Fallout from Trump/Powell escalation: Warsh Fed chair odds slide, Hassett is again favorite at 43%
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BREAKING - Iran summons French, German, Italian, UK envoys over support for protests: foreign ministry
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BREAKING: Marvel Avengers star Mark Ruffalo wore a pin to honor ICE agent attempted murderer honoring Renee Good at the Golden Globes
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Senior Counselor RealPNavarro explains why the Trump administration is fighting to end the corporate ownership of single-family homes, and excessive interest charged by the credit industry:
"The mafia can’t charge as much interest rates as these credit card companies do. Let’s face it, if their business model is driven by screwing the American people, then that's a bad business model."
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"The mafia can’t charge as much interest rates as these credit card companies do. Let’s face it, if their business model is driven by screwing the American people, then that's a bad business model."
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BREAKING - Antifa “journalist” Andrew Mercado has been identified as the leader of the attack on Nick Sortor and Cam Higby, during which leftists surrounded them and threw frozen water bottles through their windows at their heads.
“You know what I’m thinking of doing.”
“Harassing right wing propagandists.”
“Tracking them.”
“They can’t fight.”
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“You know what I’m thinking of doing.”
“Harassing right wing propagandists.”
“Tracking them.”
“They can’t fight.”
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JUST IN - U.S. War Department: "Under this administration, the War Department will be AI-FIRST."
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Beneath Greenland's vast ice sheet lies one of Earth's most ancient geological treasures: a bedrock archive stretching back more than 3.8 billion years, rich in critical and strategic minerals that are increasingly vital to modern technology and the global energy transition.
This immense island, part of the ancient North Atlantic Craton, preserves some of the planet's oldest continental crust, shaped by billions of years of tectonic processes, volcanic activity, and rifting. Embedded within these rocks are significant concentrations of rare earth elements (REEs) such as neodymium and dysprosium—key components in permanent magnets for electric vehicle motors, wind turbine generators, and consumer electronics like smartphones.
Beyond REEs, Greenland hosts a diverse array of valuable deposits, including:
- Gold, platinum-group metals, and zinc
- Iron ore in ancient banded iron formations
- Lithium, tantalum, and niobium in pegmatites
- Diamonds in kimberlite pipes
- Uranium (though mining has faced restrictions due to environmental and regulatory concerns)
Southern Greenland stands out particularly, with the Gardar Province featuring unique alkaline intrusions and carbonatite complexes that naturally enrich these elements. Sites like Kvanefjeld (Kuannersuit) and Tanbreez are among the world's largest known REE deposits, while carbonatites such as Sarfartôq and others contribute to the island's potential for high-grade concentrations of critical minerals.
These resources are not merely prospective; extensive geological mapping by organizations like the Geological Survey of Denmark and Greenland (GEUS) has identified and quantified many of them, with some projects advancing toward exploitation. Greenland contains 25 of the EU's 34 designated critical raw materials, positioning it as a potential non-Chinese source amid rising global demand for low-carbon technologies.
Yet the true significance extends beyond economics. These ancient formations serve as a deep-time record of Earth's crustal evolution, from early planetary differentiation to the assembly of continents. The island's geology reflects a complex history of magma emplacement, hydrothermal activity, and tectonic rifting that concentrated these minerals over eons.
Exploitation, however, remains fraught with challenges. Harsh Arctic conditions, limited infrastructure, environmental risks from melting ice and potential contamination, Indigenous Inuit rights, and strict regulations (including a 2021 ban on uranium mining that stalled projects like Kuannersuit) complicate development. Global powers, from the US and EU to China, vie for access, raising questions of sovereignty, sustainability, and equitable benefits.
Ultimately, Greenland's mineral wealth embodies both opportunity and dilemma: a geological legacy that could reshape global supply chains, but one whose future extraction will demand careful balancing of economic gains against ecological preservation, cultural integrity, and long-term planetary health. The decisions ahead—who controls these resources and how they are used—will resonate far beyond the Arctic.
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This immense island, part of the ancient North Atlantic Craton, preserves some of the planet's oldest continental crust, shaped by billions of years of tectonic processes, volcanic activity, and rifting. Embedded within these rocks are significant concentrations of rare earth elements (REEs) such as neodymium and dysprosium—key components in permanent magnets for electric vehicle motors, wind turbine generators, and consumer electronics like smartphones.
Beyond REEs, Greenland hosts a diverse array of valuable deposits, including:
- Gold, platinum-group metals, and zinc
- Iron ore in ancient banded iron formations
- Lithium, tantalum, and niobium in pegmatites
- Diamonds in kimberlite pipes
- Uranium (though mining has faced restrictions due to environmental and regulatory concerns)
Southern Greenland stands out particularly, with the Gardar Province featuring unique alkaline intrusions and carbonatite complexes that naturally enrich these elements. Sites like Kvanefjeld (Kuannersuit) and Tanbreez are among the world's largest known REE deposits, while carbonatites such as Sarfartôq and others contribute to the island's potential for high-grade concentrations of critical minerals.
These resources are not merely prospective; extensive geological mapping by organizations like the Geological Survey of Denmark and Greenland (GEUS) has identified and quantified many of them, with some projects advancing toward exploitation. Greenland contains 25 of the EU's 34 designated critical raw materials, positioning it as a potential non-Chinese source amid rising global demand for low-carbon technologies.
Yet the true significance extends beyond economics. These ancient formations serve as a deep-time record of Earth's crustal evolution, from early planetary differentiation to the assembly of continents. The island's geology reflects a complex history of magma emplacement, hydrothermal activity, and tectonic rifting that concentrated these minerals over eons.
Exploitation, however, remains fraught with challenges. Harsh Arctic conditions, limited infrastructure, environmental risks from melting ice and potential contamination, Indigenous Inuit rights, and strict regulations (including a 2021 ban on uranium mining that stalled projects like Kuannersuit) complicate development. Global powers, from the US and EU to China, vie for access, raising questions of sovereignty, sustainability, and equitable benefits.
Ultimately, Greenland's mineral wealth embodies both opportunity and dilemma: a geological legacy that could reshape global supply chains, but one whose future extraction will demand careful balancing of economic gains against ecological preservation, cultural integrity, and long-term planetary health. The decisions ahead—who controls these resources and how they are used—will resonate far beyond the Arctic.
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The COVID vaccine nearly doubled survival in some advanced cancer patients.
A recent observational study suggests that receiving an mRNA COVID-19 vaccine shortly after starting immunotherapy may substantially boost survival in patients with certain advanced cancers.
Researchers from the University of Florida and The University of Texas MD Anderson Cancer Center analyzed records from over 1,000 patients treated at MD Anderson between 2019 and 2023 for advanced (Stage 3/4) non-small cell lung cancer (NSCLC) or metastatic melanoma, all receiving immune checkpoint inhibitors.
Among those who got an mRNA COVID-19 vaccine (such as Pfizer or Moderna) within 100 days of initiating immunotherapy, outcomes were markedly better compared to unvaccinated patients. For NSCLC, median overall survival nearly doubled—from 20.6 months in unvaccinated patients to 37.3 months in vaccinated ones. In metastatic melanoma, median survival improved from 26.7 months to an estimated 30–40 months (with some vaccinated patients still alive at data cutoff, indicating the benefit may be even greater). Three-year survival rates were also significantly higher (e.g., roughly doubling in NSCLC cohorts).
No comparable survival gains were observed in patients who received non-mRNA vaccines (e.g., for influenza or pneumonia), pointing to a potential unique role for mRNA technology.
The results align with over a decade of UF-led preclinical research on lipid nanoparticle–mRNA platforms, which can broadly stimulate the immune system rather than targeting specific tumor antigens. In mouse models, combining checkpoint inhibitors with an mRNA vaccine encoding the SARS-CoV-2 spike protein turned "cold" (immunologically resistant) tumors responsive, slowing or stopping growth. Researchers propose that the vaccine triggers a nonspecific immune "flare"—redirecting and activating immune cells from the suppressive tumor microenvironment to lymph nodes, fostering a stronger antitumor attack.
While promising and robust across factors like vaccine manufacturer, dose count, and timing, the findings are retrospective and observational—not yet proven causal. A prospective randomized trial is in development to confirm the effect. If validated, this could pave the way for low-cost, off-the-shelf mRNA-based strategies to enhance immunotherapy across various cancers.
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A recent observational study suggests that receiving an mRNA COVID-19 vaccine shortly after starting immunotherapy may substantially boost survival in patients with certain advanced cancers.
Researchers from the University of Florida and The University of Texas MD Anderson Cancer Center analyzed records from over 1,000 patients treated at MD Anderson between 2019 and 2023 for advanced (Stage 3/4) non-small cell lung cancer (NSCLC) or metastatic melanoma, all receiving immune checkpoint inhibitors.
Among those who got an mRNA COVID-19 vaccine (such as Pfizer or Moderna) within 100 days of initiating immunotherapy, outcomes were markedly better compared to unvaccinated patients. For NSCLC, median overall survival nearly doubled—from 20.6 months in unvaccinated patients to 37.3 months in vaccinated ones. In metastatic melanoma, median survival improved from 26.7 months to an estimated 30–40 months (with some vaccinated patients still alive at data cutoff, indicating the benefit may be even greater). Three-year survival rates were also significantly higher (e.g., roughly doubling in NSCLC cohorts).
No comparable survival gains were observed in patients who received non-mRNA vaccines (e.g., for influenza or pneumonia), pointing to a potential unique role for mRNA technology.
The results align with over a decade of UF-led preclinical research on lipid nanoparticle–mRNA platforms, which can broadly stimulate the immune system rather than targeting specific tumor antigens. In mouse models, combining checkpoint inhibitors with an mRNA vaccine encoding the SARS-CoV-2 spike protein turned "cold" (immunologically resistant) tumors responsive, slowing or stopping growth. Researchers propose that the vaccine triggers a nonspecific immune "flare"—redirecting and activating immune cells from the suppressive tumor microenvironment to lymph nodes, fostering a stronger antitumor attack.
While promising and robust across factors like vaccine manufacturer, dose count, and timing, the findings are retrospective and observational—not yet proven causal. A prospective randomized trial is in development to confirm the effect. If validated, this could pave the way for low-cost, off-the-shelf mRNA-based strategies to enhance immunotherapy across various cancers.
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BREAKING: The S&P 500 erases losses and turns green, now less than 30 points away from hitting 7,000 for the first time in history.
Dip buyers are already back in full swing as all assets soar across the board.
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Dip buyers are already back in full swing as all assets soar across the board.
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AdamDuxter, a moron reporter for wcco, claimed federal agents “opened fire on the crowd” rioting outside a Minneapolis federal building and that he barely made it out safely. He didn’t caveat that the agents used pepper balls
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BREAKING: US gas prices officially fall to an average of $2.79/gallon, the lowest since March 2021.
American households are set to save $11 billion on gasoline in 2026 compared to 2025.
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American households are set to save $11 billion on gasoline in 2026 compared to 2025.
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