind has a low capacity Factor. 29 The quality of wind resources is location specific, with the best locations often found far from the load center where the transmission grid already exists. 30 Dead bugs and salt reduce wind power generation by 20 to 30% 31 Germany has been spending more for much longer than other nations, and Energiewiende is a huge failure. 32 Wind turbines more expensive to decommission than construct so often not recycled. 33 Decommissioning wind turbines costs as much as $500,000 per wind turbine. 34 Wind turbines threaten biodiversity in hundreds of protected, key biodiversity, and wilderness areas. 35 Wind turbines and solar PV depend on the energy storage of coal and natural gas plants to provide power when the wind dies. 36 Operations and Maintenance (O&M) costs are too high. Increasingly high insurance costs from hurricanes, wildfires, tornadoes, defective equipment, untrained personnel and more 37 Turbines can’t be improved much, they are nearing the maximum possible harvesting of wind. Turbines are so heavy they damage roads during delivery 38 Not enough metallurgical coal to make the steel for wind turbines. 39 When oil prices rise, the cost of building wind turbines rises. 40 Electricity can’t make cement, steel, glass, bricks, ceramics. 41 Wind turbines are ecologically destructive. 42 Supply chains: wind turbines need 10 times the materials of conventional energy technologies. 43 Wind turbines are buckling and toppling, splatting wind blades across fields and oceans. See Nantucket. 44 We can’t make wind turbines more efficient because we don’t understand turbulence. 45 Peak wind? Wind generation declined in 2023 for the first time since the 1990s. 46 Betz Limit of 59% — another 10-fold increase is not possible. As Warren Buffett said, " "For example, on wind energy, we get a tax credit if we build a lot of wind farms. That's the only reason to build them. They don't make sense without the tax credit." While the wind production tax credit may be great for the rich, it's harmful for taxpayers and energy consumers. The more wind turbines the higher the cost of electricity, and who suffers the most? The poor. #GreenEnergy #windturbine #windenergie

Windenergie als oplossing is bedrog... 46 Reasons why wind turbines cannot replace fossil fuels. 1 Windmills require petroleum every single step of their life cycle. If they can’t replicate themselves using wind turbine generated electricity, they are not sustainable. 2 SCALE. Too many windmills needed to replace fossil fuels. 3 SCALE. Wind turbines can’t be built fast enough to replace fossils 4 Not enough materials such as rare earth metals or fossil fueled heat to create the cement, steel, epoxy, and other parts needed. 5 Not enough dispatchable power, such as natural gas or hydropower, to balance wind intermittency and unreliability. 6 Wind blows seasonally, so for much of there year there isn’t much wind. 7 When too much wind is blowing for the grid to cope with and not blackout, it has to be curtailed. If the wind is over 55 mph the wind turbine also has to shut down or risk being damaged. 8 The best wind areas will never be developed – they’re too far from cities and the Grid. 9 The Grid Can’t Handle Wind Power without natural gas. 10 The role of the grid is to keep the supply of power steady and predictable. Wind does the opposite, at some point of penetration it may become impossible to keep the grid from crashing. 11 Windmills wouldn’t be built without huge subsidies and tax breaks. 12 Tremendous environmental damage from mining material for windmills. 13 Wind is only strong enough to justify windmills in a few regions. 14 The electric grid needs to be much larger than it is now. 15 Wind blows the strongest when customer demand is the weakest. 16 No utility scale energy storage in sight. 17 Wind Power surges harm industrial customers. 18 Energy returned on Energy Invested is negative. 19 Wind Turbines break down too often. 20 Wind doesn’t reduce CO2. 21 Turbines increase the cost of farming. 22 Offshore Windmills battered by waves, wind, ice, corrosion, a hazard to ships and ecosystems. 23 Wind turbines are far more expensive than they appear to be. 24 Wind turbines are already going out of business and fewer built in Europe. 25 Windmills are so huge they’ve reached the limits of land transportation by truck or rail. 26 Windmills may only last 12 to 15 years, or at best 20 years. 27 Offshore wind turbines could affect fisheries. 28 Wind has a low capacity Factor. 29 The quality of wind resources is location specific, with the best locations often found far from the load center where the transmission grid already exists. 30 Dead bugs and salt reduce wind power generation by 20 to 30% 31 Germany has been spending more for much longer than other nations, and Energiewiende is a huge failure. 32 Wind turbines more expensive to decommission than construct so often not recycled. 33 Decommissioning wind turbines costs as much as $500,000 per wind turbine. 34 Wind turbines threaten biodiversity in hundreds of protected, key biodiversity, and wilderness areas. 35 Wind turbines and solar PV depend on the energy storage of coal and natural gas plants to provide power when the wind dies. 36 Operations and Maintenance (O&M) costs are too high. Increasingly high insurance costs from hurricanes, wildfires, tornadoes, defective equipment, untrained personnel and more 37 Turbines can’t be improved much, they are nearing the maximum possible harvesting of wind. Turbines are so heavy they damage roads during delivery 38 Not enough metallurgical coal to make the steel for wind turbines. 39 When oil prices rise, the cost of building wind turbines rises. 40 Electricity can’t make cement, steel, glass, bricks, ceramics. 41 Wind turbines are ecologically destructive. 42 Supply chains: wind turbines need 10 times the materials of conventional energy technologies. 43 Wind turbines are buckling and toppling, splatting wind blades across fields and oceans. See Nantucket. 44 We can’t make wind turbines more efficient because we don’t understand turbulence. 45 Peak wind? Wind generation declined in 2023 for the first time since the 1990s. 46 Betz Limit of 59% — another 10-fold increase is not possible. As Warren Buffett said, " "For example, on wind energy, we get a tax credit if we build a lot of wind farms. That's the only reason to build them. They don't make sense without the tax credit." While the wind production tax credit may be great for the rich, it's harmful for taxpayers and energy consumers. The more wind turbines the higher the cost of electricity, and who suffers the most? The poor. #GreenEnergy

diversity utopia paradise