Are Clairvoyant People Linked To Brain Injuries?

A study has revealed that individuals with neurological or rTMS-induced frontal lesions show enhanced mind-matter interaction abilities. This research offers a new perspective on how the brain might suppress innate psychic abilities, potentially revolutionizing our understanding of these elusive phenomena. Clairvoyance is the supposed ability to perceive events or information beyond the natural range of the senses, and individuals who claim to possess clairvoyant abilities may report experiences such as seeing visions. True clairvoyance is unsupported by scientific evidence, but a subtle difference in how some people perceive the timing of events can be observed.

Extrasensory perception (ESP) refers to information perceived outside of the five senses, including phenomena such as telepathy, clairvoyance, and knowledge of future events. Research published in 2021 found a predisposition to high levels of absorption in tasks, unusual auditory experiences in childhood, and a high susceptibility to auditory hallucinations.

Despite an increased occurrence of head injury, no clear correlation was found with the onset of “psychic” sensitivity. Mystical experiences showed a trend, and people who lose sight due to an injury can develop clairvoyance or clairsentience as a compensation for losing vision.

Psychic shock may cause lasting reductions in brain metabolism with the consequence of severe intellectual malfunctioning. Head injuries are one of the only ways psychic abilities can become apparent without intentionally activating and practicing them. Some people who have suffered traumatic brain injuries report increased psychic abilities, such as Shawn Lerwill. Brain-injury research from the University of Missouri provides evidence that feelings of spiritual transcendence are the product of specific brain activity.

Can a brain injury change your personality?

Emotional lability, a condition resulting from a head injury, is characterized by severe mood swings that alter a person’s reactions to certain situations. This condition differs from normal mood swings due to the extremeness of emotions and the rapid changes they occur. Examples of emotional lability include mixed outbursts, short outbursts, and reactions to situations that are not funny or sad. These emotional changes can be out of proportion or out of context to the situation or environment.

Can trauma affect your eyesight?

Millions of people worldwide suffer from traumatic brain injuries (TBI), often resulting in visual dysfunction. Post-Traumatic Stress Disorder (PTSD) is often accompanied by visual disturbances known as Post-Traumatic Vision Syndrome (PTVS). PTVS disrupts the visual process, affecting the neurological system that transmits information to the brain and muscles controlling eye movements. This can cause difficulties with maintain fixation, binocular fusion, and accommodation.

Symptoms of PTVS include poor vision in both eyes, blurred vision, and difficulty in focusing. Despite good vision in each eye, a TBI can cause visual dysfunctions such as blurred vision, dilated vision, and difficulty in focusing.

What is childish behavior after brain injury?

Head injuries can lead to increased irritability and aggression, resulting in impatience, intolerantness, poor impulse control, and easily irritated individuals. This can lead to verbal or physical aggression. Impulsive behavior, such as inappropriate comments or unfinished tasks, can cause embarrassment in social situations. PCS patients may also experience excessive disinhibition, leading to socially inappropriate behavior such as discussing sensitive information, being overly familiar with acquaintances, using crude language, and experiencing uncontrolled rage. These behavioral changes can result in outbursts of verbal or physical aggression.

Why does the face change after a brain injury?

Facial palsy is caused by a skull fracture to the temporal bone, which is the path through which the facial nerve travels. This can result in temporary or permanent damage to one or both facial nerves. The most common type of fracture is a longitudinal fracture, which accounts for 80 percent of all temporal bone fractures, caused by a blow to the side of the head. This can lead to a ruptured eardrum and bleeding from the ear. Less common is a transverse fracture, which is less common and more serious, causing hearing loss and balance problems.

Head trauma can be complicated by other life-threatening issues, which require significant time and attention before the fracture is addressed. A good assessment of facial function requires a cooperative patient, and many patients are in a coma after head trauma, making a thorough examination of nerve function impossible.

Does brain damage affect eyesight?

A traumatic brain injury (TBI) can affect visual processing and perception by damaging the brain regions responsible for these functions, including the cranial nerves, optic nerve tract, and occipital lobe. The specific effects of a TBI on vision depend on the location and severity of the injury.

Does brain injury affect intelligence?

Brain injuries often cause a drop in IQ, but this usually improves over time as the brain heals. Researchers argue that most intelligence loss after brain injury is due to trauma, as the brain is too focused on repairing itself to answer test questions. IQ test numbers may be lower in the early stages of recovery, but return to baseline over time. Essentially, the person doesn’t lose their pre-injury intelligence.

Can head injuries cause time perception issues?

The consistent higher temporal variability observed in TBI patients is a sign of impaired frontally mediated cognitive functions involved in time perception. Adequate temporal abilities are essential for performing most of everyday activities and understanding how humans perceive time is always an engaging question. Humans have to process time across a wide range of intervals, from milliseconds up to the hour range.

One of the most influential models of time processing is the Scalar Expectancy Theory (SET), which assumes that temporal judgments are based on three processing stages: the clock, memory, and decision stages. The first stage consists of a pacemaker emitting pulses, which pass through a switch and are stored into an accumulator. The content of the accumulator provides the raw material for estimating time (clock stage).

The outcome from the accumulator is stored in the working memory system for comparison with the content in the reference memory, which contains a long-term memory representation of the number of pulses accumulated on past trials (memory stage). Finally, a decision process compares the current duration values with those in working and reference memory to decide on the adequate temporal response (decision stage).

Errors in temporal processing may depend on different factors and occur at each stage of the SET model. Variations in the rate of pulses’ emission by the pacemaker are often reported to be an important cause of temporal errors. These variations can be caused by changes in body temperature, experiencing emotions, or using pharmacological substances. The dual-task paradigm, where attention has to be divided between temporal and non-temporal tasks, shows that when more attention is dedicated to time, more pulses are accumulated in the counter and less temporal errors are produced.

Can trauma cause low intelligence?

The study found that exposure to violence and trauma-related distress in young children was associated with substantial decrements in IQ and reading achievement. High levels of self-reported violence, both through witnessing and victimization by violent events, are consistently found in young urban children. Children reporting high levels of violence exposure have demonstrated higher levels of both internalizing and externalizing behaviors. Evidence of poor school outcomes among older children affected by violence is also mounting.

For example, community violence exposure (such as witnessing or experiencing a robbery or being threatened with a weapon) was associated with a decrease in school attendance and grades in a large sample of middle- and high-school students. Adolescent girls aged 12-21 years in a primary care setting and meeting criteria for posttraumatic stress disorder (PTSD) were more likely to have failed a school grade.

Can a brain injury affect you later in life?

Around 80, 000-90, 000 people who suffer traumatic brain injuries (TBIs) each year develop long-term disabilities related to their TBI. Many suffer from long-term, problematic symptoms that continue to interfere with their lives. Often, they are told there is nothing more to be done or that there is nothing wrong with them. However, recovery can continue for patients who find the right help. Cognitive FX specializes in treating patients with persistent concussion symptoms, known as post-concussion syndrome, as well as those who have experienced moderate to severe TBIs.

Patients who have experienced permanent brain damage should moderate their expectations. Further recovery is always possible, and many patients have made life-changing progress due to their hard work in treatment.

Can a head injury cause false memories?

A patient’s family often reports that the patient makes up false stories due to a brain injury, which is often interpreted as deliberate lying. However, in most cases, the patient has a difficulty called confabulation, where the brain creates false memories after the injury. These false memories feel real and cannot be easily discerned from an accurate memory. The survivor cannot stop the brain from confabulating, unlike in a lie where the liar has full control over the information and context.

Survivors with confabulation face the conundrum of constantly checking to ensure the accuracy of their memories, which may involve checking with significant others or using a planner/memory book. This may require more information to be written in their planner/memory book than other brain injury survivors. They have to get used to the idea of not trusting their own memory and find it unnerving when someone else knows their life better than them.

In summary, patients with confabulation often face the challenge of constantly checking their memories to ensure they are accurate and not deliberately fabricating them. This brain injury issue requires constant checks and adjustments to their memory, making it difficult for them to trust their own memories.

Is there any connection between eyes and brain?

The retina of the eye, an anatomical extension of the brain, is synaptically connected to the visual cortex, establishing physiological connections between the eye and the brain. However, less is known about their relationship to brain structure and function. A systematic cross-organ genetic architecture analysis of eye-brain connections using retina and brain imaging endophenotypes was presented. Novel phenotypic and genetic links were identified between retinal imaging biomarkers and brain structure and function measures derived from multimodal magnetic resonance imaging (MRI), many of which were involved in the visual pathways, including the primary visual cortex.

In 65 genomic regions, retinal imaging biomarkers shared genetic influences with brain diseases and complex traits, showing more genetic overlaps with brain MRI traits. Mendelian randomization suggests that retinal structures have bidirectional genetic causal links with neurological and neuropsychiatric disorders, such as Alzheimer’s disease. Overall, cross-organ imaging genetics reveals a genetic basis for eye-brain connections, suggesting that retinal images can elucidate genetic risk factors for brain disorders and disease-related changes in intracranial structure and function.