Topic: Maunder Minimum

4 chapters across the catalog

Missile by Nike
Episode 995 37:48 - 44:53

995: Missile by Nike

Arctic Blast Weather Coverage and Global Warming Skepticism

Mainstream media coverage of the "Arctic Blast" hitting the United States is contrasted with scientific predictions of a "mini ice age" occurring by 2030 due to the Maunder Minimum. The hosts argue that the global warming narrative is primarily a financial mechanism for wealth redistribution to smaller nations, while actual solar cycles suggest a cooling trend.

Trolling for Majors
Episode 739 2:03:15 - 2:05:36

739: Trolling for Majors

Mini Ice Age Predictions, Maunder Minimum, Solar Cycles

Scientific research into the Maunder Minimum suggests the sun may enter a period of significantly reduced activity between 2020 and 2033, potentially leading to a "mini ice age." While some mainstream outlets like CNN have covered the story, the reporting often downplays the potential for global cooling. The discussion focuses on how these solar patterns challenge existing climate models and the 11-year solar cycle.

Busted Router
Episode 738 2:12:14 - 2:13:49

738: Busted Router

Mini Ice Age Prediction, Maunder Minimum

Scientific reports suggest a "mini ice age" could occur by 2030 due to a predicted 60% drop in solar activity, similar to the Maunder Minimum of the 17th century. The hosts suggest that climate change activists may attempt to take credit for the cooling trend as a result of their policies.

Dhimmi or Dead
Episode 585 5:41 - 10:30

585: Dhimmi or Dead

Solar Activity Decline and the Maunder Minimum

A report from the Rutherford Appleton Laboratory and Mullard Space Science Laboratory suggests the Sun is entering a phase of declining activity similar to the 17th-century Maunder Minimum. Scientists Richard Harrison and Lucy Green explain how reduced sunspots and solar flares historically coincided with "mini ice ages" and the freezing of the River Thames. The hosts suggest this solar data contradicts mainstream global warming narratives and may explain recent shifts in climate terminology.