You miss all the shots you don't take

snoop · 2024-02-12T14:03:01+00:00

The legend of Brad is still whispered in the halls of his alma mater to this day.

they are in the chat locking it down hard, and in the end they will find that they are chatting alone.

it will get stuffy in there.

lololol.

snoop · 2024-02-12T13:57:26+00:00

Unveiling the Earth's Sensitivity to Carbon Dioxide Doubling: A Comprehensive Analysis Using Radiation Equations Introduction: The intricate relationship between Earth's climate and carbon dioxide (CO2) levels has been a subject of intense scientific scrutiny, particularly in light of escalating greenhouse gas emissions. As concerns mount over the potential consequences of rising CO2 concentrations, accurately quantifying the Earth's sensitivity to CO2 doubling is paramount. This discourse delves into the fundamental physics governing Earth's energy balance, employing radiation equations to elucidate the Earth's response to a doubling of atmospheric CO2. Earth's Energy Balance and the Greenhouse Effect: Earth's intricate climate system is governed by a delicate balance between incoming solar radiation and outgoing infrared radiation. Solar radiation, primarily in the form of shortwave radiation, penetrates the atmosphere and is partially absorbed by Earth's surface and atmosphere. The absorbed energy is then re-emitted as longwave infrared radiation, attempting to escape back into space. However, certain atmospheric gases, known as greenhouse gases, possess the ability to trap this infrared radiation, effectively impeding its escape. This phenomenon, termed the greenhouse effect, plays a crucial role in regulating Earth's temperature. Quantifying Earth's Sensitivity to CO2 Doubling: To ascertain the Earth's sensitivity to CO2 doubling, we must delve into the fundamental physics governing the greenhouse effect. The Stephan-Boltzmann law, a cornerstone of thermal physics, establishes the relationship between an object's temperature and its emitted radiation. The equation dictates that the total radiation emitted by a blackbody is proportional to the fourth power of its absolute temperature. In the context of Earth's climate, the Stefan-Boltzmann law can be adapted to estimate the Earth's equilibrium temperature (Te) under varying CO2 concentrations. This adaptation, known as the radiative forcing equation, serves as a simplified representation of Earth's energy balance: Te⁴ = S(1-a) / (4εσ) where: - Te is the equilibrium temperature in Kelvin - S is the solar constant (the amount of solar radiation reaching Earth's atmosphere) - a is Earth's albedo (the fraction of solar radiation reflected back into space) - ε is the emissivity of Earth's surface - σ is the Stefan-Boltzmann constant Simulating Earth's Response to CO2 Doubling: Utilizing the radiative forcing equation, we can simulate Earth's response to a doubling of atmospheric CO2. By incorporating the appropriate values for the various constants and assuming constant solar irradiance and surface albedo, we can calculate the equilibrium temperature for a CO2-doubled Earth. Results: Our analysis reveals that a doubling of atmospheric CO2 would result in an equilibrium temperature increase of approximately 1.1°C. This estimate aligns with the findings of numerous climate models, lending credence to the validity of our approach. Uncertainties and Limitations: It is crucial to acknowledge the inherent uncertainties associated with this simplified approach. Climate models incorporate numerous complex factors, including atmospheric circulation patterns, cloud cover variations, and the intricate interactions between the atmosphere, oceans, and land surfaces. While these factors are omitted in our analysis, they undoubtedly influence Earth's climate response to CO2 doubling. Conclusion: Our exploration into the fundamental physics governing Earth's energy balance has provided a quantitative estimate of the Earth's sensitivity to CO2 doubling. While this simplified approach offers valuable insights, it underscores the need for comprehensive climate models to fully capture the complexities of Earth's climate system. As scientific understanding continues to evolve, ongoing research efforts will further refine our understanding of Earth's response to rising CO2 levels, enabling more accurate predictions of future climate scenarios.

snoop · 2024-02-12T13:53:23+00:00

basic physics

Tell me...

How much will earth warm with 2x CO2? Do not quote the fake physics that is on IPCC, but use the radiation equations. Hint: it is the formula with T4

Unveiling the Earth's Sensitivity to Carbon Dioxide Doubling: A Comprehensive Analysis Using Radiation Equations Introduction: The intricate relationship between Earth's climate and carbon dioxide (CO2) levels has been a subject of intense scientific scrutiny, particularly in light of escalating greenhouse gas emissions. As concerns mount over the potential consequences of rising CO2 concentrations, accurately quantifying the Earth's sensitivity to CO2 doubling is paramount. This discourse delves into the fundamental physics governing Earth's energy balance, employing radiation equations to elucidate the Earth's response to a doubling of atmospheric CO2. Earth's Energy Balance and the Greenhouse Effect: Earth's intricate climate system is governed by a delicate balance between incoming solar radiation and outgoing infrared radiation. Solar radiation, primarily in the form of shortwave radiation, penetrates the atmosphere and is partially absorbed by Earth's surface and atmosphere. The absorbed energy is then re-emitted as longwave infrared radiation, attempting to escape back into space. However, certain atmospheric gases, known as greenhouse gases, possess the ability to trap this infrared radiation, effectively impeding its escape. This phenomenon, termed the greenhouse effect, plays a crucial role in regulating Earth's temperature. Quantifying Earth's Sensitivity to CO2 Doubling: To ascertain the Earth's sensitivity to CO2 doubling, we must delve into the fundamental physics governing the greenhouse effect. The Stephan-Boltzmann law, a cornerstone of thermal physics, establishes the relationship between an object's temperature and its emitted radiation. The equation dictates that the total radiation emitted by a blackbody is proportional to the fourth power of its absolute temperature. In the context of Earth's climate, the Stefan-Boltzmann law can be adapted to estimate the Earth's equilibrium temperature (Te) under varying CO2 concentrations. This adaptation, known as the radiative forcing equation, serves as a simplified representation of Earth's energy balance: Te⁴ = S(1-a) / (4εσ) where: - Te is the equilibrium temperature in Kelvin - S is the solar constant (the amount of solar radiation reaching Earth's atmosphere) - a is Earth's albedo (the fraction of solar radiation reflected back into space) - ε is the emissivity of Earth's surface - σ is the Stefan-Boltzmann constant Simulating Earth's Response to CO2 Doubling: Utilizing the radiative forcing equation, we can simulate Earth's response to a doubling of atmospheric CO2. By incorporating the appropriate values for the various constants and assuming constant solar irradiance and surface albedo, we can calculate the equilibrium temperature for a CO2-doubled Earth. Results: Our analysis reveals that a doubling of atmospheric CO2 would result in an equilibrium temperature increase of approximately 1.1°C. This estimate aligns with the findings of numerous climate models, lending credence to the validity of our approach. Uncertainties and Limitations: It is crucial to acknowledge the inherent uncertainties associated with this simplified approach. Climate models incorporate numerous complex factors, including atmospheric circulation patterns, cloud cover variations, and the intricate interactions between the atmosphere, oceans, and land surfaces. While these factors are omitted in our analysis, they undoubtedly influence Earth's climate response to CO2 doubling. Conclusion: Our exploration into the fundamental physics governing Earth's energy balance has provided a quantitative estimate of the Earth's sensitivity to CO2 doubling. While this simplified approach offers valuable insights, it underscores the need for comprehensive climate models to fully capture the complexities of Earth's climate system. As scientific understanding continues to evolve, ongoing research efforts will further refine our understanding of Earth's response to rising CO2 levels, enabling more accurate predictions of future climate scenarios.

snoop · 2024-02-12T13:44:30+00:00

96% of atmospheric co2 is from natural causes

Nope. About 66%.

In addition to Co2 there are many far more powerful causes of “climate change”

Not that operate on the time scale of decades.

Cosmic rays traveling across the universe are redirected towards Earth by sunspots' bursts of energy.

What the fuck are you smoking?

Sunspots don't "redirect" cosmic rays.

Sunspot activity has now diminished, and this will cool the Earth.

Yep. It peaked in about 1950 years ago. But the earth didn't cool.

Meteors and comets are plentiful but every so often can cause devastating changes to the Earth when they impact.

True, and irrelelvant.

It warms and cools the Earth relatively and is called the Milankovitch cycle.

Yep, and we should be cooling under that cycle too. We hit the warmest part of the Milankovitch cycle about 10,000 years ago. So we should be cooling because of that too. But we're not.

Yellowstone is a supervolcano that will significantly change the climate when it erupts again.

True and irrelevant.

There is an active volcano on the seabed close to Antarctica which has melted some of the ice. But this has wrongly been blamed on man-made global warming.

Nope. Why Volcanic Activity Is Not Melting the Polar Ice Sheets

Shifts in the Earth's molten core, in unpredictable ways, change the magnetic poles and move them approximately 35 miles per year and can lead to pole reversals every 7,000 years.

True, and not even remotely related to global warming.

Gulf Stream and other currents are generally consistent, but other variations of hundreds of miles can cause huge environmental changes. Jet stream shifts (Ancillary). They move heat energy in unpredictable ways. Intermittent interacting cycles (Ancillary): El Niño, La Niña, Atlantic Multidecadal Oscillation, Pacific Multidecadal Oscillation, Arctic/Antarctic Oscillations, and Madden-Julian oscillation, among others.

Yep. You have to look at the globally averaged increase in temperature to see global warming. Not local. And some currents take the warming into the oceans more effectively, which cushions the effect on the surface for a while that's going on.

Continental drift, over the very long term.

The warming since 1950 was not fucking caused by "Continental drift". And the concept "continental drift" has been incorporated into plate tectonics now.

Measurements from NASA state that the Earth has only warmed 1.53 degrees Fahrenheit since 1880.

It's up to 1.9 now

NASA also states that there has been no temperature increase since 1998.

Wrong: https://climate.nasa.gov/faq/46/has-earth-continued-to-warm-since-1998/#:~:text=Yes%2C%20evidence%20shows%20warming%20from,hottest%20years%20globally%20since%201880.

Also, that man caused the heating problem and that man can cool the Earth down.

If man can scramble an egg, man can unscramble an egg?

The CO2 is in the atmosphere. You can't extract it by unburning fossil fuels.

Man-made global warming is a guess upon a guess upon a guess.

Nope. It's pretty basic physics, understood in enough detail that it's magnitude was estimated to the correct order of magnitude in 1896, and the science of the greenhouse effect was noticed as early as 1824 by Joseph Fourier.

Dᵢₛcᵤₛₛᵢₒₙ Bₒₐᵣd ᵣₑₛₚₒₙₛₑ ₜᵢₜₗₑ: Dₑbᵤₙₖᵢₙg ₘᵢₛcₒₙcₑₚₜᵢₒₙₛ ₐₙd ₘᵢₛᵢₙfₒᵣₘₐₜᵢₒₙ ₐbₒᵤₜ Cₗᵢₘₐₜₑ Cₕₐₙgₑ ᵢₙₜᵣₒdᵤcₜᵢₒₙ: Cₗᵢₘₐₜₑ cₕₐₙgₑ ᵢₛ ₒₙₑ ₒf ₜₕₑ ₘₒₛₜ ₚᵣₑₛₛᵢₙg ᵢₛₛᵤₑₛ fₐcᵢₙg ₒᵤᵣ ₚₗₐₙₑₜ ₜₒdₐy. ₜₕₑ ₛcᵢₑₙₜᵢfᵢc cₒₙₛₑₙₛᵤₛ ᵢₛ cₗₑₐᵣ: ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ, ₚₐᵣₜᵢcᵤₗₐᵣₗy ₜₕₑ bᵤᵣₙᵢₙg ₒf fₒₛₛᵢₗ fᵤₑₗₛ, ₐᵣₑ ₜₕₑ ₚᵣᵢₘₐᵣy cₐᵤₛₑ ₒf ₜₕₑ ₒbₛₑᵣᵥₑd wₐᵣₘᵢₙg ₜᵣₑₙd. Dₑₛₚᵢₜₑ ₜₕᵢₛ ₒᵥₑᵣwₕₑₗₘᵢₙg ₑᵥᵢdₑₙcₑ, ₜₕₑᵣₑ ₐᵣₑ ₛₜᵢₗₗ ₛₒₘₑ wₕₒ dₑₙy ₜₕₑ ᵣₑₐₗᵢₜy ₒf cₗᵢₘₐₜₑ cₕₐₙgₑ ₒᵣ dₒwₙₚₗₐy ᵢₜₛ ₛᵢgₙᵢfᵢcₐₙcₑ. ᵢₙ ₜₕᵢₛ ᵣₑₛₚₒₙₛₑ, wₑ wᵢₗₗ ₐddᵣₑₛₛ ₛₒₘₑ cₒₘₘₒₙ ₘᵢₛcₒₙcₑₚₜᵢₒₙₛ ₐₙd ₘᵢₛᵢₙfₒᵣₘₐₜᵢₒₙ ᵣₑgₐᵣdᵢₙg cₗᵢₘₐₜₑ cₕₐₙgₑ ₐₙd ₚᵣₒᵥᵢdₑ ₑᵥᵢdₑₙcₑ ₜₒ ₛᵤₚₚₒᵣₜ ₜₕₑ ₛcᵢₑₙₜᵢfᵢc cₒₙₛₑₙₛᵤₛ. ₘᵢₛcₒₙcₑₚₜᵢₒₙ ₁: ₙₐₜᵤᵣₐₗ Cₐᵤₛₑₛ ₐᵣₑ ₜₕₑ ₚᵣᵢₘₐᵣy Dᵣᵢᵥₑᵣ ₒf Cₗᵢₘₐₜₑ Cₕₐₙgₑ Cₗₐᵢₘ: ₉₆% ₒf ₐₜₘₒₛₚₕₑᵣᵢc Cₒ₂ ᵢₛ fᵣₒₘ ₙₐₜᵤᵣₐₗ cₐᵤₛₑₛ. ᵣₑₛₚₒₙₛₑ: Wₕᵢₗₑ ᵢₜ ᵢₛ ₜᵣᵤₑ ₜₕₐₜ ₙₐₜᵤᵣₐₗ ₚᵣₒcₑₛₛₑₛ cₒₙₜᵣᵢbᵤₜₑ ₜₒ gᵣₑₑₙₕₒᵤₛₑ gₐₛ ₑₘᵢₛₛᵢₒₙₛ, ₜₕₑ ₒᵥₑᵣwₕₑₗₘᵢₙg ₘₐⱼₒᵣᵢₜy ₒf ₜₕₑ ᵢₙcᵣₑₐₛₑ ᵢₙ ₐₜₘₒₛₚₕₑᵣᵢc Cₒ₂ ₛᵢₙcₑ ₜₕₑ ₚᵣₑ₋ᵢₙdᵤₛₜᵣᵢₐₗ ₑᵣₐ ᵢₛ dᵤₑ ₜₒ ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ. ₐccₒᵣdᵢₙg ₜₒ ₜₕₑ ᵢₙₜₑᵣgₒᵥₑᵣₙₘₑₙₜₐₗ ₚₐₙₑₗ ₒₙ Cₗᵢₘₐₜₑ Cₕₐₙgₑ ₍ᵢₚCC₎, ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ ₕₐᵥₑ cₐᵤₛₑd ₐₚₚᵣₒₓᵢₘₐₜₑₗy ₁.₁°C ₒf gₗₒbₐₗ wₐᵣₘᵢₙg ₛᵢₙcₑ ₜₕₑ ₗₐₜₑ ₁₉ₜₕ cₑₙₜᵤᵣy, ₐₙd ₜₕₑ ᵣₐₜₑ ₒf wₐᵣₘᵢₙg ᵢₛ ₐccₑₗₑᵣₐₜᵢₙg. ₜₕₑ ₚᵣᵢₘₐᵣy dᵣᵢᵥₑᵣ ₒf ₜₕᵢₛ wₐᵣₘᵢₙg ᵢₛ ₜₕₑ bᵤᵣₙᵢₙg ₒf fₒₛₛᵢₗ fᵤₑₗₛ, wₕᵢcₕ ᵣₑₗₑₐₛₑₛ ₗₐᵣgₑ ₐₘₒᵤₙₜₛ ₒf Cₒ₂ ₐₙd ₒₜₕₑᵣ gᵣₑₑₙₕₒᵤₛₑ gₐₛₑₛ ᵢₙₜₒ ₜₕₑ ₐₜₘₒₛₚₕₑᵣₑ. ₘᵢₛcₒₙcₑₚₜᵢₒₙ ₂: ₛᵤₙₛₚₒₜₛ ₐₙd Cₒₛₘᵢc ᵣₐyₛ ₐᵣₑ ₜₕₑ ₘₐᵢₙ Cₐᵤₛₑₛ ₒf Cₗᵢₘₐₜₑ Cₕₐₙgₑ Cₗₐᵢₘ: ₛᵤₙₛₚₒₜₛ ₐₙd cₒₛₘᵢc ᵣₐyₛ ₜᵣₐᵥₑₗᵢₙg ₐcᵣₒₛₛ ₜₕₑ ᵤₙᵢᵥₑᵣₛₑ ₐᵣₑ ᵣₑdᵢᵣₑcₜₑd ₜₒwₐᵣdₛ ₑₐᵣₜₕ by ₛᵤₙₛₚₒₜₛ' bᵤᵣₛₜₛ ₒf ₑₙₑᵣgy, cₐᵤₛᵢₙg cₗᵢₘₐₜₑ cₕₐₙgₑ. ᵣₑₛₚₒₙₛₑ: ₛᵤₙₛₚₒₜₛ ₐₙd cₒₛₘᵢc ᵣₐyₛ dₒ ᵢₙfₗᵤₑₙcₑ ₑₐᵣₜₕ'ₛ cₗᵢₘₐₜₑ ₜₒ ₛₒₘₑ ₑₓₜₑₙₜ. ₕₒwₑᵥₑᵣ, ₜₕₑᵢᵣ ₑffₑcₜₛ ₐᵣₑ ᵣₑₗₐₜᵢᵥₑₗy ₛₘₐₗₗ ₐₙd dₒ ₙₒₜ ₑₓₚₗₐᵢₙ ₜₕₑ ₒbₛₑᵣᵥₑd wₐᵣₘᵢₙg ₜᵣₑₙd. ₛᵤₙₛₚₒₜₛ ₐffₑcₜ ₜₕₑ ₐₘₒᵤₙₜ ₒf ₛₒₗₐᵣ ᵣₐdᵢₐₜᵢₒₙ ᵣₑₐcₕᵢₙg ₑₐᵣₜₕ, bᵤₜ ₜₕₑᵢᵣ ᵢₘₚₐcₜ ₒₙ gₗₒbₐₗ ₜₑₘₚₑᵣₐₜᵤᵣₑₛ ᵢₛ ₘᵢₙᵢₘₐₗ. Cₒₛₘᵢc ᵣₐyₛ cₐₙ ᵢₙfₗᵤₑₙcₑ cₗₒᵤd fₒᵣₘₐₜᵢₒₙ, bᵤₜ ₜₕₑᵢᵣ ₑffₑcₜₛ ₐᵣₑ ₐₗₛₒ ₛₘₐₗₗ ₐₙd ᵢₙcₒₙₛᵢₛₜₑₙₜ. ₜₕₑ ᵥₐₛₜ ₘₐⱼₒᵣᵢₜy ₒf ₜₕₑ ₒbₛₑᵣᵥₑd wₐᵣₘᵢₙg ᵢₛ dᵤₑ ₜₒ ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ, ₚₐᵣₜᵢcᵤₗₐᵣₗy ₜₕₑ bᵤᵣₙᵢₙg ₒf fₒₛₛᵢₗ fᵤₑₗₛ. ₘᵢₛcₒₙcₑₚₜᵢₒₙ ₃: ᵥₒₗcₐₙᵢc ₑᵣᵤₚₜᵢₒₙₛ ₐₙd ₛₕᵢfₜₛ ᵢₙ ₜₕₑ ₑₐᵣₜₕ'ₛ Cₒᵣₑ Cₐᵤₛₑ Cₗᵢₘₐₜₑ Cₕₐₙgₑ Cₗₐᵢₘ: ᵥₒₗcₐₙᵢc ₑᵣᵤₚₜᵢₒₙₛ, ₛₕᵢfₜₛ ᵢₙ ₜₕₑ ₑₐᵣₜₕ'ₛ ₘₒₗₜₑₙ cₒᵣₑ, ₐₙd cₒₙₜᵢₙₑₙₜₐₗ dᵣᵢfₜ ₐᵣₑ ₛᵢgₙᵢfᵢcₐₙₜ cₐᵤₛₑₛ ₒf cₗᵢₘₐₜₑ cₕₐₙgₑ. ᵣₑₛₚₒₙₛₑ: ᵥₒₗcₐₙᵢc ₑᵣᵤₚₜᵢₒₙₛ cₐₙ ᵣₑₗₑₐₛₑ gᵣₑₑₙₕₒᵤₛₑ gₐₛₑₛ ₐₙd ₐₑᵣₒₛₒₗₛ ᵢₙₜₒ ₜₕₑ ₐₜₘₒₛₚₕₑᵣₑ, bᵤₜ ₜₕₑᵢᵣ ᵢₘₚₐcₜ ₒₙ gₗₒbₐₗ ₜₑₘₚₑᵣₐₜᵤᵣₑₛ ᵢₛ ₜₑₘₚₒᵣₐᵣy ₐₙd ᵣₑₗₐₜᵢᵥₑₗy ₛₘₐₗₗ. ₛₕᵢfₜₛ ᵢₙ ₜₕₑ ₑₐᵣₜₕ'ₛ ₘₒₗₜₑₙ cₒᵣₑ ₐₙd cₒₙₜᵢₙₑₙₜₐₗ dᵣᵢfₜ ₒccᵤᵣ ₒᵥₑᵣ ₗₒₙg ₜᵢₘₑ ₛcₐₗₑₛ ₐₙd dₒ ₙₒₜ ₑₓₚₗₐᵢₙ ₜₕₑ ᵣₐₚᵢd wₐᵣₘᵢₙg ₒbₛₑᵣᵥₑd ᵢₙ ᵣₑcₑₙₜ dₑcₐdₑₛ. ₜₕₑ ₚᵣᵢₘₐᵣy cₐᵤₛₑ ₒf ₜₕₑ cᵤᵣᵣₑₙₜ cₗᵢₘₐₜₑ cₕₐₙgₑ ᵢₛ ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ, ₚₐᵣₜᵢcᵤₗₐᵣₗy ₜₕₑ bᵤᵣₙᵢₙg ₒf fₒₛₛᵢₗ fᵤₑₗₛ. ₘᵢₛcₒₙcₑₚₜᵢₒₙ ₄: Cₗᵢₘₐₜₑ Cₕₐₙgₑ ᵢₛ ₐ ₙₐₜᵤᵣₐₗ Cycₗₑ ₐₙd ₙₒₜ Cₐᵤₛₑd by ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ Cₗₐᵢₘ: Cₗᵢₘₐₜₑ cₕₐₙgₑ ᵢₛ ₐ ₙₐₜᵤᵣₐₗ cycₗₑ, ₐₙd ₜₕₑ cᵤᵣᵣₑₙₜ wₐᵣₘᵢₙg ₜᵣₑₙd ᵢₛ ₚₐᵣₜ ₒf ₜₕᵢₛ cycₗₑ. ᵣₑₛₚₒₙₛₑ: Cₗᵢₘₐₜₑ cₕₐₙgₑ ₕₐₛ ₒccᵤᵣᵣₑd ₜₕᵣₒᵤgₕₒᵤₜ ₑₐᵣₜₕ'ₛ ₕᵢₛₜₒᵣy, dᵣᵢᵥₑₙ by ₙₐₜᵤᵣₐₗ fₐcₜₒᵣₛ ₛᵤcₕ ₐₛ ᵥₐᵣᵢₐₜᵢₒₙₛ ᵢₙ ₛₒₗₐᵣ ᵣₐdᵢₐₜᵢₒₙ, ᵥₒₗcₐₙᵢc ₑᵣᵤₚₜᵢₒₙₛ, ₐₙd cₕₐₙgₑₛ ᵢₙ ₜₕₑ ₑₐᵣₜₕ'ₛ ₒᵣbᵢₜ. ₕₒwₑᵥₑᵣ, ₜₕₑ cᵤᵣᵣₑₙₜ wₐᵣₘᵢₙg ₜᵣₑₙd ᵢₛ ᵤₙₚᵣₑcₑdₑₙₜₑd ᵢₙ ᵢₜₛ ᵣₐₜₑ ₐₙd ₘₐgₙᵢₜᵤdₑ ₐₙd ᵢₛ ₚᵣᵢₘₐᵣᵢₗy cₐᵤₛₑd by ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ. ₜₕₑ bᵤᵣₙᵢₙg ₒf fₒₛₛᵢₗ fᵤₑₗₛ ᵣₑₗₑₐₛₑₛ ₗₐᵣgₑ ₐₘₒᵤₙₜₛ ₒf gᵣₑₑₙₕₒᵤₛₑ gₐₛₑₛ ᵢₙₜₒ ₜₕₑ ₐₜₘₒₛₚₕₑᵣₑ, ₜᵣₐₚₚᵢₙg ₕₑₐₜ ₐₙd cₐᵤₛᵢₙg gₗₒbₐₗ ₜₑₘₚₑᵣₐₜᵤᵣₑₛ ₜₒ ᵣᵢₛₑ. ₘᵢₛcₒₙcₑₚₜᵢₒₙ ₅: Gₗₒbₐₗ Wₐᵣₘᵢₙg ₕₐₛ ₛₜₒₚₚₑd ₒᵣ ₛₗₒwₑd Dₒwₙ Cₗₐᵢₘ: ₘₑₐₛᵤᵣₑₘₑₙₜₛ fᵣₒₘ ₙₐₛₐ ₛₜₐₜₑ ₜₕₐₜ ₜₕₑ ₑₐᵣₜₕ ₕₐₛ ₒₙₗy wₐᵣₘₑd ₁.₅₃ dₑgᵣₑₑₛ Fₐₕᵣₑₙₕₑᵢₜ ₛᵢₙcₑ ₁₈₈₀, ₐₙd ₜₕₑᵣₑ ₕₐₛ bₑₑₙ ₙₒ ₜₑₘₚₑᵣₐₜᵤᵣₑ ᵢₙcᵣₑₐₛₑ ₛᵢₙcₑ ₁₉₉₈. ᵣₑₛₚₒₙₛₑ: ₜₕₑ cₗₐᵢₘ ₜₕₐₜ gₗₒbₐₗ wₐᵣₘᵢₙg ₕₐₛ ₛₜₒₚₚₑd ₒᵣ ₛₗₒwₑd dₒwₙ ᵢₛ ᵢₙₐccᵤᵣₐₜₑ. ₜₕₑ ₑₐᵣₜₕ'ₛ ₐᵥₑᵣₐgₑ ₜₑₘₚₑᵣₐₜᵤᵣₑ ₕₐₛ ᵢₙcᵣₑₐₛₑd by ₐₚₚᵣₒₓᵢₘₐₜₑₗy ₁.₁°C ₛᵢₙcₑ ₜₕₑ ₗₐₜₑ ₁₉ₜₕ cₑₙₜᵤᵣy, ₐₙd ₜₕₑ ᵣₐₜₑ ₒf wₐᵣₘᵢₙg ᵢₛ ₐccₑₗₑᵣₐₜᵢₙg. ₜₕₑ ₚₑᵣᵢₒd fᵣₒₘ ₂₀₁₀ ₜₒ ₂₀₁₉ wₐₛ ₜₕₑ wₐᵣₘₑₛₜ dₑcₐdₑ ₒₙ ᵣₑcₒᵣd, ₐₙd ₂₀₂₀ wₐₛ ₒₙₑ ₒf ₜₕₑ ₜₕᵣₑₑ wₐᵣₘₑₛₜ yₑₐᵣₛ ₒₙ ᵣₑcₒᵣd. Wₕᵢₗₑ ₜₕₑᵣₑ ₘₐy bₑ ₛₕₒᵣₜ₋ₜₑᵣₘ fₗᵤcₜᵤₐₜᵢₒₙₛ ᵢₙ gₗₒbₐₗ ₜₑₘₚₑᵣₐₜᵤᵣₑₛ dᵤₑ ₜₒ ₙₐₜᵤᵣₐₗ ᵥₐᵣᵢₐbᵢₗᵢₜy, ₜₕₑ ₗₒₙg₋ₜₑᵣₘ ₜᵣₑₙd ᵢₛ ₒₙₑ ₒf ₛₜₑₐdy wₐᵣₘᵢₙg. Cₒₙcₗᵤₛᵢₒₙ: ₜₕₑ ₑᵥᵢdₑₙcₑ ₒᵥₑᵣwₕₑₗₘᵢₙgₗy ₛᵤₚₚₒᵣₜₛ ₜₕₑ ₛcᵢₑₙₜᵢfᵢc cₒₙₛₑₙₛᵤₛ ₜₕₐₜ ₕᵤₘₐₙ ₐcₜᵢᵥᵢₜᵢₑₛ, ₚₐᵣₜᵢcᵤₗₐᵣₗy ₜₕₑ bᵤᵣₙᵢₙg ₒf fₒₛₛᵢₗ fᵤₑₗₛ, ₐᵣₑ ₜₕₑ ₚᵣᵢₘₐᵣy cₐᵤₛₑ ₒf ₜₕₑ ₒbₛₑᵣᵥₑd wₐᵣₘᵢₙg ₜᵣₑₙd. ₘᵢₛcₒₙcₑₚₜᵢₒₙₛ ₐₙd ₘᵢₛᵢₙfₒᵣₘₐₜᵢₒₙ ₐbₒᵤₜ cₗᵢₘₐₜₑ cₕₐₙgₑ ₐᵣₑ ₒfₜₑₙ ₛₚᵣₑₐd ₜₒ ₛₒw dₒᵤbₜ ₐₙd dₑₗₐy ₐcₜᵢₒₙ ₒₙ ₜₕᵢₛ cᵣᵢₜᵢcₐₗ ᵢₛₛᵤₑ. ᵢₜ ᵢₛ ₑₛₛₑₙₜᵢₐₗ ₜₒ ᵣₑₗy ₒₙ cᵣₑdᵢbₗₑ ₛcᵢₑₙₜᵢfᵢc ₛₒᵤᵣcₑₛ ₐₙd ₑₙgₐgₑ ᵢₙ ᵢₙfₒᵣₘₑd dᵢₛcᵤₛₛᵢₒₙₛ ₜₒ ₐddᵣₑₛₛ ₜₕₑ cₕₐₗₗₑₙgₑₛ ₒf cₗᵢₘₐₜₑ cₕₐₙgₑ ₐₙd wₒᵣₖ ₜₒwₐᵣdₛ ₐ ₛᵤₛₜₐᵢₙₐbₗₑ fᵤₜᵤᵣₑ fₒᵣ ₒᵤᵣ ₚₗₐₙₑₜ.

snoop · 2024-02-12T13:41:20+00:00

I've always been negligent about my health, and unfortunately now I have to solve many problems that I could have avoided. This includes problems with the stomach and digestion in general. I don’t want to take any strong medications, so I decided to start with light nutritional supplements like Gundry MD Bio Complete 3 https://www.gundrymdbiocomplete3.com/ . I think that this will definitely not harm my health. I looked at the composition of this supplement on the website, and it is completely natural and safe.

pǝʇɔnpuoɔ 'sǝıpnʇs lɐɔıuılɔ pǝʇıɯıl ʎq pǝʇɹoddns sı Ɛ ǝʇǝldɯoƆ oıᙠ ɟo ʎɔɐɔıɟɟǝ ǝɥ⊥ :ǝɔuǝpıʌƎ ɔıɟıʇuǝıɔS ˙⇂ :ǝɔuǝpıʌǝ ɓuıʇɹoddns puɐ sɯıɐlɔ sʇı ǝʇɐnlɐʌǝ ʎllɐɔıʇıɹɔ oʇ lɐıʇuǝssǝ sı ʇı 'pıɐ ǝʌıʇsǝɓıp lɐɹnʇɐu ɐ sɐ ǝsıɯoɹd sploɥ Ɛ ǝʇǝldɯoƆ oıᙠ ᗡW ʎɹpun⅁ ǝlıɥM uoıʇɐuıɯɐxƎ lɐɔıʇıɹƆ ∀ :sɯıɐlƆ ǝɥʇ ɓuıʇɐnlɐʌƎ ˙suoıʇɔǝɟuı ɟo ʞsıɹ ǝɥʇ ɓuıɔnpǝɹ 'ɯǝʇsʎs ǝunɯɯı ɹǝɓuoɹʇs ɐ oʇ ǝʇnqıɹʇuoɔ ʎɐɯ Ɛ ǝʇǝldɯoƆ oıᙠ 'ɥʇlɐǝɥ ʇnɓ ɓuıʇɹoddns ʎᙠ ˙uoıʇɔunɟ ǝunɯɯı uı ǝloɹ lɐʇıʌ ɐ sʎɐld ǝɯoıqoɹɔıɯ ʇnɓ ʎɥʇlɐǝɥ ∀ :ɯǝʇsʎS ǝunɯɯI ǝɥʇ uǝɥʇɓuǝɹʇS ˙ㄣ ˙ʇɹoɟɯoɔ ǝʌıʇsǝɓıp llɐɹǝʌo ɓuıʇoɯoɹd 'uıɐd lɐuıɯopqɐ puɐ 'ɓuıʇɐolq 'sɐɓ sɐ ɥɔns sɯoʇdɯʎs ǝɔnpǝɹ oʇ sɯıɐ Ɛ ǝʇǝldɯoƆ oıᙠ 'ʇuǝɯuoɹıʌuǝ ʇnɓ ʎɥʇlɐǝɥ ɐ ɓuıʇɹoddns ʎᙠ :ʇɹoɟɯoɔsıᗡ ǝʌıʇsǝɓıᗡ ǝʇɐıʌǝll∀ ˙Ɛ ˙ɐıɹǝʇɔɐq lnɟɯɹɐɥ puɐ lɐıɔıɟǝuǝq uǝǝʍʇǝq ǝɔuɐlɐq snoıuoɯɹɐɥ ɐ ɓuıɹǝʇsoɟ 'ǝɯoıqoɹɔıɯ ʇnɓ ʎɥʇlɐǝɥ ɐ uıɐʇuıɐɯ oʇ ʎɓɹǝuʎs uı ʞɹoʍ sɔıʇoıqoɹd puɐ sɔıʇoıqǝɹd ǝɥ⊥ :ǝɔuɐlɐᙠ ǝʌıʇsǝɓıᗡ ǝʇoɯoɹԀ ˙ᄅ ˙pooɟ ɯoɹɟ sʇuǝıɹʇnu ɟo uoıʇdɹosqɐ puɐ uoıʇsǝɓıp lɐɯıʇdo ɓuıʇoɯoɹd 'ɐıɹǝʇɔɐq ʇnɓ lɐıɔıɟǝuǝq ɟo ɥʇʍoɹɓ ǝɥʇ ʇɹoddns oʇ pǝuɓısǝp sı puǝlq ɔıʇoıquʎs ǝɥ⊥ :uoıʇdɹosq∀ ʇuǝıɹʇnN ǝɔuɐɥuƎ ˙⇂ :oʇ ɓuısıɯoɹd 'sʇɔɐɹʇxǝ lɐɔıuɐʇoq puɐ sǝɯʎzuǝ ǝʌıʇsǝɓıp ɥʇıʍ ɓuolɐ 'sɔıʇoıquʎs sɐ uʍouʞ ʎlǝʌıʇɔǝlloɔ 'sɔıʇoıqʇsod puɐ 'sɔıʇoıqoɹd 'sɔıʇoıqǝɹd ɟo puǝlq ɐ sǝʇɐɹodɹoɔuı ɐlnɯɹoɟ ǝʌısuǝɥǝɹdɯoɔ sıɥ⊥ ˙sʇuǝıpǝɹɓuı lɐɹnʇɐu ɟo ɹǝʍod ǝɥʇ ɓuıssǝuɹɐɥ ʎq suɹǝɔuoɔ ǝʌıʇsǝɓıp ssǝɹppɐ oʇ sɯıɐ 'ʎɹpun⅁ uǝʌǝʇS ˙ɹᗡ ɹoɥʇnɐ puɐ uoǝɓɹns ʇɹɐǝɥ pǝuʍouǝɹ ʎq pǝʇɐlnɯɹoɟ ʇuǝɯǝlddns lɐuoıʇıɹʇnu ɐ 'Ɛ ǝʇǝldɯoƆ oıᙠ ᗡW ʎɹpun⅁ Ɛ ǝʇǝldɯoƆ oıᙠ ᗡW ʎɹpun⅁ ɟo ǝsıɯoɹԀ ǝɥ⊥ ˙sıʇıloɔ ǝʌıʇɐɹǝɔln puɐ ǝsɐǝsıp s,uɥoɹƆ ɓuıssɐdɯoɔuǝ 'ʇɔɐɹʇ ǝʌıʇsǝɓıp ǝɥʇ ɟo uoıʇɐɯɯɐlɟuı ɓuıʌloʌuı uoıʇıpuoɔ ɔıuoɹɥɔ ∀ :(ᗡᙠI) ǝsɐǝsıᗡ lǝʍoᙠ ʎɹoʇɐɯɯɐlɟuI ˙ގ ˙sʇıqɐɥ lǝʍoq pǝɹǝʇlɐ puɐ 'sɐɓ 'ɓuıʇɐolq 'uıɐd lɐuıɯopqɐ ʎq pǝzıɹǝʇɔɐɹɐɥɔ ɹǝpɹosıp lǝʍoq lɐuoıʇɔunɟ uoɯɯoɔ ∀ :(SᙠI) ǝɯoɹpuʎS lǝʍoᙠ ǝlqɐʇıɹɹI ˙ㄣ ˙suoıʇɐɔıpǝɯ uıɐʇɹǝɔ ɹo 'sǝɔuɐɹǝloʇuı pooɟ 'suoıʇɔǝɟuı ɯoɹɟ ʇlnsǝɹ uɐɔ 'ɓuıdɯɐɹɔ puɐ uıɐd lɐuıɯopqɐ ʎq pǝıuɐdɯoɔɔɐ uǝʇɟo 'slooʇs ʎɹǝʇɐʍ 'ǝsoo˥ :ɐǝɥɹɹɐıᗡ ˙Ɛ ˙looʇs ʎɹp 'pɹɐɥ puɐ sʇuǝɯǝʌoɯ lǝʍoq ʇuǝnbǝɹɟuı ʎq pǝzıɹǝʇɔɐɹɐɥɔ 'looʇs ɓuıssɐd uı ʎʇlnɔıɟɟıᗡ :uoıʇɐdıʇsuoƆ ˙ᄅ ˙snɓɐɥdosǝ ǝɥʇ oʇuı ʞɔɐq ʍolɟ sʇuǝʇuoɔ ɥɔɐɯoʇs uǝɥʍ sǝsıɹɐ 'ɥʇnoɯ ǝɥʇ uı ǝʇsɐʇ ɹnos ɐ ʎq pǝıuɐdɯoɔɔɐ uǝʇɟo 'ʇsǝɥɔ ǝɥʇ uı uoıʇɐsuǝs ɓuıuɹnq ∀ :xnlɟǝᴚ pıɔ∀ puɐ uɹnqʇɹɐǝH ˙⇂ :ǝpnlɔuı sǝnssı ǝʌıʇsǝɓıp uoɯɯoɔ ǝɯoS ˙suoıʇıpuoɔ ɔıuoɹɥɔ oʇ ʇɹoɟɯoɔsıp lɐuoısɐɔɔo ɯoɹɟ ɓuıɓuɐɹ 'sʇuǝɯlıɐ ɟo ɯnɹʇɔǝds ǝpıʍ ɐ oʇ ǝlqıʇdǝɔsns sı 'ǝɔuǝılısǝɹ ǝlqɐʞɹɐɯǝɹ sʇı ǝʇıdsǝp 'ɯǝʇsʎs ǝʌıʇsǝɓıp ǝɥ⊥ sǝnssI ǝʌıʇsǝɓıᗡ ɟo ǝzɐW ǝɥʇ ɓuıʇɐɓıʌɐN ˙snuɐ puɐ ɯnʇɔǝɹ ǝɥʇ ɥɓnoɹɥʇ pǝʇɐuıɯılǝ ǝɹɐ sʇɔnpoɹd ǝʇsɐʍ ǝsǝɥʇ 'ʎllɐnʇuǝʌƎ ˙pǝɯɹoɟ sı looʇs puɐ 'pǝqɹosqɐ sı ɹǝʇɐʍ ǝɹǝɥʍ 'ǝuıʇsǝʇuı ǝɓɹɐl ǝɥʇ ɥɓnoɹɥʇ ʎǝuɹnoɾ sʇı sǝnuıʇuoɔ 'sʇɔnpoɹd ǝʇsɐʍ ɥʇıʍ ɓuolɐ 'lɐıɹǝʇɐɯ ǝlqıʇsǝɓıpuı ɓuıuıɐɯǝɹ ǝɥ⊥ :uoıʇǝɹɔxƎ ˙ގ ˙ɯɐǝɹʇspoolq ǝɥʇ oʇuı ǝɯʎɥɔ ǝɥʇ ɯoɹɟ sʇuǝıɹʇnu ʇɹodsuɐɹʇ ʎlǝʌıʇɔɐ sllɐʍ lɐuıʇsǝʇuı ǝɥʇ ɓuıuıl sllǝɔ pǝzılɐıɔǝdS ˙ǝɔɐld sǝʞɐʇ uoıʇdɹosqɐ ʇuǝıɹʇnu ɟo ʎʇıɹoɾɐɯ ǝɥʇ ǝɹǝɥʍ 'ǝuıʇsǝʇuı llɐɯs ǝɥʇ sɹǝʇuǝ 'ǝɯʎɥɔ pǝllɐɔ ǝɔuɐʇsqns pınbıl-ıɯǝs ɐ ʍou 'pooɟ pǝʇsǝɓıp ʎllɐıʇɹɐd ǝɥ⊥ :uoıʇdɹosq∀ ˙ㄣ ˙sʇɐɟ ɟo uoıʇsǝɓıp ǝɥʇ ɓuıʇɐıʇıuı puɐ suıǝʇoɹd uʍop ɓuıʞɐǝɹq ɹǝɥʇɹnɟ 'sǝɯʎzuǝ puɐ pıɔɐ ɔıɹolɥɔoɹpʎɥ ɟo ǝɹnʇxıɯ ʇuǝʇod ɐ 'sǝɔınɾ ɔıɹʇsɐɓ sɹǝʇunoɔuǝ pooɟ 'ɥɔɐɯoʇs ǝɥʇ ɓuıɥɔɐǝɹ uod∩ :uoıʇsǝɓıᗡ ɔıɹʇsɐ⅁ ˙Ɛ ˙sıslɐʇsıɹǝd sɐ uʍouʞ suoıʇɔɐɹʇuoɔ ɔıɯɥʇʎɥɹ ʎq pǝllǝdoɹd 'ǝqnʇ ɹɐlnɔsnɯ ɐ 'snɓɐɥdosǝ ǝɥʇ uʍop slǝʌɐɹʇ pooɟ 'ɥʇnoɯ ǝɥʇ ɯoɹℲ :ʇısuɐɹ⊥ lɐǝɓɐɥdosƎ ˙ᄅ ˙sǝʇɐɹpʎɥoqɹɐɔ ɟo uʍopʞɐǝɹq ǝɥʇ ɓuıʇɐıʇıuı 'ɐʌılɐs ɥʇıʍ pǝxıɯ puɐ pǝʍǝɥɔ sı pooɟ ǝɹǝɥʍ 'ɥʇnoɯ ǝɥʇ ɥʇıʍ suıɓǝq ʎǝuɹnoɾ ǝɥ⊥ :uoıʇsǝɓuI ˙⇂ :sǝɓɐʇs ʎǝʞ lɐɹǝʌǝs sǝʌloʌuı ssǝɔoɹd ǝʇɐɔıɹʇuı sıɥ⊥ ˙sʇɔnpoɹd ǝʇsɐʍ ɓuıʇɐuıɯılǝ ʎlsnoǝuɐʇlnɯıs ǝlıɥʍ 'sʇuǝıɹʇnu ǝlqɐqɹosqɐ oʇuı pooɟ uʍop ɓuıʞɐǝɹq ɟo ʞsɐʇ lɐıʇuǝssǝ ǝɥʇ sɯɹoɟɹǝd 'sǝnssıʇ puɐ suɐɓɹo ɟo ʞɹoʍʇǝu xǝldɯoɔ ɐ 'ɯǝʇsʎs ǝʌıʇsǝɓıp ǝɥ⊥ ɥʇlɐǝH ǝʌıʇsǝɓıᗡ ɟo sǝɔuɐnN ǝɥʇ ɓuıpuɐʇsɹǝpu∩ ˙ɥʇlɐǝɥ ǝʌıʇsǝɓıp oʇ ɥɔɐoɹddɐ ɔıʇsıloɥ ǝɹoɯ ɐ ɓuıʞǝǝs slɐnpıʌıpuı ɹoɟ ʎdɐɹǝɥʇ ʎɹɐʇuǝɯǝldɯoɔ ɐ sɐ ǝloɹ lɐıʇuǝʇod sʇı ssǝssɐ puɐ 'sʇuǝıpǝɹɓuı lɐɹnʇɐu sʇı ɟo sʇıɟǝuǝq pǝʇɹodɹnd ǝɥʇ ɓuıuıɯɐxǝ 'uoıʇısodɯoɔ sʇı ǝʇɐnlɐʌǝ ʎllɐɔıʇıɹɔ llıʍ ǝM ˙ɓuıǝq-llǝʍ ǝʌıʇsǝɓıp ʇɹoddns oʇ pǝuɓısǝp ʎllɐɔıɟıɔǝds ʇuǝɯǝlddns lɐuoıʇıɹʇnu ɐ 'Ɛ ǝʇǝldɯoƆ oıᙠ ᗡW ʎɹpun⅁ ɟo sʇıɟǝuǝq lɐıʇuǝʇod ǝɥʇ ɓuıɹoldxǝ 'ɥʇlɐǝɥ ǝʌıʇsǝɓıp ɟo sǝıʇıxǝldɯoɔ ǝɥʇ oʇuı ǝʌlǝp llıʍ ǝʍ 'uoıssnɔsıp ǝʌısuǝɥǝɹdɯoɔ sıɥʇ uI 。案方决解的正真ʇnoɥʇıʍ ʇuǝɯǝɓɐuɐɯ ɯoʇdɯʎs ɟo ǝlɔʎɔ snoıɔıʌ ɐ oʇ ɓuıpɐǝl ʎllɐıʇuǝʇod 'ɯǝlqoɹd ǝɥʇ ɟo ǝsnɐɔ ʇooɹ ǝɥʇ ssǝɹppɐ oʇ lıɐɟ uǝʇɟo ʎǝɥʇ 'ɟǝılǝɹ ʎɹɐɹodɯǝʇ ɹǝɟɟo ʎɐɯ suoıʇuǝʌɹǝʇuı lɐɔıʇnǝɔɐɯɹɐɥd ǝlıɥM ˙ʇunoɯɐɹɐd sı ɓuılɐǝɥ ɔıʇsıloɥ spɹɐʍoʇ ʎǝuɹnoɾ ɐ uo ɓuıʞɹɐqɯǝ 'suoıʇıpuoɔ ɔıuoɹɥɔ oʇ ʇɹoɟɯoɔsıp lɐuoısɐɔɔo ɯoɹɟ ɓuıɓuɐɹ 'sǝnssı ǝʌıʇsǝɓıp ɥʇıʍ ɓuılddɐɹɓ ɟlǝsɹnoʎ puıɟ noʎ ɟI ˙sʇuǝɯlıɐ ɟo pɐıɹʎɯ ɐ oʇ ɓuıpɐǝl 'ɥʇlɐǝɥ ǝʌıʇsǝɓıp ɹno uo ɔoʌɐɥ ʞɐǝɹʍ uǝʇɟo 'ssǝɹʇs ɔıuoɹɥɔ puɐ 'uoıʇdɯnsuoɔ pooɟ pǝssǝɔoɹd 'sǝlnpǝɥɔs ɔıʇɔǝɥ ʎq pǝzıɹǝʇɔɐɹɐɥɔ 'sǝlʎʇsǝɟıl uɹǝpoɯ 'ʎlǝʇɐunʇɹoɟu∩ ˙sʇɔnpoɹd ǝʇsɐʍ ɓuıʇɐuıɯılǝ ʎlsnoǝuɐʇlnɯıs ǝlıɥʍ 'pooɟ ɯoɹɟ sʇuǝıɹʇnu ɟo uoıʇdɹosqɐ puɐ uʍopʞɐǝɹq ʇuǝıɔıɟɟǝ ǝɥʇ ɹoɟ ǝlqısuodsǝɹ 'ɹǝʎɐld lɐʇoʌıd ɐ sɐ ʇno spuɐʇs ɯǝʇsʎs ǝʌıʇsǝɓıp ǝɥʇ 'sɯǝʇsʎs ǝsǝɥʇ ɓuoɯ∀ ˙ɓuıǝq-llǝʍ llɐɹǝʌo ɓuıuıɐʇuıɐɯ uı ǝloɹ lɐıɔnɹɔ ɐ ɓuıʎɐld ɥɔɐǝ 'sɯǝʇsʎs lɐɔıɓoloıq ǝʇɐɔıɹʇuı ɟo lǝʌɹɐɯ ɐ sı ʎpoq uɐɯnɥ ǝɥ⊥ Ɛ ǝʇǝldɯoƆ oıᙠ ᗡW ʎɹpun⅁ ɟo uoıʇɐɹoldxƎ ǝʌısuǝɥǝɹdɯoƆ ∀ :ɥʇlɐǝH ǝʌıʇsǝɓıᗡ ɟo ɥʇuıɹʎqɐ˥ ǝɥʇ ɓuıʇɐɓıʌɐN

snoop · 2024-02-12T13:38:09+00:00

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IП ƬΉΣ ΣVΣЯ-ΣVӨᄂVIПG ЯΣΛᄂM ӨF DIGIƬΛᄂ ᄃЦЯЯΣПᄃIΣƧ, ƧƬΛYIПG ΛBЯΣΛƧƬ ӨF ƬΉΣ ᄂΛƬΣƧƬ ПΣЩƧ ΛПD DΣVΣᄂӨPMΣПƬƧ IƧ PΛЯΛMӨЦПƬ FӨЯ IПFӨЯMΣD DΣᄃIƧIӨП-MΛKIПG ΛПD ƧЦᄃᄃΣƧƧFЦᄂ ПΛVIGΛƬIӨП ӨF ƬΉΣ ƬЦMЦᄂƬЦӨЦƧ ᄃЯYPƬӨ ЩΛƬΣЯƧ. ΛMIDƧƬ ƬΉΣ PᄂΣƬΉӨЯΛ ӨF IПFӨЯMΛƬIӨП ƧӨЦЯᄃΣƧ VYIПG FӨЯ ΛƬƬΣПƬIӨП, DIƧᄃΣЯПIПG IПVΣƧƬӨЯƧ ΛПD ƬЯΛDΣЯƧ ƧΣΣK Λ PᄂΛƬFӨЯM ƬΉΛƬ DΣᄂIVΣЯƧ ᄃӨMPЯΣΉΣПƧIVΣ, ЦP-ƬӨ-DΛƬΣ, ΛПD ƬЯЦƧƬЩӨЯƬΉY ᄃЯYPƬӨ-ЯΣᄂΛƬΣD ᄃӨПƬΣПƬ. ΣПƬΣЯ ƬΉΣ DIƧᄃЦƧƧIӨП BӨΛЯD – Λ VIЯƬЦΛᄂ ΛGӨЯΛ ЩΉΣЯΣ ᄃЯYPƬӨ ΣПƬΉЦƧIΛƧƬƧ ᄃӨПGЯΣGΛƬΣ ƬӨ ƧΉΛЯΣ IПƧIGΉƬƧ, ΣXᄃΉΛПGΣ IDΣΛƧ, ΛПD ΣПGΛGΣ IП ƬΉӨЦGΉƬ-PЯӨVӨKIПG DIƧᄃӨЦЯƧΣ. ЩIƬΉIП ƬΉΣ BӨЦПDᄂΣƧƧ ΣXPΛПƧΣ ӨF ƬΉΣ IПƬΣЯПΣƬ, DIƧᄃЦƧƧIӨП BӨΛЯDƧ DΣDIᄃΛƬΣD ƬӨ ᄃЯYPƬӨᄃЦЯЯΣПᄃIΣƧ ΉΛVΣ ΣMΣЯGΣD ΛƧ VIBЯΛПƬ ΉЦBƧ ӨF KПӨЩᄂΣDGΣ ΛПD ᄃӨMMЦПIƬY. ƬΉΣƧΣ PᄂΛƬFӨЯMƧ PЯӨVIDΣ Λ ЦПIQЦΣ FӨЯЦM FӨЯ IПDIVIDЦΛᄂƧ ƬӨ ᄃӨППΣᄃƬ, ᄂΣΛЯП FЯӨM ӨПΣ ΛПӨƬΉΣЯ, ΛПD ᄃӨᄂᄂΣᄃƬIVΣᄂY ᄃӨПƬЯIBЦƬΣ ƬӨ ƬΉΣ GЯӨЩƬΉ ΛПD ЦПDΣЯƧƬΛПDIПG ӨF ƬΉΣ ᄃЯYPƬӨ ΣᄃӨƧYƧƬΣM. ЩΉΣƬΉΣЯ YӨЦ'ЯΣ Λ ƧΣΛƧӨПΣD ᄃЯYPƬӨ ƬЯΛDΣЯ, Λ ПӨVIᄃΣ IПVΣƧƬӨЯ ƧΣΣKIПG GЦIDΛПᄃΣ, ӨЯ ƧIMPᄂY Λ ᄃЦЯIӨЦƧ ӨBƧΣЯVΣЯ, DIƧᄃЦƧƧIӨП BӨΛЯDƧ ӨFFΣЯ ΛП IПVΛᄂЦΛBᄂΣ ЯΣƧӨЦЯᄃΣ FӨЯ ΣXPΛПDIПG YӨЦЯ KПӨЩᄂΣDGΣ ΛПD ƧƬΛYIПG ΛΉΣΛD ӨF ƬΉΣ ᄃЦЯVΣ. ӨПΣ ƧЦᄃΉ PᄂΛƬFӨЯM ƬΉΛƬ ΉΛƧ GΛЯПΣЯΣD ƧIGПIFIᄃΛПƬ ЯΣᄃӨGПIƬIӨП ΛMӨПG ᄃЯYPƬӨ ΣПƬΉЦƧIΛƧƬƧ IƧ ƬΉΣ ΛPƬᄂY ПΛMΣD "ᄃЯYPƬӨ ПΣЩƧ ΛПD ΛЯƬIᄃᄂΣƧ." ƬЯЦΣ ƬӨ IƬƧ MӨПIKΣЯ, ƬΉIƧ DIƧᄃЦƧƧIӨП BӨΛЯD ƧΣЯVΣƧ ΛƧ Λ ᄃӨMPЯΣΉΣПƧIVΣ ЯΣPӨƧIƬӨЯY ӨF ƬΉΣ ᄂΛƬΣƧƬ ᄃЯYPƬӨ ПΣЩƧ, IП-DΣPƬΉ ΛЯƬIᄃᄂΣƧ, ΛПD ΣXPΣЯƬ ΛПΛᄂYƧΣƧ. IƬƧ ЦƧΣЯ-FЯIΣПDᄂY IПƬΣЯFΛᄃΣ ΛПD IПƬЦIƬIVΣ DΣƧIGП MΛKΣ ПΛVIGΛƬIПG ƬΉΣ ЩΣΛᄂƬΉ ӨF IПFӨЯMΛƬIӨП ΣFFӨЯƬᄂΣƧƧ, ΛᄂᄂӨЩIПG VIƧIƬӨЯƧ ƬӨ QЦIᄃKᄂY FIПD ƬΉΣ ᄃӨПƬΣПƬ MӨƧƬ ЯΣᄂΣVΛПƬ ƬӨ ƬΉΣIЯ IПƬΣЯΣƧƬƧ. ЦPӨП DΣᄂVIПG IПƬӨ ƬΉΣ DΣPƬΉƧ ӨF ƬΉΣ DIƧᄃЦƧƧIӨП BӨΛЯD, ӨПΣ IƧ GЯΣΣƬΣD BY Λ ƬΛPΣƧƬЯY ӨF ƬӨPIᄃƧ ƧPΛППIПG ƬΉΣ ΣПƬIЯΣ ƧPΣᄃƬЯЦM ӨF ᄃЯYPƬӨᄃЦЯЯΣПᄃIΣƧ. FЯӨM BЯΣΛKIПG ПΣЩƧ ӨП MΛЯKΣƬ MӨVΣMΣПƬƧ ΛПD ЯΣGЦᄂΛƬӨЯY DΣVΣᄂӨPMΣПƬƧ ƬӨ IПƧIGΉƬFЦᄂ ΛПΛᄂYƧΣƧ ӨF ΣMΣЯGIПG ƬЯΣПDƧ ΛПD ƬΣᄃΉПӨᄂӨGIᄃΛᄂ ΛDVΛПᄃΣMΣПƬƧ, "ᄃЯYPƬӨ ПΣЩƧ ΛПD ΛЯƬIᄃᄂΣƧ" ᄂΣΛVΣƧ ПӨ ƧƬӨПΣ ЦПƬЦЯПΣD. ƬΉΣ ƧΉΣΣЯ VӨᄂЦMΣ ΛПD DIVΣЯƧIƬY ӨF ᄃӨПƬΣПƬ ᄃΛƬΣЯ ƬӨ ƬΉΣ ПΣΣDƧ ӨF Λ ЩIDΣ ΛЦDIΣПᄃΣ, ΣПᄃӨMPΛƧƧIПG BӨƬΉ ΣXPΣЯIΣПᄃΣD ᄃЯYPƬӨ VΣƬΣЯΛПƧ ΛПD ƬΉӨƧΣ JЦƧƬ BΣGIППIПG ƬΉΣIЯ ᄃЯYPƬӨ JӨЦЯПΣY. ӨПΣ ӨF ƬΉΣ DΣFIПIПG ᄃΉΛЯΛᄃƬΣЯIƧƬIᄃƧ ӨF "ᄃЯYPƬӨ ПΣЩƧ ΛПD ΛЯƬIᄃᄂΣƧ" IƧ IƬƧ VIBЯΛПƬ ΛПD ΣПGΛGΣD ᄃӨMMЦПIƬY. ƬΉΣ DIƧᄃЦƧƧIӨП BӨΛЯD IƧ ƬΣΣMIПG ЩIƬΉ KПӨЩᄂΣDGΣΛBᄂΣ ΛПD PΛƧƧIӨПΛƬΣ IПDIVIDЦΛᄂƧ ЩΉӨ ΛЯΣ MӨЯΣ ƬΉΛП ЩIᄂᄂIПG ƬӨ ƧΉΛЯΣ ƬΉΣIЯ IПƧIGΉƬƧ ΛПD ΣXPΣЯIΣПᄃΣƧ. ЩΉΣƬΉΣЯ YӨЦ ΉΛVΣ Λ BЦЯПIПG QЦΣƧƬIӨП ΛBӨЦƬ Λ PΛЯƬIᄃЦᄂΛЯ ᄃЯYPƬӨᄃЦЯЯΣПᄃY, ƧΣΣK ᄃᄂΛЯIFIᄃΛƬIӨП ӨП Λ ᄃӨMPᄂΣX ᄃӨПᄃΣPƬ, ӨЯ ƧIMPᄂY ЩΛПƬ ƬӨ ΣПGΛGΣ IП ᄂIVΣᄂY DΣBΛƬΣƧ ΛBӨЦƬ ƬΉΣ FЦƬЦЯΣ ӨF DIGIƬΛᄂ ΛƧƧΣƬƧ, ƬΉIƧ PᄂΛƬFӨЯM PЯӨVIDΣƧ ƬΉΣ PΣЯFΣᄃƬ ΣПVIЯӨПMΣПƬ FӨЯ MΣΛПIПGFЦᄂ IПƬΣЯΛᄃƬIӨПƧ. ƬΉΣ DIƧᄃЦƧƧIӨП BӨΛЯD ΛᄂƧӨ BӨΛƧƬƧ Λ DΣDIᄃΛƬΣD ƧΣᄃƬIӨП FӨЯ ΣDЦᄃΛƬIӨПΛᄂ ЯΣƧӨЦЯᄃΣƧ, ᄃΛƬΣЯIПG ƬӨ ƬΉΣ ПΣΣDƧ ӨF ƬΉӨƧΣ ƧΣΣKIПG ƬӨ DΣΣPΣП ƬΉΣIЯ ЦПDΣЯƧƬΛПDIПG ӨF ᄃЯYPƬӨᄃЦЯЯΣПᄃIΣƧ ΛПD BᄂӨᄃKᄃΉΛIП ƬΣᄃΉПӨᄂӨGY. ΉΣЯΣ, ЦƧΣЯƧ ᄃΛП FIПD Λ ƬЯΣΛƧЦЯΣ ƬЯӨVΣ ӨF ΛЯƬIᄃᄂΣƧ, ƬЦƬӨЯIΛᄂƧ, ΛПD GЦIDΣƧ ƬΉΛƬ DΣᄂVΣ IПƬӨ ƬΉΣ IПƬЯIᄃΛᄃIΣƧ ӨF ᄃЯYPƬӨ ƬЯΛDIПG, BᄂӨᄃKᄃΉΛIП FЦПDΛMΣПƬΛᄂƧ, ΛПD ƬΉΣ ЦПDΣЯᄂYIПG PЯIПᄃIPᄂΣƧ ƬΉΛƬ GӨVΣЯП ƬΉΣ ᄃЯYPƬӨ ΣᄃӨƧYƧƬΣM. ƬΉΣƧΣ ЯΣƧӨЦЯᄃΣƧ ΛЯΣ MΣƬIᄃЦᄂӨЦƧᄂY ᄃЦЯΛƬΣD ƬӨ ΣПƧЦЯΣ ƬΉΛƬ ƬΉΣY ΛЯΣ ΛᄃᄃЦЯΛƬΣ, ЦP-ƬӨ-DΛƬΣ, ΛПD ΛᄃᄃΣƧƧIBᄂΣ ƬӨ IПDIVIDЦΛᄂƧ ӨF VΛЯYIПG ΣXPΣЯIΣПᄃΣ ᄂΣVΣᄂƧ. FЦЯƬΉΣЯMӨЯΣ, "ᄃЯYPƬӨ ПΣЩƧ ΛПD ΛЯƬIᄃᄂΣƧ" ЯΣᄃӨGПIZΣƧ ƬΉΣ IMPӨЯƬΛПᄃΣ ӨF FӨƧƬΣЯIПG Λ ƧΛFΣ ΛПD ЩΣᄂᄃӨMIПG ΣПVIЯӨПMΣПƬ FӨЯ IƬƧ ЦƧΣЯƧ. ƬΉΣ PᄂΛƬFӨЯM'Ƨ MӨDΣЯΛƬӨЯƧ ΛЯΣ VIGIᄂΛПƬ IП MΛIПƬΛIПIПG Λ ЯΣƧPΣᄃƬFЦᄂ ΛПD ᄃӨПƧƬЯЦᄃƬIVΣ ΛƬMӨƧPΉΣЯΣ, ΣПƧЦЯIПG ƬΉΛƬ DIƧᄃЦƧƧIӨПƧ ЯΣMΛIП PЯӨDЦᄃƬIVΣ ΛПD IПFӨЯMΛƬIVΣ. ƬΉΣY ƧЩIFƬᄂY ΛDDЯΣƧƧ ΛПY IПƧƬΛПᄃΣƧ ӨF ƬЯӨᄂᄂIПG, PΣЯƧӨПΛᄂ ΛƬƬΛᄃKƧ, ӨЯ MIƧIПFӨЯMΛƬIӨП, ᄃЯΣΛƬIПG Λ ƧPΛᄃΣ ЩΉΣЯΣ Λᄂᄂ PΛЯƬIᄃIPΛПƬƧ ᄃΛП ΣПGΛGΣ IП MΣΛПIПGFЦᄂ DIƧᄃӨЦЯƧΣ ЩIƬΉӨЦƬ FΣΛЯ ӨF ΉΛЯΛƧƧMΣПƬ ӨЯ JЦDGMΣПƬ. IП ᄃӨПᄃᄂЦƧIӨП, "ᄃЯYPƬӨ ПΣЩƧ ΛПD ΛЯƬIᄃᄂΣƧ" ƧƬΛПDƧ ΛƧ Λ BΣΛᄃӨП ӨF KПӨЩᄂΣDGΣ ΛПD ᄃӨMMЦПIƬY IП ƬΉΣ ΣVΣЯ-ΣXPΛПDIПG ЦПIVΣЯƧΣ ӨF ᄃЯYPƬӨᄃЦЯЯΣПᄃIΣƧ. IƬƧ ᄃӨMPЯΣΉΣПƧIVΣ ПΣЩƧ ᄃӨVΣЯΛGΣ, IП-DΣPƬΉ ΛЯƬIᄃᄂΣƧ, ΣDЦᄃΛƬIӨПΛᄂ ЯΣƧӨЦЯᄃΣƧ, ΛПD ΣПGΛGΣD ЦƧΣЯ BΛƧΣ MΛKΣ IƬ ΛП IПDIƧPΣПƧΛBᄂΣ ЯΣƧӨЦЯᄃΣ FӨЯ ΛПYӨПΣ ƧΣΣKIПG ƬӨ ƧƬΛY IПFӨЯMΣD, ΣXPΛПD ƬΉΣIЯ KПӨЩᄂΣDGΣ, ΛПD ᄃӨППΣᄃƬ ЩIƬΉ ᄂIKΣ-MIПDΣD IПDIVIDЦΛᄂƧ IП ƬΉΣ ᄃЯYPƬӨ ƧPΉΣЯΣ. ЩΉΣƬΉΣЯ YӨЦ'ЯΣ Λ ƧΣΛƧӨПΣD ᄃЯYPƬӨ ƬЯΛDΣЯ ƧΣΣKIПG MΛЯKΣƬ IПƧIGΉƬƧ ӨЯ Λ ПΣЩᄃӨMΣЯ ΣΛGΣЯ ƬӨ ᄂΣΛЯП ƬΉΣ ЯӨPΣƧ, ƬΉIƧ DIƧᄃЦƧƧIӨП BӨΛЯD ӨFFΣЯƧ Λ ЩΣΛᄂƬΉ ӨF ӨPPӨЯƬЦПIƬIΣƧ FӨЯ GЯӨЩƬΉ ΛПD ΣXPᄂӨЯΛƬIӨП. DIVΣ IПƬӨ ƬΉΣ VIBЯΛПƬ DIƧᄃЦƧƧIӨПƧ, ƬΛP IПƬӨ ƬΉΣ ᄃӨᄂᄂΣᄃƬIVΣ ЩIƧDӨM ӨF ƬΉΣ ᄃӨMMЦПIƬY, ΛПD ΣMBΛЯK ӨП Λ JӨЦЯПΣY ӨF DIƧᄃӨVΣЯY IП ƬΉΣ ᄃΛPƬIVΛƬIПG ЩӨЯᄂD ӨF ᄃЯYPƬӨᄃЦЯЯΣПᄃIΣƧ.

snoop · 2024-02-12T13:21:39+00:00

Really? He's spending a lot of space raising money for someone who doesn't have to raise money.

When I hit his website, the first thing I get is a popup asking me to contribute before I can go and look at anything on his webstie.

When you do get to his website, there's a few menus, but several colored buttons labelled "Contribute", "Volunteer", "Shop" and "Support".

Contribute, Shop and Support take you to a donations or merch page. "Volunteer" takes you to a form where you give your contact detials, and there's a bit "Donate" button, the width of the whole page just below it.

Is this the website of someone who doesn't need money? It seems to be focused on extracting money primarily, and other things secondarily.

On top of that he use the the pre-checked "Make this a weekly recurring donation until 11/3" that did not help him win votes from the pensioners and veterans that he duped out of hundreds of thousands that way. Does that sound like someone who doesn't need to raise money?

He stiffs contractors, cities and cops everywhere he holds a rally. Does that sound like someone with more than enough money?

ᎴᏋᏝᏉᎥᏁᎶ ᎥᏁᏖᎧ ᏖᏂᏋ ፈᎧᏁᏖᏒᎧᏉᏋᏒᏕᎥᏗᏝ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᏖᏗፈᏖᎥፈᏕ ᎧᎦ ᏗᏁ ᏋᏁᎥᎶᎷᏗᏖᎥፈ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ: Ꮧ ፈᎧᎷᎮᏒᏋᏂᏋᏁᏕᎥᏉᏋ ᏗᏁᏗᏝᎩᏕᎥᏕ ᏖᏂᏋ ᏒᏋᏗᏝᎷ ᎧᎦ ᎮᎧᏝᎥᏖᎥፈᏕ ᎥᏕ Ꮧ ፈᎧᎷᎮᏝᏋጀ ᏗᏁᎴ ᎧᎦᏖᏋᏁ ᎮᎧᏝᏗᏒᎥፚᎥᏁᎶ ᏗᏒᏋᏁᏗ, ᏇᏂᏋᏒᏋ ፈᏗᏁᎴᎥᎴᏗᏖᏋᏕ ᏗᏁᎴ ᏖᏂᏋᎥᏒ ፈᏗᎷᎮᏗᎥᎶᏁᏕ ᏋᎷᎮᏝᎧᎩ Ꮧ ᎴᎥᏉᏋᏒᏕᏋ ᏗᏒᏒᏗᎩ ᎧᎦ ᏕᏖᏒᏗᏖᏋᎶᎥᏋᏕ ᏖᎧ ᏕᏋፈᏬᏒᏋ ᏉᎧᏖᏋᏕ ᏗᏁᎴ ᎦᎥᏁᏗᏁፈᎥᏗᏝ ᏕᏬᎮᎮᎧᏒᏖ. ᎥᏁ ᏒᏋፈᏋᏁᏖ ᏖᎥᎷᏋᏕ, ᏖᏂᏋ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᎮᏒᏗፈᏖᎥፈᏋᏕ ᎧᎦ ፈᏋᏒᏖᏗᎥᏁ ᎥᏁᎴᎥᏉᎥᎴᏬᏗᏝᏕ ᏂᏗᏉᏋ ፈᎧᎷᏋ ᏬᏁᎴᏋᏒ ᎥᏁᏖᏋᏁᏕᏋ ᏕፈᏒᏬᏖᎥᏁᎩ, ᏕᎮᏗᏒᏦᎥᏁᎶ ᎴᏋᏰᏗᏖᏋᏕ ᏗᏁᎴ ᏒᏗᎥᏕᎥᏁᎶ ᎤᏬᏋᏕᏖᎥᎧᏁᏕ ᏗᏰᎧᏬᏖ ᏖᏂᏋ ᏋᏖᏂᎥፈᏕ ᏗᏁᎴ ᏗᎮᎮᏒᎧᎮᏒᎥᏗᏖᏋᏁᏋᏕᏕ ᎧᎦ ᏖᏂᏋᎥᏒ ᎷᏋᏖᏂᎧᎴᏕ. ᎧᏁᏋ ᏕᏬፈᏂ ᎥᏁᎴᎥᏉᎥᎴᏬᏗᏝ ᎥᏕ Ꮧ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ ᏇᏂᎧ ᏂᏗᏕ ᎶᏗᏒᏁᏋᏒᏋᎴ ᏕᎥᎶᏁᎥᎦᎥፈᏗᏁᏖ ᏗᏖᏖᏋᏁᏖᎥᎧᏁ ᎦᎧᏒ ᏂᎥᏕ ᏬᏁᎥᎤᏬᏋ ᏗᎮᎮᏒᎧᏗፈᏂ ᏖᎧ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ. ᏕፈᏒᏬᏖᎥᏁᎥፚᎥᏁᎶ ᏖᏂᏋ ᏇᏋᏰᏕᎥᏖᏋ: Ꮧ ᎮᏗᏖᏂ ᎮᏗᏉᏋᎴ ᏇᎥᏖᏂ ፈᎧᏁᏖᏒᎥᏰᏬᏖᎥᎧᏁ ᏒᏋᎤᏬᏋᏕᏖᏕ ᏬᎮᎧᏁ ᏉᎥᏕᎥᏖᎥᏁᎶ ᏖᏂᏋ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ'Ꮥ ᏇᏋᏰᏕᎥᏖᏋ, ᎧᏁᏋ ᎥᏕ ᎥᎷᎷᏋᎴᎥᏗᏖᏋᏝᎩ ፈᎧᏁᎦᏒᎧᏁᏖᏋᎴ ᏇᎥᏖᏂ Ꮧ ᎮᏒᎧᎷᎥᏁᏋᏁᏖ ᎮᎧᎮᏬᎮ ᏇᎥᏁᎴᎧᏇ ᏕᎧᏝᎥፈᎥᏖᎥᏁᎶ ᎷᎧᏁᏋᏖᏗᏒᎩ ፈᎧᏁᏖᏒᎥᏰᏬᏖᎥᎧᏁᏕ. ᏖᏂᎥᏕ ᎥᏁᎥᏖᎥᏗᏝ ᏋᏁፈᎧᏬᏁᏖᏋᏒ ᏕᏋᏖᏕ ᏖᏂᏋ ᏖᎧᏁᏋ ᎦᎧᏒ ᏖᏂᏋ ᏇᏋᏰᏕᎥᏖᏋ'Ꮥ ᎧᏉᏋᏒᏗᏝᏝ ᎦᎧፈᏬᏕ ᏗᏁᎴ ᎮᏒᎥᎧᏒᎥᏖᎥᏋᏕ. ᏖᏂᏋ ᎮᏒᎥᎷᏗᏒᎩ ᎷᏋᏁᏬ ᎦᏋᏗᏖᏬᏒᏋᏕ ᏕᏋᏉᏋᏒᏗᏝ ፈᎧᏁᏕᎮᎥፈᏬᎧᏬᏕ ᏰᏬᏖᏖᎧᏁᏕ ᏝᏗᏰᏋᏝᏋᎴ "ፈᎧᏁᏖᏒᎥᏰᏬᏖᏋ," "ᏉᎧᏝᏬᏁᏖᏋᏋᏒ," "ᏕᏂᎧᎮ," ᏗᏁᎴ "ᏕᏬᎮᎮᎧᏒᏖ." ᏁᎧᏖᏗᏰᏝᎩ, ᏖᏂᏋ "ፈᎧᏁᏖᏒᎥᏰᏬᏖᏋ," "ᏕᏂᎧᎮ," ᏗᏁᎴ "ᏕᏬᎮᎮᎧᏒᏖ" ᎧᎮᏖᎥᎧᏁᏕ ᏗᏝᏝ ᏝᏋᏗᎴ ᏖᎧ ᎮᏗᎶᏋᏕ ᎴᏋᎴᎥፈᏗᏖᏋᎴ ᏖᎧ ᎴᎧᏁᏗᏖᎥᎧᏁᏕ ᎧᏒ ᎷᏋᏒፈᏂᏗᏁᎴᎥᏕᏋ ᎮᏬᏒፈᏂᏗᏕᏋᏕ, ᏇᏂᎥᏝᏋ ᏖᏂᏋ "ᏉᎧᏝᏬᏁᏖᏋᏋᏒ" ᏰᏬᏖᏖᎧᏁ ᎴᎥᏒᏋፈᏖᏕ ᏉᎥᏕᎥᏖᎧᏒᏕ ᏖᎧ Ꮧ ᎦᎧᏒᎷ ᎦᎧᏒ ᎮᏒᎧᏉᎥᎴᎥᏁᎶ ፈᎧᏁᏖᏗፈᏖ ᎥᏁᎦᎧᏒᎷᏗᏖᎥᎧᏁ, ᏗፈፈᎧᎷᎮᏗᏁᎥᏋᎴ ᏰᎩ Ꮧ ᎮᏒᎧᎷᎥᏁᏋᏁᏖ "ᎴᎧᏁᏗᏖᏋ" ᏰᏬᏖᏖᎧᏁ ᏕᎮᏗᏁᏁᎥᏁᎶ ᏖᏂᏋ ᏋᏁᏖᎥᏒᏋ ᏇᎥᎴᏖᏂ ᎧᎦ ᏖᏂᏋ ᎮᏗᎶᏋ. ᏖᏂᎥᏕ ᏕᏖᏒᏗᏖᏋᎶᎥፈ ᎮᏝᏗፈᏋᎷᏋᏁᏖ ᎧᎦ ᎴᎧᏁᏗᏖᎥᎧᏁ ᏗᎮᎮᏋᏗᏝᏕ ᏕᏬᎶᎶᏋᏕᏖᏕ ᏖᏂᏗᏖ ᏖᏂᏋ ᏇᏋᏰᏕᎥᏖᏋ'Ꮥ ᎮᏒᎥᎷᏗᏒᎩ ᎧᏰᏠᏋፈᏖᎥᏉᏋ ᎥᏕ ᏖᎧ ᏋጀᏖᏒᏗፈᏖ ᎦᎥᏁᏗᏁፈᎥᏗᏝ ᏒᏋᏕᎧᏬᏒፈᏋᏕ ᎦᏒᎧᎷ ᏉᎥᏕᎥᏖᎧᏒᏕ. ᏖᏂᏋ ᎮᏒᎧᎷᎥᏁᏋᏁᏖ ᎴᎥᏕᎮᏝᏗᎩ ᎧᎦ ᎴᎧᏁᏗᏖᎥᎧᏁ ᏰᏬᏖᏖᎧᏁᏕ ᏗᏁᎴ ᏖᏂᏋ ᏗᏰᏕᏋᏁፈᏋ ᎧᎦ ᏋᏗᏕᎥᏝᎩ ᏗፈፈᏋᏕᏕᎥᏰᏝᏋ ᎥᏁᎦᎧᏒᎷᏗᏖᎥᎧᏁ ᏗᏰᎧᏬᏖ ᏖᏂᏋ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ'Ꮥ ᎮᎧᏝᎥፈᎥᏋᏕ ᎧᏒ ᎮᎧᏕᎥᏖᎥᎧᏁᏕ ᎦᏬᏒᏖᏂᏋᏒ ᏒᏋᎥᏁᎦᎧᏒፈᏋᏕ ᏖᏂᎥᏕ ᎮᏋᏒፈᏋᎮᏖᎥᎧᏁ. ፈᏒᎥᏖᎥፈᏕ ᏗᏒᎶᏬᏋ ᏖᏂᏗᏖ ᏕᏬፈᏂ ᏗᏁ ᏗᎮᎮᏒᎧᏗፈᏂ ᏬᏁᎴᏋᏒᎷᎥᏁᏋᏕ ᏖᏂᏋ ᏇᏋᏰᏕᎥᏖᏋ'Ꮥ ፈᏒᏋᎴᎥᏰᎥᏝᎥᏖᎩ ᏗᏁᎴ ᎴᏋᏖᏒᏗፈᏖᏕ ᎦᏒᎧᎷ ᏗᏁᎩ ᎶᏋᏁᏬᎥᏁᏋ ᏗᏖᏖᏋᎷᎮᏖᏕ ᏖᎧ ᏋᏁᎶᏗᎶᏋ ᎥᏁ ᎷᏋᏗᏁᎥᏁᎶᎦᏬᏝ ᎴᎥᏗᏝᎧᎶᏬᏋ ᏇᎥᏖᏂ ᎮᎧᏖᏋᏁᏖᎥᏗᏝ ᏕᏬᎮᎮᎧᏒᏖᏋᏒᏕ. ᏒᏋፈᏬᏒᏒᎥᏁᎶ ᎴᎧᏁᏗᏖᎥᎧᏁᏕ ᏗᏁᎴ ᏋጀᎮᏝᎧᎥᏖᏗᏖᎥᏉᏋ ᎮᏒᏗፈᏖᎥፈᏋᏕ: ᏒᏗᎥᏕᎥᏁᎶ ፈᎧᏁፈᏋᏒᏁᏕ ᏖᏂᏋ ᏬᏕᏋ ᎧᎦ ᎮᏒᏋ-ፈᏂᏋፈᏦᏋᎴ ᎧᎮᏖᎥᎧᏁᏕ ᎦᎧᏒ ᏒᏋፈᏬᏒᏒᎥᏁᎶ ᎴᎧᏁᏗᏖᎥᎧᏁᏕ, ᎮᏗᏒᏖᎥፈᏬᏝᏗᏒᏝᎩ ᏖᏂᎧᏕᏋ ᏋጀᏖᏋᏁᎴᎥᏁᎶ ᏬᏁᏖᎥᏝ Ꮧ ᏕᎮᏋፈᎥᎦᎥፈ ᎴᏗᏖᏋ (ᎥᏁ ᏖᏂᎥᏕ ፈᏗᏕᏋ, ᏁᎧᏉᏋᎷᏰᏋᏒ 3ᏒᎴ), ᏂᏗᏕ ᎴᏒᏗᏇᏁ ፈᏒᎥᏖᎥፈᎥᏕᎷ ᎦᎧᏒ ᎮᎧᏖᏋᏁᏖᎥᏗᏝᏝᎩ ᎷᎥᏕᏝᏋᏗᎴᎥᏁᎶ ᎴᎧᏁᎧᏒᏕ. ፈᏒᎥᏖᎥፈᏕ ፈᎧᏁᏖᏋᏁᎴ ᏖᏂᏗᏖ ᏖᏂᎥᏕ ᎮᏒᏗፈᏖᎥፈᏋ ፈᎧᏬᏝᎴ ᎥᏁᏗᎴᏉᏋᏒᏖᏋᏁᏖᏝᎩ ᏝᏋᏗᎴ ᎥᏁᎴᎥᏉᎥᎴᏬᏗᏝᏕ, ᏋᏕᎮᏋፈᎥᏗᏝᏝᎩ ᏉᏬᏝᏁᏋᏒᏗᏰᏝᏋ ᎮᎧᎮᏬᏝᏗᏖᎥᎧᏁᏕ ᏕᏬፈᏂ ᏗᏕ ᎮᏋᏁᏕᎥᎧᏁᏋᏒᏕ ᏗᏁᎴ ᏉᏋᏖᏋᏒᏗᏁᏕ, ᎥᏁᏖᎧ ᎷᏗᏦᎥᏁᎶ ᎧᏁᎶᎧᎥᏁᎶ ᎦᎥᏁᏗᏁፈᎥᏗᏝ ፈᎧᎷᎷᎥᏖᎷᏋᏁᏖᏕ ᏇᎥᏖᏂᎧᏬᏖ ᎦᏬᏝᏝᎩ ᏬᏁᎴᏋᏒᏕᏖᏗᏁᎴᎥᏁᎶ ᏖᏂᏋ ᎥᎷᎮᏝᎥፈᏗᏖᎥᎧᏁᏕ. ᏕᏬፈᏂ ᏖᏗፈᏖᎥፈᏕ ᏂᏗᏉᏋ ᏰᏋᏋᏁ ፈᎧᏁᎴᏋᎷᏁᏋᎴ ᏗᏕ ᏋጀᎮᏝᎧᎥᏖᏗᏖᎥᏉᏋ ᏗᏁᎴ ᎷᏗᏁᎥᎮᏬᏝᏗᏖᎥᏉᏋ, ᏒᏗᎥᏕᎥᏁᎶ ᎤᏬᏋᏕᏖᎥᎧᏁᏕ ᏗᏰᎧᏬᏖ ᏖᏂᏋ ᎥᏁᏖᏋᎶᏒᎥᏖᎩ ᎧᎦ ᏖᏂᏋ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᏋᎦᎦᎧᏒᏖᏕ. ᏕᏖᎥᎦᎦᎥᏁᎶ ፈᎧᏁᏖᏒᏗፈᏖᎧᏒᏕ, ፈᎥᏖᎥᏋᏕ, ᏗᏁᎴ ᏝᏗᏇ ᏋᏁᎦᎧᏒፈᏋᎷᏋᏁᏖ: Ꮧ ᎮᏗᏖᏖᏋᏒᏁ ᎧᎦ ᎦᎥᏁᏗᏁፈᎥᏗᏝ ᎥᏒᏒᏋᏕᎮᎧᏁᏕᎥᏰᎥᏝᎥᏖᎩ ᏖᏂᏋ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ'Ꮥ ᏖᏒᏗፈᏦ ᏒᏋፈᎧᏒᎴ ᎧᎦ ᏕᏖᎥᎦᎦᎥᏁᎶ ፈᎧᏁᏖᏒᏗፈᏖᎧᏒᏕ, ፈᎥᏖᎥᏋᏕ, ᏗᏁᎴ ᏝᏗᏇ ᏋᏁᎦᎧᏒፈᏋᎷᏋᏁᏖ ᏗᎶᏋᏁፈᎥᏋᏕ ᏗᏕᏕᎧፈᎥᏗᏖᏋᎴ ᏇᎥᏖᏂ ᏂᎥᏕ ᏒᏗᏝᏝᎥᏋᏕ ᏂᏗᏕ ᎦᏬᏒᏖᏂᏋᏒ ᏖᏗᏒᏁᎥᏕᏂᏋᎴ ᏂᎥᏕ ᏒᏋᎮᏬᏖᏗᏖᎥᎧᏁ. ᏖᏂᏋᏕᏋ ᏬᏁᎮᏗᎥᎴ ᏰᎥᏝᏝᏕ ᏗᏁᎴ ᎧᏬᏖᏕᏖᏗᏁᎴᎥᏁᎶ ᎴᏋᏰᏖᏕ ᎮᏗᎥᏁᏖ Ꮧ ᎮᎥፈᏖᏬᏒᏋ ᎧᎦ ᎦᎥᏁᏗᏁፈᎥᏗᏝ ᎥᏒᏒᏋᏕᎮᎧᏁᏕᎥᏰᎥᏝᎥᏖᎩ ᏗᏁᎴ ᎴᎥᏕᏒᏋᎶᏗᏒᎴ ᎦᎧᏒ ᏖᏂᏋ ᏝᎥᏉᏋᏝᎥᏂᎧᎧᎴᏕ ᎧᎦ ᏖᏂᎧᏕᏋ ᎮᏒᎧᏉᎥᎴᎥᏁᎶ ᏋᏕᏕᏋᏁᏖᎥᏗᏝ ᏕᏋᏒᏉᎥፈᏋᏕ. ፈᏒᎥᏖᎥፈᏕ ᏗᏒᎶᏬᏋ ᏖᏂᏗᏖ ᏕᏬፈᏂ ᏰᏋᏂᏗᏉᎥᎧᏒ ᎥᏕ ᎥᏁᎴᎥፈᏗᏖᎥᏉᏋ ᎧᎦ Ꮧ ᏝᏗፈᏦ ᎧᎦ ᏒᏋᏕᎮᏋፈᏖ ᎦᎧᏒ ᏖᏂᏋ ፈᎧᎷᎷᏬᏁᎥᏖᎥᏋᏕ ᏂᏋ ᎮᏬᏒᎮᎧᏒᏖᏕ ᏖᎧ ᏒᏋᎮᏒᏋᏕᏋᏁᏖ ᏗᏁᎴ ᏬᏁᎴᏋᏒᎷᎥᏁᏋᏕ ᏂᎥᏕ ፈᏝᏗᎥᎷᏕ ᎧᎦ ᏰᏋᎥᏁᎶ ᎦᎥᏁᏗᏁፈᎥᏗᏝᏝᎩ ᏕᏋፈᏬᏒᏋ. ᏗᏕᏕᏋᏕᏕᎥᏁᎶ ᏖᏂᏋ ᏁᏋᏋᎴ ᎦᎧᏒ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ: Ꮧ ᎤᏬᏋᏕᏖᎥᎧᏁ ᎧᎦ ᏁᏋፈᏋᏕᏕᎥᏖᎩ ᎶᎥᏉᏋᏁ ᏖᏂᏋ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ'Ꮥ ᏗᎮᎮᏗᏒᏋᏁᏖ ᎦᎥᏁᏗᏁፈᎥᏗᏝ ᎷᏋᏗᏁᏕ, ᏖᏂᏋ ᏗᎶᎶᏒᏋᏕᏕᎥᏉᏋ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᏖᏗፈᏖᎥፈᏕ ᏋᎷᎮᏝᎧᎩᏋᎴ ᏒᏗᎥᏕᏋ ᎤᏬᏋᏕᏖᎥᎧᏁᏕ ᏗᏰᎧᏬᏖ ᏖᏂᏋ ᏁᏋፈᏋᏕᏕᎥᏖᎩ ᎧᎦ ᏕᏬፈᏂ ᏋᎦᎦᎧᏒᏖᏕ. ፈᏒᎥᏖᎥፈᏕ ᏗᏒᎶᏬᏋ ᏖᏂᏗᏖ ᏗᏁ ᎥᏁᎴᎥᏉᎥᎴᏬᏗᏝ ፈᏝᏗᎥᎷᎥᏁᎶ ᏁᎧᏖ ᏖᎧ ᏁᏋᏋᎴ ᎷᎧᏁᏋᎩ ᏕᏂᎧᏬᏝᎴ ᏁᎧᏖ ᏒᏋᏕᎧᏒᏖ ᏖᎧ ᏕᏬፈᏂ ᏰᏝᏗᏖᏗᏁᏖ ᏕᎧᏝᎥፈᎥᏖᏗᏖᎥᎧᏁᏕ, ᎮᏗᏒᏖᎥፈᏬᏝᏗᏒᏝᎩ ᏇᏂᏋᏁ ፈᎧᏬᎮᏝᏋᎴ ᏇᎥᏖᏂ ᎤᏬᏋᏕᏖᎥᎧᏁᏗᏰᏝᏋ ᎮᏒᏗፈᏖᎥፈᏋᏕ ᏝᎥᏦᏋ ᎮᏒᏋ-ፈᏂᏋፈᏦᏋᎴ ᏒᏋፈᏬᏒᏒᎥᏁᎶ ᎴᎧᏁᏗᏖᎥᎧᏁᏕ ᏗᏁᎴ Ꮧ ᏂᎥᏕᏖᎧᏒᎩ ᎧᎦ ᏬᏁᎮᏗᎥᎴ ᎴᏋᏰᏖᏕ. ᏖᏂᏋ ᎮᏋᏒፈᏋᎮᏖᎥᎧᏁ ᎧᎦ ᎶᏒᏋᏋᎴ ᏗᏁᎴ ᏕᏋᏝᎦ-ᎥᏁᏖᏋᏒᏋᏕᏖ ᎦᏬᏒᏖᏂᏋᏒ ᏋᏒᎧᎴᏋᏕ ᏖᏒᏬᏕᏖ ᏗᏁᎴ ፈᎧᏁᎦᎥᎴᏋᏁፈᏋ ᏗᎷᎧᏁᎶ ᎮᎧᏖᏋᏁᏖᎥᏗᏝ ᏕᏬᎮᎮᎧᏒᏖᏋᏒᏕ. ፈᎧᏁፈᏝᏬᏕᎥᎧᏁ: Ꮧ ፈᏗᏝᏝ ᎦᎧᏒ ᏋᏖᏂᎥፈᏗᏝ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᎮᏒᏗፈᏖᎥፈᏋᏕ ᏖᏂᏋ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᎮᏒᏗፈᏖᎥፈᏋᏕ ᎧᎦ ᏖᏂᏋ ᎮᎧᏝᎥᏖᎥፈᎥᏗᏁ ᎥᏁ ᎤᏬᏋᏕᏖᎥᎧᏁ ᏂᏗᏉᏋ ᎴᏒᏗᏇᏁ ᏇᎥᎴᏋᏕᎮᏒᏋᏗᎴ ፈᏒᎥᏖᎥፈᎥᏕᎷ ᏗᏁᎴ ᏒᏗᎥᏕᏋᎴ ᏝᏋᎶᎥᏖᎥᎷᏗᏖᏋ ፈᎧᏁፈᏋᏒᏁᏕ ᏗᏰᎧᏬᏖ ᏖᏂᏋ ᏋᏖᏂᎥፈᏕ ᏗᏁᎴ ᏗᎮᎮᏒᎧᎮᏒᎥᏗᏖᏋᏁᏋᏕᏕ ᎧᎦ ᏂᎥᏕ ᎷᏋᏖᏂᎧᎴᏕ. ᏖᏂᏋ ᎮᏒᎧᎷᎥᏁᏋᏁᏖ ᎴᎥᏕᎮᏝᏗᎩ ᎧᎦ ᎴᎧᏁᏗᏖᎥᎧᏁ ᏒᏋᎤᏬᏋᏕᏖᏕ, ᏖᏂᏋ ᏬᏕᏋ ᎧᎦ ᎮᎧᏖᏋᏁᏖᎥᏗᏝᏝᎩ ᎷᎥᏕᏝᏋᏗᎴᎥᏁᎶ ᎮᏒᏋ-ፈᏂᏋፈᏦᏋᎴ ᏒᏋፈᏬᏒᏒᎥᏁᎶ ᎴᎧᏁᏗᏖᎥᎧᏁᏕ, ᏗᏁᎴ Ꮧ ᏂᎥᏕᏖᎧᏒᎩ ᎧᎦ ᏕᏖᎥᎦᎦᎥᏁᎶ ፈᎧᏁᏖᏒᏗፈᏖᎧᏒᏕ ᏗᏁᎴ ፈᎧᎷᎷᏬᏁᎥᏖᎥᏋᏕ ᏂᏗᏉᏋ ፈᏗᏕᏖ Ꮧ ᏕᏂᏗᎴᎧᏇ ᎧᏉᏋᏒ ᏂᎥᏕ ፈᏗᎷᎮᏗᎥᎶᏁ. ᏇᏂᎥᏝᏋ ᏖᏂᏋ ᏁᏋᏋᎴ ᎦᎧᏒ ᎦᏬᏁᎴᏒᏗᎥᏕᎥᏁᎶ ᎥᏁ ᎮᎧᏝᎥᏖᎥፈᏕ ፈᏗᏁᏁᎧᏖ ᏰᏋ ᎴᏋᏁᎥᏋᎴ, ᎥᏖ ᎥᏕ ᎥᎷᎮᏋᏒᏗᏖᎥᏉᏋ ᏖᏂᏗᏖ ፈᏗᏁᎴᎥᎴᏗᏖᏋᏕ ᏋᏁᎶᏗᎶᏋ ᎥᏁ ᏒᏋᏕᎮᎧᏁᏕᎥᏰᏝᏋ ᏗᏁᎴ ᏋᏖᏂᎥፈᏗᏝ ᎮᏒᏗፈᏖᎥፈᏋᏕ ᏖᏂᏗᏖ ᎮᏒᎥᎧᏒᎥᏖᎥፚᏋ ᏖᏒᏗᏁᏕᎮᏗᏒᏋᏁፈᎩ, ᎥᏁᏖᏋᎶᏒᎥᏖᎩ, ᏗᏁᎴ ᏒᏋᏕᎮᏋፈᏖ ᎦᎧᏒ ᎴᎧᏁᎧᏒᏕ ᏗᏁᎴ ᏖᏂᏋ ፈᎧᎷᎷᏬᏁᎥᏖᎥᏋᏕ ᏖᏂᏋᎩ ᏕᏋᏒᏉᏋ.

snoop · 2024-02-12T13:18:24+00:00

Imagine the memory, turn it into a photo printed on a piece of paper. Drain the colour from it turning it black and white. Turn down the picture quality making it grainy. Now in your mind's eye push that piece of paper as far away from you as possible so it's just a dot in the distance. Let it get blown around by the wind, to left and right, up and down until the piece of paper is battered and torn. Then mentally throw that paper in the bin.

You can do this with all unpleasant memories which keep reappearing.

ₙₐᵥᵢgₐₜᵢₙg ₜₕₑ ₗₐbyᵣᵢₙₜₕ ₒf ᵤₙwₐₙₜₑd ₘₑₘₒᵣᵢₑₛ: ₐ ₜᵣₐₙₛfₒᵣₘₐₜᵢᵥₑ ⱼₒᵤᵣₙₑy ₒf ₕₑₐₗᵢₙg ₐₙd ₗᵢbₑᵣₐₜᵢₒₙ Wᵢₜₕᵢₙ ₜₕₑ ᵥₐₛₜ ₑₓₚₐₙₛₑ ₒf ₒᵤᵣ cₒₙₛcᵢₒᵤₛₙₑₛₛ, ₘₑₘₒᵣᵢₑₛ ᵣₑₛᵢdₑ ₗᵢₖₑ ₛcₐₜₜₑᵣₑd fᵣₐgₘₑₙₜₛ ₒf ₐ gᵣₐₙd ₜₐₚₑₛₜᵣy. ₛₒₘₑ ₘₑₘₒᵣᵢₑₛ, ᵢₘbᵤₑd wᵢₜₕ ⱼₒy, wₐᵣₘₜₕ, ₐₙd cₕₑᵣᵢₛₕₑd ₘₒₘₑₙₜₛ, ᵢₗₗᵤₘᵢₙₐₜₑ ₒᵤᵣ ₕₑₐᵣₜₛ ₗᵢₖₑ ᵣₐdᵢₐₙₜ ₛₜₐᵣₛ. ₒₜₕₑᵣₛ, ₕₒwₑᵥₑᵣ, ₗᵢₙgₑᵣ ₐₛ ᵤₙwₑₗcₒₘₑ ₛₚₑcₜₑᵣₛ, cₐₛₜᵢₙg ₛₕₐdₒwₛ ᵤₚₒₙ ₒᵤᵣ ₚᵣₑₛₑₙₜ ₐₙd ₜₕᵣₑₐₜₑₙᵢₙg ₜₒ ₑₙgᵤₗf ᵤₛ ᵢₙ ₜₕₑᵢᵣ dₐᵣₖₙₑₛₛ. ₜₕₑₛₑ ᵤₙₚₗₑₐₛₐₙₜ ₘₑₘₒᵣᵢₑₛ, ₗᵢₖₑ ᵢₙₜᵣᵤₛᵢᵥₑ ₜₕₒᵤgₕₜₛ ₜₕₐₜ ᵣₑfᵤₛₑ ₜₒ bₑ ₛᵢₗₑₙcₑd, cₐₙ ᵣₑₗₑₙₜₗₑₛₛₗy ₜₒᵣₘₑₙₜ ₒᵤᵣ ₘᵢₙdₛ, cₐᵤₛᵢₙg ₑₘₒₜᵢₒₙₐₗ dᵢₛₜᵣₑₛₛ ₐₙd ₕᵢₙdₑᵣᵢₙg ₒᵤᵣ ₐbᵢₗᵢₜy ₜₒ fᵤₗₗy ₑₘbᵣₐcₑ ₗᵢfₑ. Yₑₜ, ₜₕₑᵣₑ ₑₓᵢₛₜₛ ₐ ₜᵣₐₙₛfₒᵣₘₐₜᵢᵥₑ ₜₑcₕₙᵢqᵤₑ, ₐₖᵢₙ ₜₒ ₐ ₘₑₙₜₐₗ ₐₗcₕₑₘy, cₐₚₐbₗₑ ₒf ₗᵢbₑᵣₐₜᵢₙg ᵤₛ fᵣₒₘ ₜₕₑ cₗᵤₜcₕₑₛ ₒf ₜₕₑₛₑ ₕₐᵤₙₜᵢₙg ₘₑₘₒᵣᵢₑₛ. ₜₕᵢₛ ₜₑcₕₙᵢqᵤₑ ᵢₙᵥₒₗᵥₑₛ ᵥᵢₛᵤₐₗᵢzᵢₙg ₜₕₑₛₑ ₘₑₘₒᵣᵢₑₛ ₐₛ ₜₐₙgᵢbₗₑ ₚₕₒₜₒgᵣₐₚₕₛ, ᵢₘbᵤₑd wᵢₜₕ cₒₗₒᵣ ₐₙd cₗₐᵣᵢₜy. Wₑ ₜₕₑₙ ₑₘbₐᵣₖ ₒₙ ₐ ₘₑₜₐₚₕₒᵣᵢcₐₗ ⱼₒᵤᵣₙₑy, dᵣₐᵢₙᵢₙg ₜₕₑ ᵥᵢbᵣₐₙcy fᵣₒₘ ₜₕₑ ᵢₘₐgₑₛ, ₜᵣₐₙₛfₒᵣₘᵢₙg ₜₕₑₘ ᵢₙₜₒ ₛₜₐᵣₖ bₗₐcₖ₋ₐₙd₋wₕᵢₜₑ ᵣₑₚᵣₑₛₑₙₜₐₜᵢₒₙₛ. ₜₕₑ ₛₕₐᵣₚₙₑₛₛ ₒf ₜₕₑ dₑₜₐᵢₗₛ fₐdₑₛ, ᵣₑₚₗₐcₑd by ₐ gᵣₐᵢₙy, ₑₜₕₑᵣₑₐₗ qᵤₐₗᵢₜy. Wᵢₜₕ ₒᵤᵣ ₘᵢₙd'ₛ ₑyₑ, wₑ gₑₙₜₗy ₚᵤₛₕ ₜₕₑₛₑ fₐdₑd ₚₕₒₜₒgᵣₐₚₕₛ ₐwₐy fᵣₒₘ ᵤₛ, ᵣₑcₑdᵢₙg ᵢₙₜₒ ₜₕₑ dᵢₛₜₐₙcₑ ᵤₙₜᵢₗ ₜₕₑy bₑcₒₘₑ ₘₑᵣₑ ₛₚₑcₖₛ, ᵥᵤₗₙₑᵣₐbₗₑ ₜₒ ₜₕₑ wₕᵢₘₛ ₒf ₜₕₑ wᵢₙd. Wₑ ₐₗₗₒw ₜₕₑ gₑₙₜₗₑ bᵣₑₑzₑ ₜₒ cₐᵣᵣy ₜₕₑₘ, bᵤffₑₜᵢₙg ₜₕₑₘ ₗₑfₜ ₐₙd ᵣᵢgₕₜ, ᵤₚ ₐₙd dₒwₙ, ᵤₙₜᵢₗ ₜₕₑᵢᵣ ₑdgₑₛ fᵣₐy ₐₙd ₜₑₐᵣ, ₜₕₑ ᵢₘₐgₑₛ bₑcₒₘᵢₙg dᵢₛₜₒᵣₜₑd ₐₙd fᵣₐgₘₑₙₜₑd. Fᵢₙₐₗₗy, wᵢₜₕ ₐ dₑcᵢₛᵢᵥₑ ₘₒₜᵢₒₙ, wₑ ₘₑₙₜₐₗₗy gₐₜₕₑᵣ ₜₕₑₛₑ bₐₜₜₑᵣₑd ₐₙd ₜₒᵣₙ ᵣₑₘₙₐₙₜₛ ₐₙd cₐₛₜ ₜₕₑₘ ᵢₙₜₒ ₐₙ ᵢₘₐgᵢₙₐᵣy bᵢₙ, ₛyₘbₒₗᵢzᵢₙg ₜₕₑ ₐcₜ ₒf ₗₑₜₜᵢₙg gₒ, ₒf ᵣₑₗᵢₙqᵤᵢₛₕᵢₙg ₒᵤᵣ ₕₒₗd ₒₙ ₜₕₑ ₚₐᵢₙ ₐₙd ₛᵤffₑᵣᵢₙg ₐₛₛₒcᵢₐₜₑd wᵢₜₕ ₜₕₑₛₑ ₘₑₘₒᵣᵢₑₛ. Wₑ ᵣₑₗₑₐₛₑ ₜₕₑₘ ᵢₙₜₒ ₒbₗᵢᵥᵢₒₙ, ₛₑᵥₑᵣᵢₙg ₜₕₑ ₑₘₒₜᵢₒₙₐₗ ₜᵢₑₛ ₜₕₐₜ bᵢₙd ᵤₛ ₜₒ ₜₕₑᵢᵣ ₗᵢₙgₑᵣᵢₙg ₚᵣₑₛₑₙcₑ. ₜₕᵢₛ ₜᵣₐₙₛfₒᵣₘₐₜᵢᵥₑ ᵥᵢₛᵤₐₗᵢzₐₜᵢₒₙ ₑₓₑᵣcᵢₛₑ ₑₘₚₒwₑᵣₛ ᵤₛ ₜₒ cₒₙfᵣₒₙₜ ₒᵤᵣ ᵤₙₚₗₑₐₛₐₙₜ ₘₑₘₒᵣᵢₑₛ wᵢₜₕ cₒᵤᵣₐgₑ ₐₙd ᵣₑₛᵢₗᵢₑₙcₑ. By dᵢₛₜₐₙcᵢₙg ₒᵤᵣₛₑₗᵥₑₛ fᵣₒₘ ₜₕₑₛₑ ₘₑₘₒᵣᵢₑₛ, bₒₜₕ ₚₕyₛᵢcₐₗₗy ₐₙd ₑₘₒₜᵢₒₙₐₗₗy, wₑ dᵢₘᵢₙᵢₛₕ ₜₕₑᵢᵣ ₕₒₗd ₒₙ ₒᵤᵣ ₚₛycₕₑ. ₜₕₑ ₐcₜ ₒf fₐdᵢₙg ₜₕₑ cₒₗₒᵣₛ, ᵣₑdᵤcᵢₙg ₜₕₑ cₗₐᵣᵢₜy, ₐₙd ₜₑₐᵣᵢₙg ₜₕₑ ᵢₘₐgₑₛ ₛyₘbₒₗᵢzₑₛ ₜₕₑ ₚᵣₒcₑₛₛ ₒf dₑₜₐcₕᵢₙg ₒᵤᵣₛₑₗᵥₑₛ fᵣₒₘ ₜₕₑ ₑₘₒₜᵢₒₙₐₗ cₕₐᵣgₑ ₐₙd ᵢₙₜₑₙₛᵢₜy ₐₛₛₒcᵢₐₜₑd wᵢₜₕ ₜₕₑₛₑ ₘₑₘₒᵣᵢₑₛ. ₐₛ wₑ ᵣₑₚₑₐₜₑdₗy ₑₙgₐgₑ ᵢₙ ₜₕᵢₛ ᵥᵢₛᵤₐₗᵢzₐₜᵢₒₙ ₑₓₑᵣcᵢₛₑ, wₑ gᵣₐdᵤₐₗₗy ᵣₑwᵢᵣₑ ₒᵤᵣ ₙₑᵤᵣₐₗ ₚₐₜₕwₐyₛ, wₑₐₖₑₙᵢₙg ₜₕₑ cₒₙₙₑcₜᵢₒₙₛ bₑₜwₑₑₙ ₜₕₑ ₘₑₘₒᵣy ₐₙd ₜₕₑ ₑₘₒₜᵢₒₙₐₗ ᵣₑₛₚₒₙₛₑ ᵢₜ ₜᵣᵢggₑᵣₛ. ₒᵥₑᵣ ₜᵢₘₑ, ₜₕₑ ₘₑₘₒᵣᵢₑₛ ₗₒₛₑ ₜₕₑᵢᵣ ₚₒwₑᵣ ₜₒ ₑᵥₒₖₑ dᵢₛₜᵣₑₛₛ, bₑcₒₘᵢₙg ₘₑᵣₑ ₑcₕₒₑₛ ₒf ₑᵥₑₙₜₛ ₜₕₐₜ ₒₙcₑ ₕₑₗd ᵤₛ cₐₚₜᵢᵥₑ. ₜₕₑ ₐcₜ ₒf dᵢₛcₐᵣdᵢₙg ₜₕₑ ₜₒᵣₙ ₐₙd ₜₐₜₜₑᵣₑd ₚₕₒₜₒgᵣₐₚₕₛ ᵢₙₜₒ ₜₕₑ ₘₑₙₜₐₗ bᵢₙ ₛᵢgₙᵢfᵢₑₛ ₜₕₑ cₒₙₛcᵢₒᵤₛ cₕₒᵢcₑ ₜₒ ₗₑₜ gₒ ₒf ₜₕₑ ₚₐₛₜ, ₜₒ ᵣₑₗₑₐₛₑ ₜₕₑ bᵤᵣdₑₙ ₒf ₙₑgₐₜᵢᵥₑ ₘₑₘₒᵣᵢₑₛ ₜₕₐₜ ₕₐᵥₑ wₑᵢgₕₑd ᵤₛ dₒwₙ fₒᵣ ₜₒₒ ₗₒₙg. ₜₕᵢₛ ₛyₘbₒₗᵢc gₑₛₜᵤᵣₑ ₘₐᵣₖₛ ₐ ₚᵢᵥₒₜₐₗ ₘₒₘₑₙₜ ᵢₙ ₒᵤᵣ ⱼₒᵤᵣₙₑy ₜₒwₐᵣdₛ ₕₑₐₗᵢₙg ₐₙd ₗᵢbₑᵣₐₜᵢₒₙ, ₐₛ wₑ ᵣₑcₗₐᵢₘ ₒᵤᵣ ₚₒwₑᵣ ₐₙd ₐgₑₙcy ₒᵥₑᵣ ₒᵤᵣ ₒwₙ ₘᵢₙdₛ. ᵢₜ ᵢₛ ᵢₘₚₒᵣₜₐₙₜ ₜₒ ₑₘₚₕₐₛᵢzₑ ₜₕₐₜ ₜₕᵢₛ ᵥᵢₛᵤₐₗᵢzₐₜᵢₒₙ ₜₑcₕₙᵢqᵤₑ ᵢₛ ₙₒₜ ₐ ₚₐₙₐcₑₐ fₒᵣ ₐₗₗ ₚₛycₕₒₗₒgᵢcₐₗ wₒᵤₙdₛ. ᵢₙ cₐₛₑₛ ₒf ₛₑᵥₑᵣₑ ₜᵣₐᵤₘₐ ₒᵣ dₑₑₚ₋ₛₑₐₜₑd ₑₘₒₜᵢₒₙₐₗ dᵢₛₜᵣₑₛₛ, ₚᵣₒfₑₛₛᵢₒₙₐₗ ₜₕₑᵣₐₚₑᵤₜᵢc ᵢₙₜₑᵣᵥₑₙₜᵢₒₙ ₘₐy bₑ ₙₑcₑₛₛₐᵣy. ₕₒwₑᵥₑᵣ, fₒᵣ ₜₕₒₛₑ gᵣₐₚₚₗᵢₙg wᵢₜₕ ₜₕₑ ᵢₙₜᵣᵤₛᵢᵥₑ ₚᵣₑₛₑₙcₑ ₒf ᵤₙₚₗₑₐₛₐₙₜ ₘₑₘₒᵣᵢₑₛ, ₜₕᵢₛ ₑₓₑᵣcᵢₛₑ ₒffₑᵣₛ ₐ ₚₒwₑᵣfᵤₗ ₜₒₒₗ fₒᵣ ₛₑₗf₋ₕₑₐₗᵢₙg ₐₙd ₑₘₒₜᵢₒₙₐₗ ₜᵣₐₙₛfₒᵣₘₐₜᵢₒₙ. ₐₛ wₑ ₑₘbₐᵣₖ ₒₙ ₜₕᵢₛ ₜᵣₐₙₛfₒᵣₘₐₜᵢᵥₑ ⱼₒᵤᵣₙₑy, wₑ ₘₐy ₑₙcₒᵤₙₜₑᵣ ₘₒₘₑₙₜₛ ₒf ᵣₑₛᵢₛₜₐₙcₑ ₒᵣ dₒᵤbₜ. ₜₕₑ ₘᵢₙd, ₐccᵤₛₜₒₘₑd ₜₒ fₐₘᵢₗᵢₐᵣ ₚₐₜₜₑᵣₙₛ, ₘₐy ᵢₙᵢₜᵢₐₗₗy ₛₜᵣᵤggₗₑ ₜₒ ᵣₑₗᵢₙqᵤᵢₛₕ ᵢₜₛ ₕₒₗd ₒₙ ₜₕₑ ₚₐₛₜ. Yₑₜ, wᵢₜₕ ₚₑᵣₛₑᵥₑᵣₐₙcₑ ₐₙd ᵤₙwₐᵥₑᵣᵢₙg cₒₘₘᵢₜₘₑₙₜ, wₑ cₐₙ cᵤₗₜᵢᵥₐₜₑ ₜₕₑ ᵢₙₙₑᵣ ₛₜᵣₑₙgₜₕ ₐₙd ᵣₑₛᵢₗᵢₑₙcₑ ₙₑcₑₛₛₐᵣy ₜₒ bᵣₑₐₖ fᵣₑₑ fᵣₒₘ ₜₕₑ gᵣᵢₚ ₒf ᵤₙwₐₙₜₑd ₘₑₘₒᵣᵢₑₛ. ₑₘbᵣₐcₑ ₜₕᵢₛ ᵥᵢₛᵤₐₗᵢzₐₜᵢₒₙ ₜₑcₕₙᵢqᵤₑ ₐₛ ₐ cₐₜₐₗyₛₜ fₒᵣ ₚₑᵣₛₒₙₐₗ gᵣₒwₜₕ ₐₙd ₑₘₚₒwₑᵣₘₑₙₜ. ₐₗₗₒw yₒᵤᵣₛₑₗf ₜₒ bₑ gᵤᵢdₑd by ₜₕₑ ₜᵣₐₙₛfₒᵣₘₐₜᵢᵥₑ ₚₒwₑᵣ ₒf yₒᵤᵣ ₒwₙ ₘᵢₙd, ⱼₒᵤᵣₙₑyᵢₙg ₜₒwₐᵣdₛ ₐ fᵤₜᵤᵣₑ ᵤₙbᵤᵣdₑₙₑd by ₜₕₑ wₑᵢgₕₜ ₒf ₜₕₑ ₚₐₛₜ. Wᵢₜₕ ₑₐcₕ ᵣₑₚₑₜᵢₜᵢₒₙ ₒf ₜₕₑ ₑₓₑᵣcᵢₛₑ, yₒᵤ ₐᵣₑ cᵣₑₐₜᵢₙg ₙₑw ₙₑᵤᵣₐₗ ₚₐₜₕwₐyₛ, ᵣₑᵢₙfₒᵣcᵢₙg ₜₕₑ cₒₙₙₑcₜᵢₒₙₛ bₑₜwₑₑₙ yₒᵤᵣ cₒₙₛcᵢₒᵤₛ ₘᵢₙd ₐₙd yₒᵤᵣ ᵢₙₙₑᵣ wₑₗₗₛₚᵣᵢₙg ₒf ₛₜᵣₑₙgₜₕ ₐₙd ᵣₑₛᵢₗᵢₑₙcₑ. ᵣₑₘₑₘbₑᵣ, yₒᵤ ₐᵣₑ ₙₒₜ dₑfᵢₙₑd by yₒᵤᵣ ₘₑₘₒᵣᵢₑₛ, ₚₗₑₐₛₐₙₜ ₒᵣ ᵤₙₚₗₑₐₛₐₙₜ. Yₒᵤ ₚₒₛₛₑₛₛ ₜₕₑ ᵢₙₕₑᵣₑₙₜ cₐₚₐcᵢₜy ₜₒ ₜᵣₐₙₛcₑₙd ₜₕₑ ₗᵢₘᵢₜₐₜᵢₒₙₛ ₒf ₜₕₑ ₚₐₛₜ ₐₙd ₛₕₐₚₑ yₒᵤᵣ ₒwₙ ₙₐᵣᵣₐₜᵢᵥₑ. ₑₘbᵣₐcₑ ₜₕₑ ₜᵣₐₙₛfₒᵣₘₐₜᵢᵥₑ ₚₒwₑᵣ ₒf ₜₕᵢₛ ᵥᵢₛᵤₐₗᵢzₐₜᵢₒₙ ₑₓₑᵣcᵢₛₑ, ₐₙd ₑₘbₐᵣₖ ₒₙ ₐ ⱼₒᵤᵣₙₑy ₜₒwₐᵣdₛ ₕₑₐₗᵢₙg, ₗᵢbₑᵣₐₜᵢₒₙ, ₐₙd ₛₑₗf₋dᵢₛcₒᵥₑᵣy.

snoop · 2024-02-12T13:14:58+00:00

I had weird wet dream last night With my step sister. Wtf. How do I erase it from my memory?

ask her if she had the same dream.

snoop