DoomPosting
This is Judge Joy Kennedy Earlier this month, she lowered the bail for a repeat violent offender to $5k in Cleveland 5 days later, he kiIIed Ben McComas 🄳🄾🄾🄼🄿🤖🅂🅃🄸🄽🄶
Any judge who releases a repeat offender like this inevitably becomes complicit in the crimes they go onto commit.
This has to stop.
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This has to stop.
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Why can't they build their own nations then?
The reality is, the immigrants who built the USA were 95% White Europeans.
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The reality is, the immigrants who built the USA were 95% White Europeans.
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Yale University has no Republican professors across 27 departments.
Among all departments, just 3% are Republicans, and 83% are Democrats.
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Among all departments, just 3% are Republicans, and 83% are Democrats.
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Stephen Colbert and Tony Blair have the highest odds on Polymarket to be named in the Epstein files
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NGL from now on every future president should have to do log PT with the Seals and hold his own
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The Pentagon just failed its 8th consecutive audit. $3.5 trillion of taxpayer dollars are still missing
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CANDY CANE LANE, BRING A FRIEND THIS HOLIDAY
BRING A FRIEND WHO LOVES TO PLAY, WE'LL EAT ALL THE CANDY CANES
OH, CANDY CANE LANE, BRING A FRIEND THIS HOLIDAY
BRING A FRIEND WHO LOVES TO PLAY, WE'LL EAT ALL THE CANDY CANES
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BRING A FRIEND WHO LOVES TO PLAY, WE'LL EAT ALL THE CANDY CANES
OH, CANDY CANE LANE, BRING A FRIEND THIS HOLIDAY
BRING A FRIEND WHO LOVES TO PLAY, WE'LL EAT ALL THE CANDY CANES
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China. Seemed very common for entertainer to not know where is perimeter. Ashin, vocalist of the rock band Mayday, fell off the stage during the F Forever concert in Shanghai after missing a step near the edge of the main stage
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The planet could be cooled using a Boeing 777.
A recent climate modeling study led by researchers at University College London suggests that existing commercial aircraft—such as the Boeing 777F cargo jet—could be adapted to help cool the planet through stratospheric aerosol injection, without needing specialized high-altitude planes.
This geoengineering approach, known as stratospheric aerosol injection (SAI), replicates the natural cooling from major volcanic eruptions by releasing sulfur dioxide into the upper atmosphere. There, it converts into reflective sulfate particles that deflect sunlight back to space.
Previous concepts focused on tropical injections at altitudes above 20 km (65,000 feet), requiring custom-built aircraft that could take years and billions to develop.
The new research, published in Earth’s Future, explores a "polar strategy": releasing aerosols at around 13 km (43,000 feet) near the poles, where the stratosphere begins at a lower altitude due to colder air. Existing large jets can already reach these heights and could be retrofitted for the task.
This method is less efficient, requiring roughly three times more material for equivalent cooling, and it carries heightened risks like increased acid rain or uneven regional effects. However, it could be implemented far more quickly.
Models indicate that annually injecting about 12 million tons of sulfur dioxide could lower global temperatures by approximately 0.6°C (1°F)—comparable to the temporary cooling after the 1991 Mount Pinatubo eruption.
The researchers emphasize that SAI is no replacement for cutting greenhouse gas emissions and involves significant uncertainties, including dangers from sudden start or stop of injections.
Yet the findings reveal that certain geoengineering options may be more accessible, affordable—and potentially more hazardous—than previously assumed.
Is this a viable emergency measure, a temporary bridge, or a risky path best avoided?
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A recent climate modeling study led by researchers at University College London suggests that existing commercial aircraft—such as the Boeing 777F cargo jet—could be adapted to help cool the planet through stratospheric aerosol injection, without needing specialized high-altitude planes.
This geoengineering approach, known as stratospheric aerosol injection (SAI), replicates the natural cooling from major volcanic eruptions by releasing sulfur dioxide into the upper atmosphere. There, it converts into reflective sulfate particles that deflect sunlight back to space.
Previous concepts focused on tropical injections at altitudes above 20 km (65,000 feet), requiring custom-built aircraft that could take years and billions to develop.
The new research, published in Earth’s Future, explores a "polar strategy": releasing aerosols at around 13 km (43,000 feet) near the poles, where the stratosphere begins at a lower altitude due to colder air. Existing large jets can already reach these heights and could be retrofitted for the task.
This method is less efficient, requiring roughly three times more material for equivalent cooling, and it carries heightened risks like increased acid rain or uneven regional effects. However, it could be implemented far more quickly.
Models indicate that annually injecting about 12 million tons of sulfur dioxide could lower global temperatures by approximately 0.6°C (1°F)—comparable to the temporary cooling after the 1991 Mount Pinatubo eruption.
The researchers emphasize that SAI is no replacement for cutting greenhouse gas emissions and involves significant uncertainties, including dangers from sudden start or stop of injections.
Yet the findings reveal that certain geoengineering options may be more accessible, affordable—and potentially more hazardous—than previously assumed.
Is this a viable emergency measure, a temporary bridge, or a risky path best avoided?
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We moved so much water we changed Earth’s balance.
Over the last two centuries, humanity has impounded vast quantities of water behind thousands of dams, redistributing mass on a planetary scale. This relocation has subtly altered Earth's rotation axis, causing a phenomenon known as true polar wander.
A 2025 study published in Geophysical Research Letters reveals that this human-driven mass shift has contributed to the movement of Earth's geographic poles. True polar wander occurs when changes in mass distribution—such as melting ice sheets, flowing mantle rock, or now artificial reservoirs—prompt the planet to reorient itself for rotational stability, similar to a wobbling spinning top seeking balance.
The researchers examined data from 6,862 dams constructed between 1835 and 2011. Initial dam-building in North America and Europe drove the North Pole away from those areas. From the 1950s onward, intensive construction in Asia and East Africa reversed the direction. Overall, the poles wandered a total path length of about 44.6 inches (113.4 cm), ending just 8.1 inches (20.5 cm) from their starting position by 2011.
Though modest in scale, this shift underscores the precision required for technologies like GPS, satellite navigation, astronomy, and climate modeling, where even small rotational errors can have cascading effects.
The discovery highlights not fault, but the sheer magnitude of human influence: our infrastructure now ranks alongside glacial and tectonic forces in reshaping Earth's dynamics. The planet remains stable, yet it is unmistakably reacting to our actions.
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Over the last two centuries, humanity has impounded vast quantities of water behind thousands of dams, redistributing mass on a planetary scale. This relocation has subtly altered Earth's rotation axis, causing a phenomenon known as true polar wander.
A 2025 study published in Geophysical Research Letters reveals that this human-driven mass shift has contributed to the movement of Earth's geographic poles. True polar wander occurs when changes in mass distribution—such as melting ice sheets, flowing mantle rock, or now artificial reservoirs—prompt the planet to reorient itself for rotational stability, similar to a wobbling spinning top seeking balance.
The researchers examined data from 6,862 dams constructed between 1835 and 2011. Initial dam-building in North America and Europe drove the North Pole away from those areas. From the 1950s onward, intensive construction in Asia and East Africa reversed the direction. Overall, the poles wandered a total path length of about 44.6 inches (113.4 cm), ending just 8.1 inches (20.5 cm) from their starting position by 2011.
Though modest in scale, this shift underscores the precision required for technologies like GPS, satellite navigation, astronomy, and climate modeling, where even small rotational errors can have cascading effects.
The discovery highlights not fault, but the sheer magnitude of human influence: our infrastructure now ranks alongside glacial and tectonic forces in reshaping Earth's dynamics. The planet remains stable, yet it is unmistakably reacting to our actions.
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George Floyd was a violent drug addict who loved pointing loaded guns at pregnant women, and after his fatal overdose, multiple statues were erected to “honor” such a lifestyle. Truly pathetic
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Scientists just reprogrammed leukemia to self-destruct – and it worked.
Researchers at the Institut Pasteur and Inserm have achieved a promising advance in treating malignant B-cell leukemias with a triple-drug combination that induces necroptosis—an inflammatory form of programmed cell death—in cancer cells, while rallying the immune system to eradicate remaining tumors.
Unlike apoptosis, which quietly eliminates cells without alerting defenses, necroptosis releases danger signals that attract and activate immune cells. Using advanced real-time two-photon imaging in preclinical models, the team observed immune cells, such as macrophages, rapidly converging on and destroying cancer cells.
A key hurdle was that these leukemias often lack the essential protein MLKL required for standard necroptosis. The scientists overcame this by combining three clinically approved drugs, which together bypassed the deficiency and restored the necroptotic pathway.
The outcome was remarkable: not mere tumor reduction, but complete eradication of leukemia in multiple lab-based models, driven by a robust anti-tumor immune response.
Though still in preclinical stages and awaiting human trials, this approach—leveraging existing medications—could accelerate translation to patients. It represents a novel immunotherapy strategy that actively enlists the body's own defenses, potentially transforming outcomes for resistant blood cancers.
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Researchers at the Institut Pasteur and Inserm have achieved a promising advance in treating malignant B-cell leukemias with a triple-drug combination that induces necroptosis—an inflammatory form of programmed cell death—in cancer cells, while rallying the immune system to eradicate remaining tumors.
Unlike apoptosis, which quietly eliminates cells without alerting defenses, necroptosis releases danger signals that attract and activate immune cells. Using advanced real-time two-photon imaging in preclinical models, the team observed immune cells, such as macrophages, rapidly converging on and destroying cancer cells.
A key hurdle was that these leukemias often lack the essential protein MLKL required for standard necroptosis. The scientists overcame this by combining three clinically approved drugs, which together bypassed the deficiency and restored the necroptotic pathway.
The outcome was remarkable: not mere tumor reduction, but complete eradication of leukemia in multiple lab-based models, driven by a robust anti-tumor immune response.
Though still in preclinical stages and awaiting human trials, this approach—leveraging existing medications—could accelerate translation to patients. It represents a novel immunotherapy strategy that actively enlists the body's own defenses, potentially transforming outcomes for resistant blood cancers.
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