preciso de uma jovem com sobrepeso sentada num sofá, olhando o celular com uma fisionomia desanimada
preciso de uma jovem com um pouco de sobrepeso sentada num sofá, olhando o celular com uma fisionomia desanimada
In the verdant valleys of County Durham, a legendary tale has captivated generations since the 14th century. The Lambton Worm, a mythical serpentine creature, emerges from the rich folklore surrounding the River Wear, intertwining local history with supernatural mystery.
The story centers on young John Lambton, a rebellious nobleman who chose fishing over church on a fateful Sunday. According to local legend, he caught a strange, worm-like creature in the River Wear – an event that would spawn a narrative of supernatural consequences and local folklore.
Durham’s landscape was dramatically shaped by extensive mining operations:
Lead Mining: Documented since Roman occupation
Coal Mining: Peak production in 1913 with 170,000 miners
Mineral Extraction: Included fluorite, limestone, and ironstone
The region’s geological composition proved crucial to industrial development:
Carboniferous minerals: Limestone, coal measures
Strategic mineral deposits supporting steel and iron manufacturing
Weardale and Teesside becoming significant industrial centers
The mining industry catalyzed railway expansion:
Weardale Railway connecting key mining communities
Infrastructure development supporting mineral transportation
Economic transformation of the rural landscape
Nematode populations in mining environments
Geological formations including:
Serpentine rocks
Granite formations
Limestone inliers
The Lambton Worm represents more than a mere folktale – it symbolizes the complex interactions between human activity, natural environment, and mythological imagination in Durham’s rich cultural tapestry.
From supernatural legends to industrial revolution, the story of the Lambton Worm encapsulates the multifaceted history of County Durham, bridging mythological narrative with tangible historical progress.
Introduction – Oxford, Indiana: A Starting Point
In September 1889, in Oxford, Indiana, reports surfaced of a large, horned snake (15ft long, stovepipe width, glowing eyes) disturbing graves in Oxford West Cemetery.
A mausoleum was constructed to protect the dead.
This event sparked an investigation into similar occurrences, revealing a widespread, ongoing phenomenon.
Global Parallels: Ancient Myths and Modern Reports
Similar stories of underground serpents and disturbances exist across cultures:
England: Lambton Worm (Durham): A giant worm terrorizing the River Wear area.
Mongolia: Mongolian Death Worm (Gobi Desert): A massive underground creature with deadly abilities.
Cambodia/Thailand: Nāga Temples: Temples built with underground chambers related to serpent beings.
Austria: Lindworm of Klagenfurt: A dragon/serpent emerging from underground caverns.
Pacific Northwest Native Traditions: Wasgo: A creature known to burrow underground.
Oxford is unique in its focus on graveyard disturbance and the specific response of building a mausoleum.
US Historical Accounts: The 1870s – 1890s (Part 1)
Reports of underground disturbances and serpent-like creatures were prevalent across the US:
1873-1875: Uwharrie Mountains, North Carolina (mining disruption)
1875-1877: Hudson Valley, New York (multiple newspaper accounts)
1875-1877: Sacramento River Delta, California (farming disruption)
1876-1878: Silver City Region, New Mexico (mining disruption)
1876-1878: Adirondacks Region, New York (mining and logging disruption)
1878-1880: Cache Valley, Utah (farmers reported ground disturbances)
1878-1880: Red River Valley, Louisiana (newspaper accounts)
1879-1881: Superstition Mountains, Arizona (mine cave-ins)
1880-1882: Delaware Water Gap, New Jersey
1880-1882: Guadalupe Mountains, Texas
1881-1883: Cumber Gap, Tennessee
1881-1883: Great Dismal Swamp, Virginia/North Carolina
1882-1884: Lake Champlain Region, Vermont
1883-1885: Cahaba River Valley, Alabama
1883-1885: Blue Ridge Mountains, Virginia
1884-1886: Flint Hills Region, Kansas
1885-1887: Penobscot Bay, Maine
1885-1887: Salt River Valley, Arizona
1886-1888: Choctaw Territory, Oklahoma
1887-1889: Mobile Bay Region, Alabama
1888-1890: Baxter Springs, Kansas
1888-1890: Sawtooth Mountains, Idaho
1889: Oxford West Cemetery, Indiana (original story)
1890-1892: Catskill Mountains, New York
1891-1893: Kittatinny Mountains, Pennsylvania
1892-1894: Arkansas River Valley, Colorado
1892-1894: St. Croix River Valley, Minnesota
1893-1895: Moosehead Lake Region, Maine
1893-1895: Green River Valley, Kentucky
1893-1895: Natchez Trace Region, Mississippi
1894-1896: Upper Peninsula, Michigan
1895-1897: Humboldt County, Nevada
1895-1897: Cascade Range, Oregon
1896-1898: Lake of the Ozarks Region, Missouri
US Historical Accounts: Characteristics
Common characteristics of these historical accounts:
Holes: Approximately 12-18 inches in diameter.
Tunnel Systems: Similar angles and patterns.
Ground Disturbances: Spiral depressions, subsurface movement.
Location: Proximity to water sources, geological fault lines, and mineral deposits.
Modern Era Accounts: 1948 – Present
The phenomenon continues into the modern era:
1950s-Present: Mount Shasta, California (long-term documentation)
1960s-1980s: Yakima Indian Reservation, Washington
1966-1967: Point Pleasant, West Virginia (Mothman connection)
1967-Present: San Luis Valley, Colorado (ongoing documentation)
1970s-Present: Dulce, New Mexico (continuous reporting)
1980s-1990s: Pine Bush, New York
1990s-Present: Black Forest, Colorado
1960s-Present: Superstition Mountains, Arizona
1970s-Present: Uinta Basin, Utah
1950s-1980s: Ozark Mountains, Arkansas/Missouri
1975-Present: Marfa Region, Texas
1980s-Present: Lake Wallenpaupack, Pennsylvania
1968-Present: Olympic Peninsula, Washington
1950s-Present: Berkshire Mountains, Massachusetts
1963-Present: Mammoth Cave Region, Kentucky
1970s-Present: Death Valley, California
1982-Present: Hudson Valley Region, New York
1955-Present: Great Smoky Mountains, Tennessee/North Carolina
Current Activity Clusters (2019 – 2024)
Concentrated activity is observed in the following clusters:
Western Mountain Cluster: Wyoming, Montana, Idaho (Yellowstone Region)
Four Corners Cluster: Utah (Skinwalker Ranch), Colorado (San Luis Valley), Arizona (Sedona), New Mexico (Dulce)
Pacific Northwest Cluster: Washington (Olympic Peninsula), Oregon (Cascade Range), California (Mount Shasta)
Eastern Clusters: Appalachian Region, Ozark Plateau
Environmental Patterns: Geological & Weather Correlations
Consistent environmental patterns are associated with the phenomenon:
Geological:
Karst topography connections (limestone regions, cave systems)
Mineral associations (iron, quartz, copper, rare earth elements)
Weather:
Increased activity 24-48 hours after heavy rain
High humidity periods
Seasonal transitions
Sudden pressure changes
Environmental Patterns:
Soil & Vegetation
Soil:
Clay-rich soils
High mineral content
High water table
Vegetation:
Circular dead zones
Unusual growth patterns
Stressed vegetation along tunnel lines
Environmental Patterns:
Electromagnetic
Electromagnetic:
Increased activity during geomagnetic storms
Natural magnetic anomalies
Electromagnetic hotspots
Equipment malfunctions (cell phones, cameras, GPS)
Compass variations
Radio interference
Atmospheric Phenomena:
Rainbows & Static Discharge:
Rainbow Phenomena: Ground disturbances followed by rainbow sightings.
Static Discharge: Metallic taste in air, hair standing on end, static cling, equipment malfunction.
Static discharge may contribute to air ionization.
Unique atmospheric situation are created by the following effects:
*Gas releases from below ground
*Static discharge building up
*Creation of an ionized field
*Moisture in the air becoming charged
*Particulate matter being released
The prismatic effect is enhanced by the electrical charge
Atmospheric Phenomena:
Unusual Light Forms:
“Fire in the Sky”: Reddish-orange illumination, often at dusk/dawn.
“Colored Lightning”: Horizontal movement, multiple colors, no thunder.
“Glowing Air”: Luminous mist/fog, bluish-white, visible day or night.
“Dancing Lights”: Systematic movement, changing colors, responsive to ground movement.
“Electric Rainbows”: Appear without rain, can occur at night, unusual color patterns.
Other Signs, Reactions, and Events from the 1800s
Additional signs reported in historical accounts:
Animal Behavior: Agitation, refusal to cross areas, unusual migrations.
Plant/Vegetation Changes: Sudden wilting, unusual growth, crop failure.
Water-Related: Cloudy wells, water level changes, metallic taste, stream course changes.
Ground Effects: Earth sounds, ground warming, soil color changes.
Atmospheric Effects: Fog in lines, unusual smells (metallic/sulfur), temperature variations.
Human/Structure Impacts: Physical sensations (metallic taste, tingling, headaches), structural damage (foundation settling, cracks).
Tool/Equipment Reactions: Rapid rusting, magnetization, compass malfunctions.
Ideal Conditions: A “Perfect Storm” Scenario
Ideal conditions for triggering or intensifying events:
Temperature: 45-65°F (7-18°C), temperature inversions.
Pressure: Barometric pressure changes of 0.5-1.0 inches, dropping pressure.
Humidity: 65-85%, post-rain conditions, saturated ground.
Weather: Recent rainfall, clearing conditions, light wind.
Ground: Saturated soil, recent groundwater changes, clay-rich soil, mineral presence.
Timing: Dawn/dusk, full moon periods, seasonal changes, equinox proximity, solar activity peaks.
Geographic: Near water sources, mineral deposits, fault lines, underground cavities.
Electromagnetic: EMF fluctuations, geomagnetic activity, solar flare activity, static charge buildup.
Fog and Air Smell Characteristics
Fog and Air Smell Characteristics:
Fog:
Forms in lines/tracks, hugs the ground, unusually dense.
Moves against wind, appears suddenly, can form in dry conditions.
Often glows or has luminous quality.
Air Smell:
Metallic: Copper-like, iron/blood smell, ozone-like.
Sulfur: Rotten egg smell, match-like, pungent.
Conclusion:
A Persistent Phenomenon:
The consistent patterns observed over 150 years suggest a persistent, explainable phenomenon.
Understand the Underlying Effects of Mining
Understanding the Importance of Natural Migration
Understanding the Relevance of Cultural Knowledge
Desde 2016, quando comecei minha jornada no mercado Forex com apenas $100 dólares, aprendi muito sobre como as corretoras operam e como elas lucram além das comissões que cobram dos traders. Hoje, quero compartilhar com você os segredos que descobri ao longo dos anos, além de oferecer dicas valiosas para quem está começando ou quer aprimorar suas estratégias de trading.

Muitos traders iniciantes acreditam que as corretoras de Forex lucram apenas com as comissões cobradas em cada operação. No entanto, a realidade é muito mais complexa e envolve várias fontes de renda. Vamos explorar as principais:
O spread é a diferença entre o preço de compra (bid) e o preço de venda (ask) de um par de moedas. As corretoras ajustam esses spreads para garantir lucro em cada transação. Por exemplo, se o spread do EUR/USD for 2 pips, a corretora ganha essa diferença em cada operação, independentemente do resultado do trader.
Quando um trader mantém uma posição aberta durante a noite, a corretora cobra uma taxa chamada swap. Essa taxa é baseada na diferença entre as taxas de juros das moedas envolvidas no par negociado. Em muitos casos, o swap pode ser uma fonte significativa de receita para as corretoras.
A alavancagem permite que os traders operem com volumes maiores do que seu capital inicial. No entanto, isso também aumenta o risco de perdas. Quando um trader não consegue cobrir uma margem, a corretora fecha a posição automaticamente, muitas vezes resultando em perdas para o trader e lucro para a corretora.
Algumas corretoras oferecem contas ECN (Electronic Communication Network) ou STP (Straight Through Processing), onde o spread é menor, mas há uma comissão fixa por lote negociado. Essas comissões são outra fonte de renda para as corretoras.
Muitas corretoras, como a Deriv, oferecem programas de afiliados onde os traders podem ganhar comissões ao indicar novos clientes. Essas comissões são pagas em dólares e podem ser uma fonte de renda passiva significativa.

Comecei no Forex em 2016 com apenas $100 dólares. No início, enfrentei muitas dificuldades, mas com estudo e prática, consegui desenvolver estratégias que me permitiram crescer minha conta. Hoje, além de operar, também participo do programa de afiliados da Deriv, o que me permite ganhar comissões recorrentes.
A Deriv é uma corretora regulamentada e confiável, com spreads competitivos e uma plataforma de trading intuitiva. Além disso, o programa de afiliados da Deriv é um dos melhores do mercado, permitindo que eu ganhe comissões em dólares todos os meses. Abra uma Conta Demo sem Riscos na Deriv aqui.

Se você está começando no Forex, recomendo abrir uma conta demo na Deriv. Uma conta demo permite que você pratique suas estratégias sem arriscar dinheiro real. É uma ótima maneira de aprender como o mercado funciona e testar diferentes abordagens de trading.
Clique em “Abrir Conta Demo”.
Preencha o formulário de cadastro.
Comece a praticar suas estratégias de trading.

Além de operar no Forex, você pode ganhar dinheiro indicando novos clientes para a Deriv. O programa de afiliados paga comissões recorrentes, o que significa que você pode ganhar dinheiro todos os meses sem precisar operar.
Comissões em Dólares: As comissões são pagas em dólares, o que é vantajoso devido à valorização da moeda.
Pagamentos Recorrentes: Você recebe comissões todos os meses, desde que seus indicados continuem operando.
Suporte e Ferramentas: A Deriv oferece suporte e ferramentas para ajudar você a promover o programa.

Escolher a corretora certa é crucial para o sucesso no Forex. Aqui estão algumas dicas para ajudar você a tomar a decisão certa:
Regulamentação: Certifique-se de que a corretora é regulamentada por uma autoridade financeira reconhecida.
Spreads e Comissões: Compare os spreads e comissões cobrados por diferentes corretoras.
Plataforma de Trading: Escolha uma corretora que ofereça uma plataforma de trading intuitiva e estável.
Suporte ao Cliente: Verifique se a corretora oferece suporte ao cliente eficiente e disponível 24/7.
Programa de Afiliados: Se você está interessado em ganhar comissões, escolha uma corretora com um programa de afiliados atrativo.

O mercado Forex oferece oportunidades incríveis para quem está disposto a aprender e se dedicar. No entanto, é importante entender como as corretoras lucram e como você pode usar isso a seu favor. Se você está começando, recomendo abrir uma conta demo na Deriv e explorar o programa de afiliados para ganhar comissões recorrentes.
Lembre-se, o trading envolve riscos, e é essencial ter uma estratégia sólida e gerenciamento de risco adequado. Boa sorte na sua jornada no Forex!

O spread é a diferença entre o preço de compra e venda de um par de moedas. É a principal fonte de lucro das corretoras.
As taxas overnight, ou swaps, são cobradas quando uma posição é mantida aberta durante a noite. Elas são baseadas na diferença entre as taxas de juros das moedas envolvidas.
A alavancagem permite que os traders operem com volumes maiores do que seu capital inicial. No entanto, aumenta tanto os lucros quanto as perdas potenciais.
Escolha uma corretora regulamentada, com spreads competitivos, uma plataforma de trading intuitiva e um bom suporte ao cliente.
Você pode ganhar comissões em dólares indicando novos clientes para a Deriv. As comissões são pagas todos os meses, desde que seus indicados continuem operando.
O trading no Forex envolve riscos significativos, incluindo a perda de capital. É essencial ter uma estratégia sólida e gerenciamento de risco adequado.
Advertência: O mercado financeiro envolve riscos, e é possível perder todo o capital investido. Nunca invista mais do que você pode perder e sempre busque orientação de profissionais qualificados.
Referências:
Exploring the Depths of Human Perception: Are We Living in a Conditioned Reality?
February 10, 2025
Recent discussions about human consciousness and sensory perception have led to intriguing questions about the nature of our visual and sensory experiences. This article explores the possibility that our current understanding of human perception might be significantly limited by modern societal conditioning and technological interventions.
What is Synesthesia?
Synesthesia is a neurological funtion in which stimulation of one sensory or cognitive pathway leads to automatic experiences in a second sensory or cognitive pathway. In simpler terms, it’s when one sense triggers another. For example, a person capable of synesthesia (a “synesthete”) might see sounds, taste words, or feel colors.
Part I: The Universal Synesthesia
The Potential Universal Nature of Synesthesia: A Theory on Lost Human Perceptual Abilities
Core Hypothesis:
All humans may naturally be born with synesthetic abilities – the capacity to experience interconnected senses (like seeing sounds or tasting colors). However, these natural abilities might be systematically diminished through modern influences.
Key Points:
Modern Learning vs. Natural Discovery
Today’s humans are predominantly told what things are rather than discovering them firsthand
Our perceptions are constructed through others’ narratives rather than through direct experience
This “programmed perception” might override our natural sensory capabilities
Societal Conditioning
Parents are trained to raise children according to specific societal norms
These standardized approaches to child-rearing might inadvertently suppress natural perceptual abilities
Cultural narratives and expectations shape how we process sensory information
Technological Interference
Modern medical technologies, particularly prenatal ultrasound, may have unexamined effects
As beings of light/energy (bioelectric beings), we are naturally attuned to Earth’s electromagnetic field
Artificial electromagnetic interventions might disrupt our natural perceptual development
The timing of these interventions (prenatal period) could be particularly significant
Supporting Context:
Humans are fundamentally bioelectric beings, operating through subtle energy fields
We are naturally integrated with Earth’s electromagnetic frequencies
Our natural state might include broader perceptual abilities than currently recognized
Modern lifestyle and medical practices might interfere with these natural capabilities
Question for Consideration:
Are we inadvertently diminishing human perceptual capabilities through modern medical practices and societal conditioning, rather than these abilities being rare genetic traits as currently believed?
This hypothesis suggests a need to re-examine our understanding of human perceptual potential and the possible impacts of modern practices on natural human abilities.
Part II: Multi-Perspective Analysis of Human Perception
A comprehensive examination through five distinct philosophical and cultural lenses reveals fascinating insights into the nature of human perception:
Native American Wisdom:
Traditional indigenous perspectives suggest that sight transcends mere physical sensation. Vision is understood as a sacred exchange between beings, where seeing creates relationships and obligations. This wisdom tradition maintains that children naturally possess expanded perceptual abilities that often diminish through modern socialization.
Biblical Understanding:
Scripture presents vision as both physical and spiritual, describing eyes as “the lamp of the body.” This dual nature of perception suggests our modern understanding might be incomplete, focusing solely on the mechanical aspects while neglecting deeper spiritual dimensions of sight.
Jungian Psychological Perspective:
Carl Jung’s work suggests visual perception connects directly to the collective unconscious. Our current perceptual limitations might result from cultural conditioning rather than natural boundaries. This view supports the possibility that synesthetic abilities represent a more natural state of human consciousness.
Anthroposophical Insights (Rudolf Steiner):
Steiner’s research proposed that vision involves active spiritual processes beyond physical mechanics. His work explicitly supports the theory that humans are born with expanded perceptual capabilities that typically diminish through modern education and lifestyle practices.
Modern Scientific Evidence:
Contemporary research provides intriguing support for these traditional perspectives:
Studies confirm the brain’s active role in constructing visual experience
Neuroplasticity research demonstrates remarkable perceptual flexibility
Quantum physics suggests reality fundamentally differs from our ordinary perception
Developmental neuroscience shows infants possess more neural connections than adults
Part III: Implications and Questions for Further Research
The convergence of these perspectives raises crucial questions:
Developmental Considerations:
How do early childhood experiences shape perceptual capabilities?
What role does electromagnetic exposure play in sensory development?
Could prenatal interventions affect natural perceptual abilities?
Technological Impact:
How might modern medical practices influence consciousness development?
What are the long-term effects of artificial electromagnetic fields on human perception?
Could ultrasound examinations affect subtle energy fields in developing humans?
Educational Implications:
How might educational systems be redesigned to preserve natural perceptual abilities?
What role does cultural conditioning play in limiting or expanding perception?
Could alternative educational approaches help maintain synesthetic capabilities?
This multi-faceted exploration suggests that human perceptual capabilities might be far more expansive than currently recognized. The possibility that we are all born with synesthetic abilities, subsequently diminished through modern practices, merits serious consideration and further research. Understanding these potential limitations could lead to new approaches in education, medical practice, and human development that better preserve and nurture our natural perceptual capabilities.
Call to Action:
As we continue to advance technologically, it becomes increasingly important to examine how our modern practices might affect human consciousness and perception. This calls for a balanced approach that integrates traditional wisdom with contemporary scientific understanding to optimize human potential and development.