Google Research spinout Osmo wants to find substitutes for hard-to-source aromas. The tech could inspire new perfumes—and help combat mosquito-borne diseases.
ChatGPT, the powerful new AI chatbot tool that interacts with users in an eerily convincing and conversational way, is being met with mixed reactions. CNN’s Vanessa Yurkevich looks at the risks and benefits of OpenAI’s ambitious project. #CNN #News
Use CHAT GPT to Create INSANE Wealth.
In this video, Dr. Jordan Peterson talks about the recent release of GPT (Generative Pre-trained Transformer) which is a General Language Processing model that was released about a week ago. He explains that this AI system is trained on a massive corpus of spoken and written text, which allows it to analyze a large corpus of text and derive models of the world from the analysis of human speech. He mentions that this technology is still in its early stages but it is expected to advance rapidly in the next year. Dr. Peterson also shares some examples of how GPT has been used, including writing essays, bullet points, and computer code, as well as grading papers and creating character descriptions and images. He concludes that GPT is already smarter than most people and that it is going to be a lot smarter in the next few years, and advises the audience to be prepared for this technological revolution.
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New research in rat models suggests that the delivery of an antibody therapy to the brain via nasal spray may help heal damage induced by stroke.
Open Longevity Foundation has announced Open Genes, a database of longevity-associated genes and a tool for future anti-aging therapy development. The full press release is included here. Open Longevity Foundation released a novel database of genes involved […].
Neurons That “Learn” to Smell a Threat
Posted in space
Summary: Researchers reveal how the olfactory system aids in threat assessment and have identified neurons that learn whether a specific smell represents a threat.
Source: University of Rochester.
Whether conscious of it or not, when entering a new space, we use our sense of smell to assess whether it is safe or a threat. In fact, for much of the animal kingdom, this ability is necessary for survival and reproduction.
A new ultra-low-power method of communication at first glance seems to violate the laws of physics. It is possible to wirelessly transmit information simply by opening and closing a switch that connects a resistor to an antenna. No need to send power to the antenna.
Our system, combined with techniques for harvesting energy from the environment, could lead to all manner of devices that transmit data, including tiny sensors and implanted medical devices, without needing batteries or other power sources. These include sensors for smart agriculture, electronics implanted in the body that never need battery changes, better contactless credit cards and maybe even new ways for satellites to communicate.
Apart from the energy needed to flip the switch, no other energy is needed to transmit the information. In our case, the switch is a transistor, an electrically controlled switch with no moving parts that consumes a minuscule amount of power.
The year is 2021, and journalism is dead. It does not particularly matter what your personal beliefs or creed are, at this point it has become blindingly apparent that the vast majority of the media are not overly concerned with the truth.
In a recent study published in Cell, researchers investigated whether the observed tumor cellular heterogeneity and architecture result from stochastic and chaotic events or whether there is more coordination in the histopathological chaos of cancer. They also explored mechanisms shaping the highly complicated tumor landscape.
Both embryology studies and oncology research activities are aimed at elucidating tissue growth mechanisms; however, they share limited conceptual and technical overlap. Morpho-genomic processes and tissue-level signaling are prime mechanisms in the field of embryology. Researchers have developed various approaches to explore the associated mechanisms; however, cell, genetic, and biological means have been predominantly focused upon, leaving the spatial aspects of tumor cells under-studied in the field of oncology.