I read (only in one place and cant find that now, so..) that as an object's velocity increases it experiences blackbody radiation in the direction of travel and that the bb temperature of the radiation is related to the velocity. Is this true? And are these sorts of intersteller material particles the cause? What about moving photons through space, as an objects velocity increases it must smack into more of them per time too and with more momentum, no?
I developed an Autism/Aspergers Spectrum Scale Score generating formula as a part of http://www.hiddencorrelations.com/ Anyone who answers the associated/included questions gets a score online instantly. No valid email required.
The site is also geared towards answering this exact type of question, (Vaccine vs Autism) and I've even added some new vaccination questions to eventually look for correlations to answers from existing Autism/Aspergers questions and the Autism/Aspergers Spectrum Scale Score that is a composite value for each profile.
Always looking for more participants or any ideas!
As far as other above mention ideas of the biomass just rotting, even if in a poop-filled-meat-knot (think food tube of your or your neighbor's cow), and releasing the carbon back into the cycle eventually: couldn't such biomass be harvested and rotted in an enclosed area so that CO2 is collected and processed? Even natural ocean algae blooms rot each year, could these be harvested or would their loss affect the food/life chain too greatly? We could at least re-release all the other nutrient minerals from the processed-biomass, such as phosphorus, iron, nitrogen, etc.
Another comment on a repeatedly mentioned topic of carbon compounds just dissolving in the ocean before the hit floor-bottom: If we, civilization, manufacture carbonates we don't have to release them into the ocean. We could store them on land in: salt mines, collapsing coal mines, etc. Even if we don't manufacture them and life in the ocean does, we may still be able to harvest them somehow.
Somehow CO2 was converted into, or maybe just created, limestone and dolomite flowstone at the melt of snowball earth. Could we create a similar process manually to sequester carbon? I had been considering an artificial method of exposing CO2 to limestone or better (thinking that a concentrated CO2 atmosphere could be created and then water misted through it (like in a cooling tower) could dissolve limestone at the bottom). I don't see how this processes sequesters carbon though, because the limestone is limestone at the beginning and end, just not the middle when it is in solution. Unless the input product in the snowball earth situation is not limestone but another mineral and carbon is added to make the final limestone carbonate.
Creating carbonates via an exothermic process is needed. It would allow us to sequester carbon from the cycle.
Some ideas on this under 37.1.3.3 - Removing CO2 from the Carbon-Cycle at Large at:
http://www.eventlister.com/resources/doc.php?PageType=DocumentManage&DocID=6
As far as other above mention ideas of the biomass just rotting, even if in a poop-filled-meat-knot (think food tube of your or your neighbor's cow), and releasing the carbon back into the cycle eventually: couldn't such biomass be harvested and rotted in an enclosed area so that CO2 is collected and processed? Even natural ocean algae blooms rot each year, could these be harvested or would their loss affect the food/life chain too greatly? We could at least re-release all the other nutrient minerals from the processed-biomass, such as phosphorus, iron, nitrogen, etc.
Another comment on a repeatedly mentioned topic of carbon compounds just dissolving in the ocean before the hit floor-bottom: If we, civilization, manufacture carbonates we don't have to release them into the ocean. We could store them on land in: salt mines, collapsing coal mines, etc. Even if we don't manufacture them and life in the ocean does, we may still be able to harvest them somehow.
Somehow CO2 was converted into, or maybe just created, limestone and dolomite flowstone at the melt of snowball earth. Could we create a similar process manually to sequester carbon? I had been considering an artificial method of exposing CO2 to limestone or better (thinking that a concentrated CO2 atmosphere could be created and then water misted through it (like in a cooling tower) could dissolve limestone at the bottom). I don't see how this processes sequesters carbon though, because the limestone is limestone at the beginning and end, just not the middle when it is in solution. Unless the input product in the snowball earth situation is not limestone but another mineral and carbon is added to make the final limestone carbonate.
1. Free-Carbon Abundance Pollution, Tax Credits for Carbon Sequestering, Carbon Footprint Trading Marketplace
2. Create & Store Carbonates
3. Profit!
4. ???
Louy
We could just make self-replicating, solar-powered, carbon dioxide atmospheric scrubbers. Oh yeah, that's plants.....
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I read (only in one place and cant find that now, so..) that as an object's velocity increases it experiences blackbody radiation in the direction of travel and that the bb temperature of the radiation is related to the velocity. Is this true? And are these sorts of intersteller material particles the cause? What about moving photons through space, as an objects velocity increases it must smack into more of them per time too and with more momentum, no?
I developed an Autism/Aspergers Spectrum Scale Score generating formula as a part of http://www.hiddencorrelations.com/
Anyone who answers the associated/included questions gets a score online instantly. No valid email required.
The site is also geared towards answering this exact type of question, (Vaccine vs Autism) and I've even added some new vaccination questions to eventually look for correlations to answers from existing Autism/Aspergers questions and the Autism/Aspergers Spectrum Scale Score that is a composite value for each profile.
Always looking for more participants or any ideas!
Creating carbonates via an exothermic process is needed. It would allow us to sequester carbon from the cycle.
Some ideas on this under 37.1.3.3 - Removing CO2 from the Carbon-Cycle at Large at:
http://www.eventlister.com/resources/doc.php?PageType=DocumentManage&DocID=6
As far as other above mention ideas of the biomass just rotting, even if in a poop-filled-meat-knot (think food tube of your or your neighbor's cow), and releasing the carbon back into the cycle eventually: couldn't such biomass be harvested and rotted in an enclosed area so that CO2 is collected and processed? Even natural ocean algae blooms rot each year, could these be harvested or would their loss affect the food/life chain too greatly? We could at least re-release all the other nutrient minerals from the processed-biomass, such as phosphorus, iron, nitrogen, etc.
Another comment on a repeatedly mentioned topic of carbon compounds just dissolving in the ocean before the hit floor-bottom: If we, civilization, manufacture carbonates we don't have to release them into the ocean. We could store them on land in: salt mines, collapsing coal mines, etc. Even if we don't manufacture them and life in the ocean does, we may still be able to harvest them somehow.
Somehow CO2 was converted into, or maybe just created, limestone and dolomite flowstone at the melt of snowball earth. Could we create a similar process manually to sequester carbon? I had been considering an artificial method of exposing CO2 to limestone or better (thinking that a concentrated CO2 atmosphere could be created and then water misted through it (like in a cooling tower) could dissolve limestone at the bottom). I don't see how this processes sequesters carbon though, because the limestone is limestone at the beginning and end, just not the middle when it is in solution. Unless the input product in the snowball earth situation is not limestone but another mineral and carbon is added to make the final limestone carbonate.
1. Free-Carbon Abundance Pollution, Tax Credits for Carbon Sequestering, Carbon Footprint Trading Marketplace
2. Create & Store Carbonates
3. Profit!
4. ??
We could just make self-replicating, solar-powered, carbon dioxide atmospheric scrubbers. Oh yeah, that's plants.....
Louy
Creating carbonates via an exothermic process is needed. It would allow us to sequester carbon from the cycle. Some ideas on this under 37.1.3.3 - Removing CO2 from the Carbon-Cycle at Large at: http://www.eventlister.com/resources/doc.php?PageType=DocumentManage&DocID=6 As far as other above mention ideas of the biomass just rotting, even if in a poop-filled-meat-knot (think food tube of your or your neighbor's cow), and releasing the carbon back into the cycle eventually: couldn't such biomass be harvested and rotted in an enclosed area so that CO2 is collected and processed? Even natural ocean algae blooms rot each year, could these be harvested or would their loss affect the food/life chain too greatly? We could at least re-release all the other nutrient minerals from the processed-biomass, such as phosphorus, iron, nitrogen, etc. Another comment on a repeatedly mentioned topic of carbon compounds just dissolving in the ocean before the hit floor-bottom: If we, civilization, manufacture carbonates we don't have to release them into the ocean. We could store them on land in: salt mines, collapsing coal mines, etc. Even if we don't manufacture them and life in the ocean does, we may still be able to harvest them somehow. Somehow CO2 was converted into, or maybe just created, limestone and dolomite flowstone at the melt of snowball earth. Could we create a similar process manually to sequester carbon? I had been considering an artificial method of exposing CO2 to limestone or better (thinking that a concentrated CO2 atmosphere could be created and then water misted through it (like in a cooling tower) could dissolve limestone at the bottom). I don't see how this processes sequesters carbon though, because the limestone is limestone at the beginning and end, just not the middle when it is in solution. Unless the input product in the snowball earth situation is not limestone but another mineral and carbon is added to make the final limestone carbonate. 1. Free-Carbon Abundance Pollution, Tax Credits for Carbon Sequestering, Carbon Footprint Trading Marketplace 2. Create & Store Carbonates 3. Profit! 4. ??? Louy We could just make self-replicating, solar-powered, carbon dioxide atmospheric scrubbers. Oh yeah, that's plants.....