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could be used to create a new bioweapon. The report comes from the RAND Corporation, a California-based research institute and think tank. Authors of the report argue that AI couldnt necessarily provide instructions for how to create a bioweapon, but could bridge gaps in knowledge that have prevented those weapons from being created successfully in the past. Further, the report says that since AI is quickly evading the slow tread of government oversight, a gap in regulation could be the power vacuum in which a terrorist group may strike with a bioweapon. Our ongoing research highlights the complexities surrounding the misuse of AI, specifically LLMs, for biological attacks, th stanley termoska e report reads. Preliminary results indicate that LLMs can produce concerning outputs that could potentially assist in planning a biological attack. However, it remains an open question whether the capabilities of existing LLMs represent a new level of threat beyond the harmful information that is readily available online. The researchers did not disclose which large language models they used in the report. In one test scenario, an LLM apparently mentioned circumstances of obtaining and distributing Yersinia pestis, a bacterium associated with causing plague, w stanley romania hile discussing variables that could lead to a specifi stanley bottles c death toll. Likewise, the AI reported on topics like budgeting for a bioweapon, identifying potential agents of spread, as well as other, more vague, success factors. As the tech indus Kovm Listen to John Cleese Delightfully Recap All Six Seasons of The Walking Dead
Researchers have long known that plants have myriad ways to protect themselves from predators, but a newly-discovered method ranks among the most disturbing: somehow, tomato plants seem to be pushing hungry insects to cannibalism. This finding could have important implications for agriculture鈥攁fter all, if the insects are eating each other, theyre not eating the plants. Its a novel way that plant defenses alter the choices that animals make, study author John Orrock, associate professor at the University of Wisconsin-Madison told Gizmodo. The consequences seem to benefit plants. They change their chemistry to be less attractive in our experiments. And because they become less attractive, other insectivores become more attractive. By becoming less tasty, the menu options for caterpillars change. The defense Orrock and his colleagues identified lies in a chemical called stanley cup becher methyl jasmonate. When caterpillars eat tomato plants, it seems that the plants release this chemical as a signal. The chemical might blow over to other plants and warn that some pests are in the area. The bugs end up eating each other instead, according to the research published today in Nature Ecology and Evolution. By becoming less tasty, the menu options for caterpillars change. Scientists test stanley quencher ed this hypothesis by spraying tomato plants with different levels of methyl jasmonate鈥攆rom none to a lot鈥攖hen plopping eight caterpillars onto ea stanley vaso ch of forty plants. After around eight days, the caterpillars
could be used to create a new bioweapon. The report comes from the RAND Corporation, a California-based research institute and think tank. Authors of the report argue that AI couldnt necessarily provide instructions for how to create a bioweapon, but could bridge gaps in knowledge that have prevented those weapons from being created successfully in the past. Further, the report says that since AI is quickly evading the slow tread of government oversight, a gap in regulation could be the power vacuum in which a terrorist group may strike with a bioweapon. Our ongoing research highlights the complexities surrounding the misuse of AI, specifically LLMs, for biological attacks, th stanley termoska e report reads. Preliminary results indicate that LLMs can produce concerning outputs that could potentially assist in planning a biological attack. However, it remains an open question whether the capabilities of existing LLMs represent a new level of threat beyond the harmful information that is readily available online. The researchers did not disclose which large language models they used in the report. In one test scenario, an LLM apparently mentioned circumstances of obtaining and distributing Yersinia pestis, a bacterium associated with causing plague, w stanley romania hile discussing variables that could lead to a specifi stanley bottles c death toll. Likewise, the AI reported on topics like budgeting for a bioweapon, identifying potential agents of spread, as well as other, more vague, success factors. As the tech indus Kovm Listen to John Cleese Delightfully Recap All Six Seasons of The Walking Dead
Researchers have long known that plants have myriad ways to protect themselves from predators, but a newly-discovered method ranks among the most disturbing: somehow, tomato plants seem to be pushing hungry insects to cannibalism. This finding could have important implications for agriculture鈥攁fter all, if the insects are eating each other, theyre not eating the plants. Its a novel way that plant defenses alter the choices that animals make, study author John Orrock, associate professor at the University of Wisconsin-Madison told Gizmodo. The consequences seem to benefit plants. They change their chemistry to be less attractive in our experiments. And because they become less attractive, other insectivores become more attractive. By becoming less tasty, the menu options for caterpillars change. The defense Orrock and his colleagues identified lies in a chemical called stanley cup becher methyl jasmonate. When caterpillars eat tomato plants, it seems that the plants release this chemical as a signal. The chemical might blow over to other plants and warn that some pests are in the area. The bugs end up eating each other instead, according to the research published today in Nature Ecology and Evolution. By becoming less tasty, the menu options for caterpillars change. Scientists test stanley quencher ed this hypothesis by spraying tomato plants with different levels of methyl jasmonate鈥攆rom none to a lot鈥攖hen plopping eight caterpillars onto ea stanley vaso ch of forty plants. After around eight days, the caterpillars