Art discusses interactions with extraterrestrial beings, noting their ability to communicate telepathically and their concern for Earth’s environment and humanity’s consciousness. They emphasize the need for humanity to live in harmony with nature and each other, presenting a message that could be mistaken for angelic if not understood otherwise. Art mentions the advanced spiritual and technological state of these beings, who serve creation and are aware of the interconnectedness of all things, including through principles of quantum physics. He reflects on the slow progress of human technology and behavior in addressing environmental and social issues.
Art questions why these advanced beings don’t make a more public appearance, such as landing on the White House lawn, to which the guest explains that they seek intelligent life with integrity and avoid aggressive or militaristic responses. Instead, they focus on inspiring and assisting common people, having found that governmental leaders often lack the necessary consciousness and integrity. The beings are bound by universal law and free will, limiting their direct interventions but working through less direct means.
The conversation also explores the beings’ social structure and beliefs, noting that they have families and a more liberated societal framework compared to humans. They possess advanced technologies allowing them to travel vast distances and dimensions, and have transcended material needs and disease.
Art and James Gilliland discuss the potential benefits of advanced extraterrestrial technology, particularly a power source that could alleviate many of Earth’s environmental issues. However, attempts to develop and share such technologies have often been thwarted by threats and violence. James Gilliland explains that these technologies tap into zero-point energy, an unlimited source of energy that powers the universe. The extraterrestrials can travel vast distances instantaneously and have been observed by numerous witnesses, including military personnel.
The conversation shifts to the guest’s experiences with visitors to his ranch, which is a high-energy place that amplifies people’s intentions. Those with bad attitudes or ill intent often find themselves repelled. The ranch has faced threats from individuals with malicious intent, including sabotage and attempts on the guest’s life. However, public exposure through shows like Art’s has helped mitigate these threats.
Art and James Gilliland continue their discussion about extraterrestrial technology, noting the challenges in acquiring and utilizing such advanced energy sources due to threats and sabotage. James Gilliland explains that these technologies tap into zero-point energy, providing unlimited power. They also mention that these extraterrestrials can traverse vast distances instantaneously, often remaining cloaked and appearing only briefly. Despite skepticism, numerous witnesses, including military personnel, have confirmed these sightings.
Art shares his personal connection to the subject, mentioning his birthday and reflecting on his long-standing interest in these phenomena. He emphasizes the credibility of the guest’s experiences, supported by hundreds of visitors to his ranch who have witnessed extraordinary events. James Gilliland elaborates on the visitors’ beliefs, explaining that they acknowledge a divine intelligence that transcends human religious concepts, seeing it as a cosmic consciousness that connects all existence.
The conversation delves into the potential for intervention by these beings if humanity’s destructive behaviors continue. While the extraterrestrials allow for some level of free will and the learning that comes from experience, they believe in the importance of preserving civilizations and planets. They are actively assisting humanity in subtle ways to help avert disaster and promote positive change.
Art and James Gilliland discuss the intervention of extraterrestrials in mitigating Earth’s pollution, including an incident where a ship reportedly helped reduce radiation levels at Chernobyl. Despite their efforts, human actions often counteract their assistance. James Gilliland mentions how wildlife has begun to thrive around Chernobyl as the area reverts to a wild state. Art thanks James Gilliland for his birthday wishes and shares pride in his daughter, Asia, highlighting her perceptiveness.
James Gilliland recounts his three face-to-face encounters with extraterrestrials and describes the transformative experiences of visitors to his ranch, including spontaneous healings and vivid dream interactions. He emphasizes that these phenomena are global, with his ranch being a hotspot where the veils between dimensions are thin. Upcoming events at the ranch promise similar transformative experiences for attendees. The extraterrestrials seem to respond to the group’s energy, often retreating if they sense fear.
Other global hotspots include Mexico and Lima, Peru, where numerous sightings and footage of UFOs have been documented. These areas, like the guest’s ranch, are energy vortexes. Art raises the possibility of some sightings being test aircraft, and James Gilliland acknowledges this but insists that some sightings involve crafts far beyond human capabilities. The conversation touches on the nature of contact, with extraterrestrials reaching out to common people rather than governments, hinting at a grassroots approach to initiating change.
Art and James Gilliland discuss how extraterrestrials influence change through consciousness, working down a vibrational continuum from consciousness to physical reality. This process involves raising the collective consciousness and introducing higher frequencies that challenge outdated and harmful mindsets. James Gilliland emphasizes that individuals can initiate contact with these beings through pure intent and positive energy, and that fear can repel such encounters.
They address the topic of abductions, often viewed negatively, and recount an incident involving roofers at a Walmart who were abducted and shown a vision of the future, particularly around the year 2012, which left them deeply emotional. James Gilliland has been trying to validate these accounts but faces difficulties as the individuals involved are reluctant to speak out due to fears of losing their jobs.
James Gilliland shares that the extraterrestrials have warned about significant earth changes, including increased storms, earthquakes, and a slight pole shift, suggesting that humanity needs to seek help and improve its consciousness to navigate these challenges. The extraterrestrials possess ships miles wide that can alter continents, indicating their potential to aid humanity if approached with the right intent.
Art and James Gilliland discuss the challenges of changing human behavior and leadership to align with the more harmonious intentions of common people. Gilliland mentions that while many people desire to live in harmony with each other and the environment, higher levels of leadership often resist such changes due to their vested interests in industrialization and wealth. James Gilliland expresses hope that advanced technologies, particularly in energy, may emerge from other countries if not embraced in the US, highlighting the leadership issues.
Art wraps up the conversation, promoting upcoming events and films related to James Gilliland’s work. The guest briefly mentions political figures he admires for their integrity, before Art transitions to introduce the next segment with Bart Kosko, a professor of electrical engineering with diverse academic and professional accomplishments. Kosko’s new book, “Noise,” is discussed, touching on how noise is perceived differently across cultures and its increasing prevalence. They delve into how noise, despite its negative connotations, can sometimes play a beneficial role in systems, a concept explored in Kosko’s research on neural networks and fuzzy systems.
Art and Bart Kosko discuss the impact and management of noise. Kosko elaborates on the beneficial aspects of noise in certain scientific contexts, such as nanotechnology, but admits his personal dislike for noise, especially in public spaces like restaurants where it can escalate uncontrollably. They explore how ambient noise levels rise as people try to communicate over increasing background noise, a phenomenon Kosko calls the “restaurant effect.”
Kosko recounts his experience at a loud venue and the concern over noise’s impact on health, particularly for children exposed to loud environments. They then discuss noise-canceling technologies, which work well in stable noise environments like airplanes but struggle with unpredictable sounds like gunfire or honking. These technologies use algorithms to cancel out noise by generating counteracting sound waves, but they have limitations with sudden, variable noises.
The conversation shifts to the dangers of amplified sound through headsets, especially for teenagers. Kosko cites studies indicating significant hearing loss among young people, comparable to levels typically seen in older adults. Art shares his personal experience with potential hearing loss from long-term headphone use in his radio career.
Art and Bart Kosko discuss the increasing loudness of American society despite certain technological advancements that have reduced noise in specific areas, like airplanes. Everyday life is becoming noisier with more cell phones, gadgets, and other noise-producing devices. Kosko explains that noise has become a legal nuisance, leading to legislation aimed at managing it. However, enforcement of these noise ordinances is often lax, and people continue to impose noise on others without consequence.
They touch on the “restaurant effect,” where background noise escalates as people raise their voices to be heard, and the concept of noise cancellation, which works well in consistent noise environments but struggles with sudden, variable noises. Kosko also mentions the economic inefficiency of noise, where individuals benefit from creating noise while imposing costs on others.
Art and Kosko discuss the possibility of banning cell phones in public places and the challenges of implementing such bans. They also critique the current state of cell phone technology, noting that while digital connections have advanced, the quality of voice connections has degraded. Kosko predicts that improvements will come as competition among carriers continues, although the current situation reflects a market driven by profit margins rather than consumer satisfaction.
Art and Bart Kosko discuss the widespread use of cell phones and the associated quality and connectivity issues. Kosko acknowledges that while cell phone fees have decreased, the quality of connections has not necessarily improved. They explore the potential risks of cell phone use on airplanes and the inconclusive evidence regarding the safety of holding cell phones close to the brain for long periods. Kosko notes that while studies are ongoing, there is no definitive proof of harm, although caution is advised, especially for children.
The conversation shifts to the subject of noise, the main topic of the night. Art and Kosko discuss how noise can be a significant nuisance and the legal measures that have been implemented to control it. Kosko mentions that while some progress has been made in reducing noise from industrial sources, everyday life has become noisier with the proliferation of gadgets and vehicles. They discuss the potential health impacts of prolonged exposure to noise and the importance of creating a quieter home environment.
Kosko suggests practical measures for noise-proofing a home, such as replacing tile floors with carpets, which can significantly reduce noise levels. The conversation highlights the importance of managing noise for a better quality of life and acknowledges the complex interplay between technological advancements and environmental noise.
Art and Bart Kosko discuss practical steps to reduce noise in the home, such as using carpets, drapes, and caulking windows. These methods help absorb sound vibrations and dampen noise. Placing appliances on rubber mats can also minimize vibrations and noise. Kosko mentions that while he has implemented some noise-reducing measures in his own home, he also uses a fan to create white noise, which helps mask other sounds and improve sleep quality.
Kosko explains the concept of white noise, describing it as a type of noise where each sound is independent of the one before. He mentions other types of noise, such as pink noise and brown noise, which have varying levels of correlation between sounds. White noise is often used to mask other sounds and can be beneficial for sleep and concentration.
They discuss the application of noise in technology, such as using white noise to enhance signal processing and communication systems like cell phones. Kosko provides an example of how white noise can be used in coding and data transmission, allowing multiple signals to coexist without significant interference.
Art and Bart Kosko discuss the benefits of adding external noise, such as white noise, to improve system performance and its effects on the body. Kosko, who is now also a lawyer, shares his intention to bridge the gap between scientists and the legal community. He recounts his experience working as a bar-certified law clerk for the LA District Attorney’s Office, where he prosecuted felony preliminary hearings, describing it as a high-intensity role akin to combat.
Kosko advises people who get into legal trouble to remain silent and contact an attorney immediately, suggesting that everyone should carry the contact information of a good criminal defense lawyer. He explains that during interrogations, defendants often incriminate themselves, especially when intoxicated or under the influence of drugs. Art raises the issue of police lying during interrogations, to which Kosko responds that while outright lying is not permissible, police are trained to push the limits of interrogation rules.
Kosko emphasizes the importance of understanding one’s Miranda rights, noting that most defendants waive these rights, which can significantly affect the outcome of their cases. He highlights that the police’s primary goal is to avoid coercion during interrogations, but the methods used can still be highly intimidating.
Art and Bart Kosko continue discussing the importance of unequivocally requesting an attorney during an interrogation to ensure that questioning ceases, highlighting the necessity of being clear and assertive in this request. Kosko advises that even innocent individuals should seek legal counsel immediately to avoid potential legal traps and complications.
The conversation shifts to the topic of the death penalty, where Art expresses his evolving stance due to the increasing number of exonerations based on new evidence, particularly DNA evidence. Kosko acknowledges the irreversible nature of the death penalty and the frequency of false positives, stressing the need for more efficient government proceedings and better handling of evidence.
They discuss the ethical dilemmas surrounding the death penalty, such as cases with indisputable guilt like Hitler or Saddam Hussein, versus the uncertainty in more common cases. Art mentions instances where executions proceeded despite new exonerating evidence, to which Kosko responds that strict adherence to legal deadlines can sometimes lead to such outcomes, although equity should ideally address these hardships.
Kosko reveals that his focus is more on intellectual property law, working with USC on patent and copyright issues, rather than pursuing a general practice in criminal law. He expresses interest in discussing the significant changes in patent law and its impact on modern society and technology.
Art and Bart Kosko discuss the use of statistics in legal cases, referencing a famous Supreme Court case where statistical evidence was used to argue racial discrimination in death penalty sentencing. The conversation then shifts to patent law, with Art questioning how the patent office handles the complexity of modern technological inventions.
Kosko mentions that he has implemented noise-reducing measures in his home and explains how different types of noise affect people. They discuss the impact of noise on both humans and animals, with Kosko highlighting the negative effects of military sonar on marine life. He describes how high-frequency sonar and airguns used in oil exploration can cause severe harm to sea creatures, including beaked whales, by disorienting them and causing physical damage similar to decompression sickness.
Kosko emphasizes the increasing noise pollution in the oceans, which has become ten times louder than it was 40 years ago, mainly due to navy experiments, oil exploration, and the constant presence of boats using sonar. This noise pollution disrupts the natural behavior of marine life, which relies heavily on sound for navigation and communication, as sound travels much more efficiently in water than in air.
Art and Bart Kosko continue discussing the noise pollution caused by naval exercises and oil exploration. Kosko mentions upcoming naval exercises near Australia’s Great Barrier Reef, which are controversial due to the potential harm to marine life caused by high and medium-frequency sonar. The ecological impact of noise pollution on marine life, such as squid and beaked whales, is significant and often results in death or severe stress.
The conversation shifts to patent law, with Kosko highlighting the challenges faced by the patent office in handling the influx of over 300,000 filings a year. He notes that the complexity of modern patents, particularly in biotech and software, requires significant expertise and resources, which the patent office often lacks. Despite efforts to expedite patents related to terrorism, the backlog remains substantial.
Kosko explains that the cost and time to secure a patent can be considerable, with filing fees and attorney costs adding up to several thousand dollars. The debate in Congress about whether to favor larger companies or smaller inventors affects the patent system, which currently grants patents for 20 years from the filing date. The process can take up to 7 or 8 years for economically valuable patents, especially in biotech, due to heavy contestation.
Art and Bart Kosko delve into the complexities of patent law and the high costs associated with patent litigation. Kosko highlights a famous Supreme Court case, the Markman case, which shifted the responsibility of interpreting patent claims from juries to judges. This change has added complexity to the process, requiring Markman hearings to determine the meaning of patent claims, often leading to appeals and significant legal battles.
Art shares frustrations from his friends in the electronics industry who are opting to bypass the patent system altogether due to the anticipated costs and complications. Instead, they focus on bringing their products to market quickly before competitors can copy them. Kosko acknowledges this approach but warns of the risks, noting that someone else might patent the technology, leading to even more legal troubles.
Kosko advises inventors to consider whether they want to pursue a patent, which offers protection for 20 years, or to maintain a trade secret, which can last indefinitely if kept secure. He uses Coca-Cola’s formula as an example of a successful trade secret. He emphasizes the importance of getting a good lawyer to navigate the intricate process of patent claims, which involves balancing scientific and legal expertise.
Kosko’s advice to inventors is to invest in a skilled attorney from the outset to draft robust patent claims and to be prepared for potential litigation. He underscores that patent claims are the hardest documents to draft in law, requiring anticipation of objections and thorough preparation for legal proceedings.
Art and Bart Kosko discuss Albert Einstein’s contributions to the understanding of noise through his work on Brownian motion, which describes the random motion of particles. This discovery marked the beginning of modern noise science and bridged classical physics to quantum mechanics, revealing that matter is fundamentally random and frothy at the smallest scales.
Kosko highlights the importance of nanotechnology, describing it as a golden age and a gold rush in the field of technology. He explains that nanotechnology combines chemistry and computer science to manipulate the basic elements of electrons and photons. This field is seeing rapid advancements and significant patent filings, indicating its potential to revolutionize how we manipulate matter at the smallest scales.
Art asks Kosko about the most productive and fast-moving field of technology, to which Kosko responds that nanotechnology is leading the charge. He mentions recent breakthroughs, such as the development of an electron gun capable of shooting single electrons, which can advance quantum computing. This capability allows for more precise manipulation of individual particles, paving the way for significant technological advancements.
Art and Bart Kosko continue discussing the implications of recent advancements in quantum computing and nanotechnology. Kosko explains that the ability to control individual electrons through a quantum dot and an electron gun could enable the development of quantum computers, which would have the power to solve complex problems much faster than current computers. This capability could both undermine current encryption methods, posing security risks, and enhance secure communication through quantum channels.
Kosko highlights the potential of nanotechnology, particularly carbon nanotubes, which are being used as transistors and other components in new devices. These nanotubes could lead to stronger materials and more efficient electronic devices. He mentions that nanotechnology could eventually allow for advanced manufacturing processes, such as disassembling and reassembling molecules to create different substances, though this remains a long-term goal due to the significant technical challenges involved.
Kosko gives an example of a practical application of nanotechnology from his own research, where carbon nanotubes are used as tiny antennas to improve the detection of faint signals. This technology could potentially benefit people with severe hearing loss by enhancing their ability to detect sounds.
Art and Bart Kosko continue discussing advanced technological concepts, including the potential for quantum computing and its implications. Kosko explains that photons are bosons, which can pass through each other without interference, while electrons are fermions, which behave differently. This distinction is crucial in developing quantum computing technologies, as controlling these particles can lead to significant advancements.
They delve into the concept of quantum entanglement, where two particles remain connected and act in concert even when separated by vast distances. Kosko admits that while the mathematical models explain this phenomenon, the intuitive understanding remains elusive. Despite this, entanglement has been experimentally demonstrated, such as teleporting a quantum bit across the Danube River, hinting at the future potential for advanced quantum communication.
Kosko emphasizes the randomness inherent in quantum mechanics, where most properties are averages, leading to unpredictable behaviors. This randomness can be manipulated in various ways, such as in Brownian motors, which harness random motion for energy transportation. They discuss the possibility of downloading human consciousness into computers, with Kosko expressing confidence that this will eventually be feasible, potentially transforming our understanding of mind and machine.
Art and Bart Kosko explore the concept of uploading human consciousness into a computer, creating a digital approximation of the brain’s neural circuitry using nanotechnology. Kosko explains that by using trillions of nanotubes or quantum wires, it might be possible to map and replicate the brain’s structure and activity. This digital version of a person’s neural network could potentially run simulations at much faster speeds than biological brains, offering a form of digital immortality where consciousness could continue to exist and interact in a digital form.
Kosko discusses the possibility of creating multiple copies of a person’s consciousness, each running in parallel. He emphasizes that this model views the brain as a sophisticated computing device, with consciousness being a form of complex computation. The potential to back up and transfer consciousness could overcome the perishable nature of biological brains.
They touch on the challenges and speculative nature of this technology, acknowledging that current computing power is insufficient for such tasks. However, advances like the electron gun for controlling single electrons show incremental progress in this direction. Kosko mentions that breakthroughs often occur piecemeal, with researchers focusing on specific technical challenges without seeing the broader implications.
Art and Kosko also discuss the potential for advanced research in government and private labs, speculating on the undisclosed progress that might be happening. Kosko believes that the impact of these advancements will eventually be visible in patent filings, which often hint at the direction of technological innovation.
Art and Bart Kosko discuss the potential legal implications of being able to take a snapshot of a person’s brain, particularly in terms of understanding intent in legal proceedings. Kosko explains that intent is crucial in many areas of law, such as distinguishing between different degrees of assault or murder. If we could access a person’s brain state, it would provide clear evidence of their intentions, potentially transforming legal outcomes.
They consider how this technology could impact criminal law, using the example of differentiating between first and second-degree murder. First-degree murder requires proof of willful, deliberate, and premeditated intent, while second-degree murder might not. If brain snapshots could reveal whether someone premeditated an act, many second-degree murder cases might be reclassified as first-degree, significantly altering the legal landscape.
Kosko emphasizes that while such evidence might initially be used for discovery, its admissibility in court would depend on further legal developments. The discussion highlights the complexity and potential ethical concerns of such technology, including the potential for government misuse and the Pandora’s box it could open regarding privacy and personal freedom.
Art notes that many cases are currently downgraded to second-degree murder due to the difficulty of proving premeditation. However, with the ability to examine a person’s brain state, the true intent behind actions could be more accurately determined, leading to more precise legal classifications.
Art and Bart Kosko discuss the challenges of accessing and using brain data for legal purposes. Kosko mentions that even if the technical capability to read brain states exists, there are significant legal and constitutional considerations, such as the Fourth Amendment’s protection against unreasonable searches and seizures and the Fifth Amendment’s protection against self-incrimination. However, these constitutional protections apply to government actions and not to private individuals in civil cases.
They open the lines for callers, and Jim from Northern Ohio, a healthcare professional, asks about the effects of loud music and noise addiction. He shares his experience investigating the harmful effects of live rock music and how people seemed indifferent to the potential for permanent hearing damage. Kosko explains that addiction to loud noise can occur because as people lose their hearing, they tend to play music louder to achieve the same auditory satisfaction. This can create a cycle of increasing volume and worsening hearing loss.
Jim also inquires about tinnitus (ringing in the ears) and its relation to noise pollution. Kosko confirms that tinnitus can be caused by various factors, including noise exposure, head injuries, and certain antibiotics. The condition results from damage to the tiny hairs in the inner ear, leading to false electrical signals being sent to the brain. Kosko agrees that masking tinnitus with white noise can be effective in some cases.
They discuss how rock bands and musicians often suffer from hearing loss due to prolonged exposure to loud music. Despite awareness campaigns by some musicians to lower the volume, the expectation for loud music at concerts persists, contributing to the ongoing issue of noise-induced hearing damage.
Art and Bart Kosko continue discussing the implications of future technologies on privacy. They touch on the idea that musicians have to play loud music to meet audience expectations, especially given many attendees might already have some degree of hearing loss. They also explore how quantum computing could potentially end all secrecy by breaking encryption, posing a significant threat to privacy.
Caller Jim from Northern Ohio, who is a healthcare professional, asks about the addictive nature of loud music and tinnitus. Kosko explains that tinnitus can be caused by loud noises and other factors, and while masking tinnitus with other sounds can help, it is a complex issue. Loud music, particularly rock music at high decibel levels, can cause permanent hearing damage, leading to a cycle where individuals need louder sounds to achieve the same auditory satisfaction.
Ray from Cleveland, Ohio, asks about the privacy implications of uploading personal data or memories onto a computer. Kosko acknowledges that privacy would be greatly compromised in such a scenario, with intimate thoughts and memories potentially exposed. He notes that while encryption might offer some protection, advances in quantum computing could break these encryptions, making privacy difficult to maintain.
John from Wyoming asks about the impact of nanotechnology on virtual reality and how courts might distinguish between real memories and dreams if personal memories were used as evidence. Kosko admits that authentication of evidence will always be a challenging issue. He also emphasizes that while the demand for privacy remains high, technology tends to undermine it, potentially spurring innovations to protect it.
Art and Bart Kosko continue to explore various scientific and philosophical topics. Kosko responds to a question about the potential end of privacy due to advancements in technology, suggesting that as technology progresses to break encryption, parallel advancements will likely emerge to enhance privacy, creating an ongoing race between privacy protection and intrusion.
Bob from Fresno, California, calls in to ask about the historical shift from protectionism to valuing open competition in economics. Kosko agrees that open competition generally leads to greater efficiency and overall economic benefit, even though it may disadvantage individual local industries.
Terry from Bakersfield poses a question about whether all things in the universe emit noise. Kosko explains that at a fundamental level, everything emits some form of thermal noise. He highlights the microwave background radiation from the Big Bang as a pervasive form of noise permeating the universe, indicating that noise is indeed a fundamental aspect of existence.
Shaheen from California asks about the possibility of visualizing dreams and the potential for a collective social consciousness using advanced technologies like Bluetooth. Kosko acknowledges that if scientists can develop such technologies, they likely will. He discusses the concept of uploading human consciousness to a chip and combining it with others to create a global collective consciousness. This idea, while reminiscent of science fiction, is technically plausible and could lead to profound changes in human interaction and thought processes.
Kosko emphasizes that the challenge lies in capturing the neural activity of the brain and transferring it to a chip, a task that many universities are currently researching. The conversation underscores the rapid pace of technological advancements and their potential to reshape fundamental aspects of human life.
Art and Bart Kosko continue engaging with callers on a range of topics. Russ from Toronto mentions historical research on psycho-activated interfaces and dream state depiction technology. He then asks about patent classifications for a new health occupations nomenclature. Kosko explains that such a patent might be classified as a method patent, similar to software patents, which detail a sequence of steps to achieve a specific outcome.
Marie from New Mexico asks if someone manipulated in a time travel experiment could alter their destiny if they become aware of it. Kosko notes that the absence of time travelers suggests the improbability of successful time travel. He explains the immense energy required to create and manipulate wormholes, making time travel unlikely. Art mentions the Global Consciousness Project at Princeton, which observed nonrandom spikes in random number generators before significant global events, hinting at a potential eclipse of time by consciousness.
Bada from Lancaster, Pennsylvania, inquires about the potential for interfacing with the human body, particularly for medical applications. Kosko discusses advancements in brain-computer interfaces, especially in the hippocampus, but does not provide a specific solution for Bada’s condition. Instead, he highlights the complexity and ongoing research in this area.
Art and Bart Kosko continue engaging with callers. Bada from Lancaster, Pennsylvania, asks about the potential for medical advancements that might help him survive until new technologies become available. Kosko emphasizes the importance of holding on as long as possible, as rapid technological advancements could provide new solutions in the near future.
David from Knoxville, Tennessee, questions the nature of mathematics and whether it is built on solid foundations or just a series of theories. Kosko explains that mathematics represents pure relationships and structures, independent of physical manifestations. He notes that the philosophical question of whether math is discovered or created remains open, suggesting that math might be akin to the “voice of God,” representing an infinite set of truths.
John from Niagara Falls, New York, inquires about connecting minds to machines and whether magnetism could be used to read brain activity. Kosko acknowledges that while neurons emit faint magnetic traces that can be measured and manipulated, understanding and decoding the complex language of neuronal spike trains remains one of the greatest challenges in neuroscience.
Dan from Harrisburg, Pennsylvania, mentions the common experience of TV commercials being louder than the main program. Kosko confirms that this is a deliberate tactic used by advertisers to grab viewers’ attention, and it can be quite jarring.
Art and Bart Kosko continue discussing the impact of noise, particularly in hospitals and other settings. They address the phenomenon where quieter music keeps people calm and seated, while louder, more energetic music, like the Rolling Stones, gets people dancing. Kosko mentions a study from Johns Hopkins showing that average noise levels in hospital waiting rooms have increased significantly from 57dB in 1965 to 72dB in 2005. He highlights that noise induces stress, which can lead to various health issues, including heart attacks, strokes, and general lack of sleep.
Art shares his personal experience in a hospital, noting the constant overhead announcements and general noise, even in high-class private rooms, which significantly disrupt sleep and recovery. Kosko emphasizes the importance of reducing noise levels in hospitals to create a more conducive healing environment.
Kosko’s latest book, “Noise,” is mentioned, and he encourages listeners to read it to learn more about the subject. Art wraps up the conversation, praising Kosko’s expertise and versatility in scientific subjects. The show ends with Art signing off for the weekend, handing over to George for the following week.