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A micro-scale brain sensor on a finger. Credit: W. Hong Yeo.
Micro-brain sensors placed between hair strands overcome traditional brain sensor limitations.
Georgia Tech researchers have developed an almost imperceptible microstructure brain sensor to be inserted into the minuscule spaces between hair follicles and slightly under the skin. The sensor offers high-fidelity signals and makes the continuous use of brain-computer interfaces (BCI) in everyday life possible.
BCIs create a direct communication pathway between the brain's electrical activity and external devices such as electroencephalography devices, computers, robotic limbs, and other brain monitoring devices. Brain signals are commonly captured non-invasively with electrodes mounted on the surface of the human scalp using conductive electrode gel for optimum impedance and data quality. More invasive signal capture methods such as brain implants are possible, but this research seeks to create sensors that are both easily placed and reliably manufactured.
Hong Yeo, the Harris Saunders Jr. Professor in the George W. Woodruff School of Mechanical Engineering, combined the latest microneedle technology with his deep expertise in wearable sensor technology that may allow stable brain signal detection over long periods and easy insertion of a new painless, wearable microneedle BCI wireless sensor that fits between hair follicles. The skin placement and extremely small size of this new wireless brain interface could offer a variety of benefits over traditional gel or dry electrodes.
“I started this research because my main goal is to develop new sensor technology to support healthcare and I had previous experience with brain-computer interfaces and flexible scalp electronics,” said Yeo, who is also a faculty member in Georgia Tech’s Institute for People and Technology. “I knew we needed better BCI sensor technology and discovered that if we can slightly penetrate the skin and avoid hair by miniaturizing the sensor, we can dramatically increase the signal quality by getting closer to the source of the signals and reduce unwanted noise.”
Today’s BCI systems consist of bulky electronics and rigid sensors that prevent the interfaces from being useful while the user is in motion during regular activities. Yeo and colleagues constructed a micro-scale sensor for neural signal capture that can be easily worn during daily activities, unlocking new potential for BCI devices. His technology uses conductive polymer microneedles to capture electrical signals and conveys those signals along flexible polyimide/copper wires — all of which are packaged in a space of less than 1 millimeter.
A study of six people using the device to control an augmented reality (AR) video call found that high-fidelity neural signal capture persisted for up to 12 hours with very low electrical resistance at the contact between skin and sensor. Participants could stand, walk, and run for most of the daytime hours while the brain-computer interface successfully recorded and classified neural signals indicating which visual stimulus the user focused on with 96.4% accuracy. During the testing, participants could look up phone contacts and initiate and accept AR video calls hands-free as this new micro-sized brain sensor was picking up visual stimuli — all the while giving the user complete freedom of movement.
According to Yeo, the results suggest that this wearable BCI system may allow for practical and continuous interface activity, potentially leading to everyday use of machine-human integrative technology.
“I firmly believe in the power of collaboration, as many of today’s challenges are too complex for any one individual to solve,” said Yeo. “Therefore, I would like to express my gratitude to all the researchers in my group and the amazing collaborators who made this work possible. I will continue collaborating with the team to enhance BCI technology for rehabilitation and prosthetics.”
Note: Hodam Kim (postdoctoral research fellow), Ju Hyeon Kim (visiting Ph.D. student from Inha University – South Korea), and Yoon Jae Lee (Ph.D. student) also played a major role in developing this technology.
Funding: National Science Foundation NRT (Research Traineeship program in the Sustainable Development of Smart Medical Devices), WISH Center (Institute for Matter and Systems), and partial research support from several South Korean programs and grants.
The article below should look very familiar to you. What you learn from this article may help you defeat remote neural monitoring. "Knowledge is Power"
How To Do Mind Control With Manipulation Techniques?
Manipulation Techniques: How Can We Influence People's Thoughts and Behaviors?
Requirements
This course requires no prior experience; you will learn everything about manipulation.
Description
Communication skills are the cornerstone of success in today's world. This course not only aims to enhance your communication skills but also provides comprehensive training in body language, micro expressions, manipulation techniques, and mind-guiding strategies. Offering a profound perspective on personal transformation and productivity, this program will assist you in mastering communication techniques.
Communication Skills: This course emphasizes effective communication skills as the key to success in communication. Being more effective in both verbal and written communication is the first step in strengthening personal and professional relationships.
Body Language and Micro Expressions: Communication goes beyond words. Reading and using body language correctly provides a deeper understanding in communication. Recognizing micro expressions is important in understanding the true feelings of those around you.
Manipulation Techniques and Mind Guidance: The course not only teaches manipulation techniques but also includes strategies to protect against these techniques. Conscious and ethical communication not only helps you understand others but also enhances your ability to protect yourself.
Personal Transformation and Productivity: Personal transformation is an ongoing process of continuous improvement and self-transcendence. This course provides practical information to help individuals discover their inner potentials, achieve personal transformation, and reach higher levels of productivity.
The course aims to provide knowledge and skills in strong communication, effective use of body language, defense strategies against manipulation techniques, personal transformation, and increasing productivity. Designed to turn you into a strong communication expert and ethical leader, this course guarantees participants will make a significant difference in their work and social lives with this training.
Some of the manipulation techniques you will learn in the course include:
Threat technique
One truth, one lie technique
Emotional blackmail technique
Authority technique
Compliment technique
Playing the victim technique
Repetition technique
Socratic method
First large, then small technique
Images and symbols technique
Distraction technique
Offering choices technique
Creating a lack of confidence technique
Scarcity technique
Exaggerated disappointment technique
Problem creation and solving technique
Planned coincidence technique
Misleading seduction technique
If you want to learn manipulation techniques and develop strategies to protect yourself from such manipulations, enroll in this Udemy course today! Improve yourself for successful communication and healthy relationships!
Who this course is for:
Suitable for those wanting diverse communication skills.
Professionals and individuals aiming for impactful communication
Professionals aiming to boost efficiency in work and life.
Individuals desiring effective time and resource management
For anyone on a journey of continuous self-improvement
Ideal for those seeking tools for personal growth
Individuals aspiring to guide conversations effectively
Those wishing to understand and direct their thoughts consciously
Anyone interested in recognizing and resisting manipulation.
Useful for those seeking ethical communication strategies
Learn to interpret micro expressions accurately.
Ideal for individuals wanting to understand emotions more profoundly
Individuals aiming to master non-verbal communication.
Those desiring a deeper connection through body language.
Anyone seeking enhanced interpersonal skills.
Professionals wanting to excel in verbal and written communication.
BREAKING NEWS: Arizona Bill Designates MRNA a Bioweapon! State Representative Rachel Jones Keshel Introduced the 'Sansone MRNA Bioweapons Prohibition Act' into Arizona Legislature!
Mind Matters and Everything Else with Dr. Joseph Sansone Mind Matters and Everything Else with Dr. Joseph Sansone
The bill is part of a multi state effort to stop the distribution of mRNA biological and technological weapons of mass destruction targeting American citizens. The proposed historic legislation is unique as it recognizes that mRNA injections and products are already illegal according to existing state biological weapon, weapon of mass destruction, or terrorism laws. The bill also creates a criminal and civil liability for non enforcement.
Dr. Joseph Sansone, a psychotherapist, who is litigating in Florida to stop Governor DeSantis from continuing to facilitate mRNA biological and technological weapons of mass destruction in the state, has filed 11 expert affidavits with the Court, including an affidavit from the late Dr. Francis Boyle, considered by many to have been the world’s leading legal authority on biological weapons. Dr. Boyle drafted the United States domestic implementation legislation for the Biological Weapons Convention called the Biological Weapons and Antiterrorism Act of 1989, which passed both houses of Congress unanimously, clearly stated that the mRNA nanoparticle injections violated the law he wrote.
A recent peer reviewed journal article published in the American Journal of Physicians and Surgeons titled COVID 19 Harms and Damages: A Non Exhaustive Conclusion, also asserted that the COVID ‘vaccine’ violated the Biological Weapons Convention.
Representative Rachel Jones Keshel has also been a tireless advocate for election integrity. Rachel Jones Keshel was elected in 2022 and represents Arizona’s District 17 and is a member of the Arizona Freedom Caucus. Representative Keshel was even working on this bill with Dr. Sansone on New Year’s Day.
Both Representative Keshel and Dr. Sansone encourage other state legislators to introduce their state’s version of the bill.
The Arizona version of the bill has penalties for non enforcement, including life imprisonment.
Beijing Accused of Using ‘Neuro-Monitoring Devices’ to Track the Public
Transformers are deep learning models used in machine learning. Their efficient performance offers a glimpse into the complex and fascinating workings of the brain. By Cai Siyun
A Shanghai resident has recently made explosive allegations that Chinese state security authorities are using what he describes as “neuro-monitoring devices” to surveil civilians — technology he claims is “thousands of times more advanced than surveillance cameras” and capable of monitoring individuals around the clock. According to the whistleblower, Shanghai alone operates more than 2,000 surveillance teams, monitoring residents 24 hours a day.
The claims were disclosed by self-media commentator Li Dayu during a program aired on Dec. 7. Li said a longtime friend in Shanghai, whom he described as a victim of prolonged state persecution, provided the details of said devices.
Li Dayu said the whistleblower emailed him on Nov. 30, claiming that Chinese state security is not only engaging in what he called “brain control,” but has also deployed neuro-monitoring devices. “This is thousands of times more advanced than surveillance cameras,” the source said, describing the scope of monitoring as “terrifying.”
The whistleblower also claimed that every human being possesses an innate biological energy field, and that under certain magnetic conditions, the human body can emit a light-like presence.
Li Dayu added that spiritual practitioners, under specific magnetic conditions, can emit particularly vivid light: “Under the same magnetic field, cultivators have stronger energy fields and more beautiful colors of light,” he said, stressing that this was “not superstition, but has a scientific basis.”
According to the whistleblower, scientists have discovered that human brain activity generates wave-like signals that can be detected and analyzed by neuro-monitoring devices. He further claimed that such devices function as electromagnetic weapons, allowing authorities to lock onto individuals through brain waves, conduct continuous monitoring, inflict suffering through electromagnetic emissions, and even kill remotely.
He alleged that operators can manipulate emotions — inducing fainting, rage, or depression — erase or implant memories, and even reverse sensory perception, “making flowers smell foul and excrement smell fragrant.” This is how “state security uses neuro-monitoring devices to monitor and control people’s thoughts,” the source added.
A massive surveillance network
According to the whistleblower, Shanghai — a city of roughly 20 million people — operates more than 2,000 surveillance teams, each composed of 10 members, totaling approximately 20,000 personnel working for Shanghai state security. Each team is allegedly responsible for monitoring about 10,000 people, operating in three rotating shifts to ensure continuous coverage.
The source claimed that most people are unaware they are being monitored, while “just over 100 people” know they are being persecuted and remain in contact with one another to share experiences.
Mysterious Low-Frequency Hum Plagues West Haven, CT Residents, as Officials Remain Baffled
For over a year, residents of West Haven, Connecticut, have been trapped in a relentless auditory nightmare—a low-frequency hum that never stops, described by some as the sound of a vacuum cleaner operating 24/7 from a distance.
Residents of the coastal Connecticut town of West Haven are demanding answers as an around-the-clock humming noise has robbed them of sleep and peace of mind for over a year
The noise, which has infiltrated homes, disrupted sleep, and eroded mental health, has become a defining crisis for the coastal town.
Despite months of investigations, city officials have yet to pinpoint its source, leaving residents frustrated and desperate for answers.
The situation has reached a boiling point, with the City Council meeting on Tuesday packed with citizens demanding action, their voices echoing the same plea: ‘Who is making this sound, and why can’t anyone stop it?’ Kimberly Nunes, a resident who launched a petition to pressure authorities, shared a harrowing account of her experience. ‘I’ve had to start taking medication for sleeping because it’s nearly impossible to rest with this noise,’ she told the Today Show.
Kimberly Nunes, who launched a petition demanding answers, revealed that she¿s had to start taking sleeping medication because the noise makes it nearly impossible to rest
Her words resonated with others in the room, many of whom described similar struggles.
One woman tearfully admitted she once thought she was ‘going a little coo coo’ for hearing the hum in every room of her house.
Another resident, whose pets had also been affected, insisted, ‘Everyone deserves peace in their homes.’ The emotional toll was palpable, with multiple attendees citing sleepless nights, heightened anxiety, and a ‘decline in our overall well-being.’ The city’s response has been methodical but slow.
West Haven Commissioner of Human Services John Carrano, a 40-year resident of the town, acknowledged the gravity of the situation. ‘This is a quality of life matter,’ he said during the meeting, emphasizing the city’s commitment to resolving the issue.
West Haven Commissioner of Human Services John Carrano shared that the City Council approved a $16,000 budget to hire a third-party acoustics firm to pinpoint the source of the 24/7 noise
To that end, the City Council approved a $16,000 budget to hire a third-party acoustics firm to investigate the source of the noise.
Carrano, who lives in the affected area, has personally measured decibel levels at over 400 locations across the town, including neighborhoods near I-95 and the Metro North Railroad tracks.
His findings suggest that the hum may be linked to a local industrial plant, though definitive conclusions remain pending.
The investigation, however, is not without its challenges.
Officials estimate that the acoustics firm will take about a week to begin the analysis, with results expected after a 30-day wait.
On Tuesday, residents vented their frustration to the City Council and told officials that the noise has caused sleepless nights, stress, mental health struggles and ‘an overall decline in our well-being’
This timeline has left residents in limbo, their frustration compounded by the lack of immediate solutions.
Carrano, who has lived with the noise for decades, explained that the low-frequency nature of the hum makes it feel more like a vibration than a sound, a phenomenon that can be felt in the bones and even the walls of homes.
He also noted that the absence of foliage in the town may amplify the noise, as trees typically act as natural sound barriers. ‘Low frequencies affect people differently,’ he added, ‘impacting eardrums in ways that vary from person to person.’ The crisis has sparked a broader conversation about the intersection of industrial activity and residential life in communities like West Haven.
While the city has long been home to manufacturing and transportation infrastructure, the recent escalation of the hum has raised urgent questions about noise pollution, environmental oversight, and the need for proactive measures to protect public health.
Experts in acoustics and urban planning have long warned that unchecked industrial noise can lead to chronic stress, cognitive impairment, and even cardiovascular issues.
Yet, as West Haven grapples with this crisis, the lack of immediate action underscores the challenges of balancing economic interests with the well-being of residents.
For now, the city’s focus remains on the upcoming investigation.
The acoustics firm’s findings could provide the clarity residents have been seeking, but until then, the hum continues—a constant, inescapable reminder of a problem that has yet to be solved.
In the heart of West Haven, a quiet revolution is unfolding—one driven not by political slogans or corporate mandates, but by a persistent, low-frequency hum that has become an unwelcome companion for hundreds of residents.
Commissioner Carrano, a local official with a home just beyond the industrial boundary, has taken it upon himself to document the sound in a way few others could. ‘I live nearby, so I have a unique opportunity to collect data,’ he said, emphasizing that his proximity gives the testing a sense of immediacy and ‘real time’ urgency.
For Carrano, the hum is not a distant problem; it’s a constant, almost tangible presence that he hears ‘clear as day,’ emanating from the industrial area into residential zones.
The legal framework surrounding noise pollution in West Haven is as clear as the decibel readings Carrano has compiled.
Industrial areas are permitted up to 70 decibels under state law, a threshold that drops to 51 decibels in residential zones during the evening.
However, the law also addresses ‘prominent and discrete tones’—sounds that stand out from background noise.
These are capped at 65 decibels in industrial zones and 46 decibels in residential areas at night.
Carrano’s hundreds of readings, conducted across the city, show that the hum never exceeds the 70-decibel limit.
Yet, residents argue that the issue is not just about numbers. ‘It’s like a shop vacuum running nonstop outside my bedroom all night,’ one local said, admitting they’ve considered sleeping in their car to escape the noise.
Carrano’s data, while legally compliant, has not quelled the concerns of residents who feel the hum is a silent invader in their lives. ‘While this is not impacting all neighborhoods, there are many residents in our community being adversely impacted,’ said Mayor Dorinda Borer. ‘It’s important we continue to work to confirm the source for their quality of life.’ The mayor’s words reflect a growing tension between the city’s legal obligations and the lived experiences of those who claim the noise has altered their sleep, mental health, and even property values.
Carrano himself, having measured nearly 400 locations with a decibel meter, insists that the hum is a real and pressing issue that requires more than just legal compliance.
The city’s efforts to address the problem have been methodical, but not without limits.
After nearly a year of testing and making ‘fairly good assumptions’ about the source, West Haven has reached its capacity for informal assessments. ‘That is why our next step is to have a certified acoustic engineer to assist with the official readings needed to legally address the issue,’ Borer said.
This marks a shift from self-directed measurements to professional analysis—a move that underscores the complexity of the problem.
The city has turned to both state regulators and neighboring Bristol for guidance, drawing on Bristol’s own experience with industrial noise from the Reworld trash incinerator, which has sparked a decades-long campaign by residents to mitigate its low-frequency hum.
The reach of the noise has even extended beyond West Haven.
Residents in Plainville and Southington, more than 30 miles away, have reported feeling the effects of the hum, according to local media.
Yet, because the plant in question is located in Bristol, these distant towns have no legal authority to act.
For West Haven, the challenge is both local and technical.
The city has commissioned Acoustic Technology LLC to conduct a multi-position acoustic test, a step that Carrano described as critical. ‘The timing of the winter season is perfect for testing,’ he explained, noting that the absence of foliage and seasonal sounds like crickets will allow for more accurate measurements.
However, the test’s success depends on weather conditions—winds must be under 10 mph, and skies must be clear of rain, both of which can distort sound readings.
The upcoming test, which will involve setting up 10 microphones at strategic locations across the town, has been met with cautious optimism. ‘The news has been met with gratitude and relief from dozens of residents,’ said one local, referencing the long-awaited step toward resolution.
Once the data is collected, the city will face a difficult decision: whether to work directly with the source of the noise or to push for stricter regulations.
For now, the hum remains a paradox—measured within legal limits, yet felt as a violation of peace and well-being.
As Carrano put it, the next step is to let the data speak, even as the city grapples with the human cost of a problem that defies easy solutions.
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