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brainless    音标拼音: [br'enlɪs]
a. 无头脑的,愚笨的

无头脑的,愚笨的

brainless
adj 1: not using intelligence [synonym: {brainless}, {headless}]

Brainless \Brain"less\, a.
Without understanding; silly; thoughtless; witless. --
{Brain"less*ness}, n.
[1913 Webster]

93 Moby Thesaurus words for "brainless":
apish, asinine, batty, befooled, beguiled, besotted, buffoonish,
cockeyed, crazy, credulous, daffy, daft, dazed, dizzy, doting,
dumb, empty-headed, fatuitous, fatuous, featherbrained,
featherheaded, flaky, fluttery, fond, fool, foolheaded, foolish,
frivolous, fuddled, futile, gaga, giddy, giddy-brained,
giddy-headed, giddy-pated, giddy-witted, goofy, gulled, harebrain,
harebrained, headless, idiotic, ignorant, imbecile, inane, inept,
infatuated, insane, insensate, irrational, kooky, lackbrained,
lean-minded, lean-witted, loony, mad, maudlin, mindless, moronic,
nitwitted, not bright, nutty, of little brain, pea-brained,
pin-brained, rattlebrained, rattleheaded, rattlepated, reasonless,
sappy, scatterbrained, scramblebrained, screwy, senseless,
sentimental, shatterbrained, silly, slackminded, slackwitted,
stupid, thoughtless, ungifted, unintellectual, unintelligent,
unreasoning, untalented, unthinking, unwise, unwitty, wacky,
weak-minded, wet, witless


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  • Brainless robot can navigate complex obstacles - Tech Xplore
    Researchers who created a soft robot that could navigate simple mazes without human or computer direction have now built on that work, creating a "brainless" soft robot that can navigate more complex and dynamic environments The paper, "Physically Intelligent Autonomous Soft Robotic Maze Escaper," was published Sept 8 in the journal Science Advances
  • Brainless but Multi-Headed: Decision Making by the Acellular Slime . . .
    Brainless but Multi-Headed: Decision Making by the Acellular Slime Mould Physarum polycephalum Madeleine Beekman1 and Tanya Latty2
  • A paradox of apparent brainless behavior: The time-course of compound . . .
    We report findings which are relevant to this goal in two ways First, we compared descriptive statistics of com-pound processing from the literature and our own new data without resorting to a specific analytical method, to demon-strate the apparent paradox of“brainless behavior ”
  • Multisensory integration by polymodal sensory neurons dictates larval . . .
    Our results demonstrate MSI in the brainless actinula of E crocea and suggest that this capacity is facilitated by the activities of polymodal sensory neurons with distant ancestry to unimodal primary sensory neurons known from bilaterian animals
  • Intelligence of Brainless Cell: Principles, Opportunities, and . . .
    How an independent brainless cell in nature has outstanding abilities to compose decisions and take fruitful action? How can a single-celled organism save memories - although it has no nervous system? Is having a memory of past events enough to enable an individual cell to take smarter decisions about the future?
  • Time to move beyond a brainless exercise physiology: the evidence for . . .
    Time to move beyond a brainless exercise physiology: the evidence for complex regulation of human exercise performance Timothy David Noakes Abstract: In 1923, Nobel Laureate A V Hill proposed that maximal exercise performance is limited by the development of anaerobiosis in the exercising skeletal muscles
  • lt;31385F8D485F3034355F919D9363976588EA5F985F95B62E706466 gt;
    The brainless robot generates various gaits by exploiting the electrical passivity of low-torque DC motors Finally, we conduct some experiments that show the robot exhibits various animal gaits and adaptive transition (walk to gallop) according to the input voltages
  • From Mindless Neuroscience and Brainless Psychology to Neuropsychology
    From Mindless Neuroscience and Brainless Psychology to Neuropsychology Mario Bunge Abstract Three main strategies for the study of behavior and mentation are examined: behaviorism, mentalism, and psychobiology Behaviorism is found wanting for eschewing most of the problems that traditional psychology posed but left unsolved
  • Testing for maximum oxygen consumption has produced a brainless model . . .
    The manner in which this 'brainless' model of human exercise physiology has gained ascendancy since the initial studies of Hill and colleagues in 1923 has been described previously 26 27 occur, the appropriate number of motor units in the exercising skeletal muscles must first be activated by the central nervous system
  • Studies on the Necessity of the Brain for the Inception of Insect . . .
    The question arises as to whether this influence, which excites the inception of histolytical processes in caterpillars, at the same time makes the further course of metamorphosis possible, leading to the formation of the imago; or whether brainless chrysalids are unable to become moths





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