When I have time I am going to make a detial thread about this subject and will tag you along for input. I find the subject very facinating and been studying for over 13 years. Right now I am stuyding the brain nerotransmiters and receptors, and how substances like canabis and entheogens such as ayousca, payote, psylosibin, dmt and lsd can effect the brains serotonin 5-HT2B receptors. Its a deep and highly tehnical subject that's as still work in progress for, but all I can say is soon, real soon the thread will pop up and if its OK with you I will tag you.
Bruh I heard that fuckin 5 meo dmt makes mushrooms
and ayuasca look like Mama's sweet lemonade tea.
cool let a bruh know when you start the thread..
but bringing this shit back...
Solar Storms..
Its like the Sun is saying OH you LIL pieces of stale worm shit,
tryin to block me.... oh yea the mind fuck is to omit the word BLOCK
and insert the words Dim, so they are no longer trying to BLOCK the Sun
thats just misinformation... they are trying to DIM the Sun..
its like the Sun is saying KEEP FUCKIN AROUND I got waaay more where this came from..
The scientific term for fuckin with the sun is solar geoengineerig.. as fuckin IF!!
www.science.org
For years, the controversial idea of solar geoengineering—lofting long-lived reflective particles into the upper atmosphere to block sunlight and diminish global warming—has been theoretical. It's starting to get real: Today, after much technical and regulatory wrangling, Harvard University scientists are proposing a June 2021 test flight of a research balloon designed to drop small amounts of chalky dust and observe its effects.
This first flight would not inject the particles; it would only be a dry run of the steerable balloon and instruments needed to study chemical reactions in the stratosphere, the calm, cold layer more than 10 kilometers up. Even so, the project, called
the Stratospheric Controlled Perturbation Experiment (SCoPEx), must first win the approval of an
independent advisory board, a decision that could come in February 2021.
The need to study the real-world effects of releasing reflective particles is pressing, says David Keith, a Harvard energy and climate scientist and one of SCoPEx's lead scientists. Solar geoengineering is no substitute for cutting greenhouse gas emissions, he says, but it could ameliorate the worst damage of global warming, such as the extreme heat waves and storms that claim many lives today. "There is a real potential, maybe a significant potential, to reduce the risks of climate change this century—by a lot."
Ideas for geoengineering come in many flavors. There are the so-called
negative emissions technologies—sucking carbon dioxide out of the air using rocks or trees or machines—that would reduce Earth's ability to trap heat.
Solar geoengineering would reduce the heat Earth receives in the first place. One idea, based on the tracks of ocean ships, is to seed reflective clouds; another is inspired by volcanoes, which can spew sulfate aerosols into the stratosphere and appreciably cool the planet.
But research in solar geoengineering has long been taboo, says Faye McNeill, an atmospheric chemist at Columbia University who is unaffiliated with SCoPEx. "We didn't want it to appear that we were encouraging it." One fear is that solar geoengineering could be done unilaterally by groups or nations, with unknown effects on plant growth and rainfall patterns. Another worry is that it would encourage a sort of addiction, adding more and more particles to block warming while not addressing the root problem of mounting emissions. But now, with so much warming already locked in, "the urgency of the climate problem has escalated," McNeill says.
SCoPEx is not only a science experiment, but also an important test of the governance of geoengineering, says Peter Frumhoff, chief climate scientist at the Union of Concerned Scientists. "We need to learn about the advisory process as much as the experiment itself." A new wrinkle for SCoPEx is that the flight will be in Sweden, not the southwestern United States, as previously envisioned. The team will now use balloons launched by the Swedish Space Corporation, flying out of Kiruna. "That raises a number of questions around what the role of public consent and informed discussions in Sweden will look like," Frumhoff says, adding that the advisory board is dominated by U.S. experts.
For all of the precedents SCoPEx will set, the proposed experiment is quite modest. It will cost several million dollars and has been funded by private donors, including Microsoft co-founder Bill Gates. After much investigation, the team settled on using calcium carbonate—chalk, essentially—as an ideal light-blocking particle. Unlike sulfates, which can lead to ozone loss, calcium carbonate is not particularly reactive. But because it does not exist
