The universe’s age when Maise’s galaxy was seen by the James Webb Space Telescope has been confirmed, showing it to be one of the earliest galaxies ever observed, and the only one named after a 9-year.
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With the rise of artificial intelligence technology, many experts raised their concerns regarding the emissions of warehouses full of the computers needed to power these AI systems. IBM’s new “brain-like” chip prototype could make artificial intelligence more energy efficient, since its efficiency, according to the company, comes from components that work in a similar way to connections in human brains.
Thanos Vasilopoulos, a scientist at IBM’s research lab spoke to BBC News, saying that compared to traditional computers, “the human brain is able to achieve remarkable performance while consuming little power.” This superior energy efficiency would mean large and more complex workloads could be executed in low-power or battery-constrained environments like cars, mobile phones, and cameras. “Additionally, cloud providers will be able to use these chips to reduce energy costs and their carbon footprint,” he added.
😗😁 Year 2022
Quantum processes are helpful to know about when we hear a gimcrack new theory that dismisses or explains away human consciousness. We know it can’t just be that simple.
You may also wish to read: Researchers: The brain’s claustrum acts as a router for thoughts Francis Crick thought the claustrum might be the “seat of consciousness,” an inherently materialist concept. The researchers think he was wrong. Of course, seeing the claustrum as a router is more consistent with the immaterial nature of consciousness than seeing it as a seat.
Glioblastoma is a fast-growing and aggressive brain tumor. As one of the most common malignant brain tumors, life expectancy after diagnosis is between 14 and 16 months. Roughly 1% of patients survive more than ten years with the longest patients living over 20 years. Symptoms include headaches, double vision, vomiting, loss of appetite, changes in mood and personality, inability to accurately think and learn, seizures, and difficulty speaking. Unfortunately, there is no cure, and treatment options include radiation and chemotherapy with limited efficacy. Glioblastoma is difficult to treat due to its location in the brain, its resistance to common treatment, the brains limited ability to heal itself, disrupted blood supply, blood vessel leakage, seizures, and neurotoxicity from treatments. Due to limited treatment and the life expectancy of this devastating disease, researchers at the SALK Institute in La Jolla, California have set out to find better ways to treat glioblastoma and prolong survival in patients.
Immune checkpoint inhibitors (ICIs) are a form of immunotherapy that block receptors on immune cells which activate them to kill tumor cells. The ICI using by the SALK group is known as anti-CTLA-4, which binds to the CTLA-4 protein on the T immune cells responsible for killing infected cells. This therapy was generated by Dr. James Allison at the MD Anderson Comprehensive Cancer Center in Houston, Texas. For his work, he was awarded the Nobel Prize in Physiology or Medicine in 2018. While this therapy proved effective in other cancers such as melanoma, it was unclear its effect in glioblastoma. The researchers at SALK recently published their findings on the effect of anti-CTLA-4 on glioblastoma.
The study published in Immunity by Dr. Susan Kaech and colleagues at SALK demonstrated prolonged survival of mice with glioblastoma after treatment with anti-CTLA-4. They also discovered that the treatment was largely dependent on CD4+ T cells, which aid in activating other cells, and not CD8+ T cells, which directly kill the tumor. More specifically, CD4+ T cells were found to infiltrate the brain and trigger other immune cells, like microglia to destroy cancerous cells. In Kaech’s work, the lab significantly shrunk the glioblastoma in mice and in some cases completely eradicated it.
Benjamin Oakes’ Scribe Therapeutics is developing specialized Crispr proteins to tackle a wide range of diseases–and it’s garnered deals with Big Pharma potentially worth over $4 billion.
Pigs might help solve the organ transplant crisis if researchers can make the process safe enough. Preventing rejection in brain-dead subjects is a step toward that goal.
Autistic individuals will soon be able to practice and improve their social skills through realistic conversations with avatars powered by generative AI technology.
Autism is a developmental disorder that affects how people interact and communicate, often hindering diagnosed individuals in social situations. In many cases, autistic individuals struggle to initiate conversations, respond to the initiations and non-verbal cues of others, maintain eye contact, and take on another person’s perspective.
The web-based Skill Coach application developed by Israeli startup Arrows lets users engage in conversations in a variety of scenarios – from chatting with a stranger in a café to making small talk with a work colleague.
A subsidy-fueled boom helped build China into an electric-car giant, but with an economic slowdown and hundreds of ride-hailing companies going bust, the country is facing a excess of unwanted batter-powered vehicles. Linda Lew reports on Bloomberg Television.
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Karl Friston shows that different global brain theories all describe principles by which the brain optimizes value and surprise. He discusses how these brain theories fit into the free-energy framework, suggesting that this framework might provide a unified account of brain function.
Graphene nanoribbons have outstanding properties that can be precisely controlled. Researchers from Empa and ETH Zurich, in collaboration with partners from Peking University, the University of Warwick and the Max Planck Institute for Polymer Research, have succeeded in attaching electrodes to individual atomically precise nanoribbons, paving the way for precise characterization of the fascinating ribbons and their possible use in quantum technology.
Quantum technology is promising, but also perplexing. In the coming decades, it is expected to provide us with various technological breakthroughs: smaller and more precise sensors, highly secure communication networks, and powerful computers that can help develop new drugs and materials, control financial markets, and predict the weather much faster than current computing technology ever could.
To achieve this, we need so-called quantum materials: substances that exhibit pronounced quantum physical effects. One such material is graphene. This two-dimensional structural form of carbon has unusual physical properties, such as extraordinarily high tensile strength, thermal and electrical conductivity—as well as certain quantum effects. Restricting the already two-dimensional material even further, for instance, by giving it a ribbon-like shape, gives rise to a range of controllable quantum effects.