Mercury, often referred to as the "Budha" planet, is intimately linked to "Budhi, " which symbolizes intelligence. Despite its status as the smallest planet in our solar system, Mercury is the ruler of communication, intellect, and mental competence. He signifies youthfulness, charm, having sense for humor and the joy of good company. He has a knack for solving puzzles and mastering mind games, He has the expertise in the realm of mental agility, captivating others with his excellent communication skills and command over language. He knows precisely how to articulate thoughts and feelings, whether through expressive speech, captivating writing, or the tact of interaction. He has the insatiable quest for knowledge, passion to solve problems with a razor-sharp mind and quick-witted thinking. Nevertheless, an afflicted Mercury may present challenges in learning and decision-making, warranting thoughtful consideration. As a young child and Prince of Solar family, he is flexible, open minded, adaptable, versatile, can navigate new situations and environments with ease.  He has the nature of duality due to its relationship with two signs Gemini and Virgo or say two parents. If influenced by Gemini, he embraces curiosity, adaptability, and sociability, ever eager to explore the world around him and excessive sexual desires. In contrast, when connected with Virgo, he is virgin, caring, practical, give attention to detail, analytical and even critical. Mercury, being an intellectual planet, endows individuals with remarkable intelligence, analytical prowess, and a keen ability to grasp subjects swiftly. It bestows a strong retentive power and the capacity for effective reproduction of knowledge. When Mercury receives the aspect of Jupiter or Venus, it represents a refined political acumen, a sharp intellect, and a logical mind with profound learning and discernment. Those influenced by Mercury exhibit wit, sharpness, and a remarkable ability to acquire knowledge across various fields without formal instruction. Additionally, Mercury instills a sense of curiosity and a deep desire to master occult sciences. However, an afflicted Mercury can render an individual prone to restlessness and inconsistency. Mercury governs the mentality and the way we react to our senses and impressions. It holds sway over the solar plexus and the central nervous system. However, when afflicted, Mercury can manifest negative traits in an individual. Such a person may become a compulsive gambler, a habitual liar, excessively conceited, and prone to making vain-glorious statements that extol their own virtues. An afflicted Mercurian may resort to cheating, displaying talkativeness, perversion, eccentricity, lack of principles, inconsistency, and boastfulness. An afflicted Mercury can contribute to various health issues, including vertigo, lethargy, dizziness in the head, mental instability, brain disorders, tuberculosis, stammering, memory defects, dry coughs, excessive salivation, gout in the hands and feet, leprosy, digestive disorders, nervous system ailments, and nervous breakdowns, among others.

Mercury in Astrology - Planets, #1

Design thinking is a mindset and method that can be applied to nearly any innovation challenge or endeavor. Using structured methods for observation, reframing, ideation, prototyping, and planning, design thinking can be used to develop innovative solutions in a wide range of business scenarios and social reform. 101 Design Methods is the first step-by-step guidebook for successful innovation through design thinking. Unlike other popular titles, 101 Design Methods approaches the practice of creating new products, services, and customer experiences as a science, rather than an art, providing a practical set of collaborative tools and methods for planning and defining successful new offerings. Exploring the "mindset" and "methods" for each, the modes of thinking covered include : Sense intent ; know context ; know people ; frame insights ; explore concepts ; frame solutions ; realize offerings. Strategists, managers, designers, and researchers who undertake the challenge of innovation, despite a lack of established procedures and a high risk of failure, will find 101 Design Methods an invaluable resource. Novices can learn from it ; practitioners can structure their work ; managers can plan with it ; and executives can make decisions based on it.

101 Design Methods - A Structured Approach for Driving Innovation in Your Organization

Le grand défi mathématique pour les robots volants les fait bouger en six dimensions: x, y, z, pitch, lacet et rouleau. Nous créons des parcours d'obstacles en 3D en laboratoire - fenêtres, portes, hula-hoops collés aux messages - et demandons aux robots de voler. Cela ressemble à un match de Quidditch Harry Potter.

Lorsque vous jouez au piano, votre main gauche et votre main droite sont synchronisées. Votre cerveau a essentiellement une horloge, de sorte que la main droite sait que 0,3 seconde après avoir frappé cette clé, je dois frapper celle-ci. Et la main droite sait ne pas frapper les clés que la main gauche joue, afin que les mains ne se heurtent pas.

Nous pouvons fabriquer des avions qui peuvent naviguer dans un dédale de couloirs.

J'ai ce rêve que les premiers intervenants aux appels du 911 ne seront pas du personnel d'application de la loi mais des robots. Les robots peuvent mettre des yeux et des oreilles sur la scène beaucoup plus rapidement que vous ne le pouvez avec les policiers ou les femmes.

Normalement, en présence de rayonnement, les liens de communication échouent. Mais avec des robots autonomes, vous n'avez pas besoin de communications.

Nos robots nano-quadrotants sont conçus pour être aussi légers que possible: moins d'un cinquième de livre et de la taille d'une paume. Ils peuvent faire un backflip aérien en deux secondes, accélérer à deux GS et voler la lame de rotor à la lame de rotor en formations tridimensionnelles - et ils font tout cela de manière autonome.

Boire une tasse de café les yeux fermés n'est pas une tâche sophistiquée pour une personne, mais c'est difficile pour un robot.

Si vous voulez qu'un robot manœuvre de manière agressive, il doit être petit. Au fur et à mesure que vous réduisez les choses, le «moment d'inertie» - la résistance au mouvement angulaire - tombe considérablement.

De toute évidence, les humains auront toujours un rôle à jouer dans les interventions d'urgence pour l'application des lois. Mais s'il y a une urgence, s'il y a un appel au 911, la question est: voulez-vous qu'un humain se précipite pour y répondre immédiatement?

Si je dis «trouve-moi une peinture intéressante» à Google, un jour un robot pourrait faire le tour du Picasso Museum et prendre une photo pour moi.

Les robots sont bons dans les choses qui sont structurées.

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