Group 1: Cartier's EN ÉQUILIBRE Exhibition - Cartier launched the new EN ÉQUILIBRE high jewelry exhibition in Beijing, showcasing over 480 pieces including high jewelry, high watchmaking, and antique collections [1][4] - The exhibition's theme "balance" explores the harmony of proportions in artistic creation, featuring new works divided into three chapters: "Color Fusion," "Geometric Rhythm," and "Light and Shadow Configuration" [1][4] - Notable pieces include the NAJAATRA necklace, which features a lifelike depiction of a cobra with a 51.70-carat aquamarine, and the SEAFOAM GREEN CHAMANE necklace, showcasing modern geometric designs with various gemstones [4][6] Group 2: Nature-Inspired Designs - Cartier's high jewelry collection emphasizes the use of natural colors, as seen in the CAFAYATE necklace, which highlights a pair of opals and colorful sapphires, creating a harmonious balance of warm tones [9] - The DIVITA necklace combines jade beads, spinel, tourmaline, opal, and diamonds, showcasing a clever mix of materials and geometric patterns that reflect a rich and balanced aesthetic [11] Group 3: Cindy Chao's Art Jewelry - Cindy Chao presented a large architectural art installation titled "Building Art Symbiosis" during the ART021 contemporary art fair in Shanghai, inspired by nomadic Mongolian yurts [14] - The installation features a combination of movable yurt structures and upward-growing root imagery, expressing a respect for architecture and nature [14] Group 4: Boucheron's Flagship Store - Boucheron opened its first flagship store in China at Shanghai Xintiandi, marking its third flagship location globally after Paris and Tokyo [19] - The store, located in a traditional Shikumen building, spans 278 square meters and incorporates elements of Art Deco style while preserving the original architectural integrity [19][20] - The interior features multiple stylistic spaces, including a French garden and a Chinese classical garden, showcasing a blend of French and Chinese cultural aesthetics [20][23]

Core Insights - Recent research challenges the long-held belief that fish hovering in water is the most energy-efficient resting position, revealing that hovering fish actually burn twice the energy compared to resting states [2][3] Group 1: Fish Physiology and Behavior - All bony fish possess a unique organ called the swim bladder, which allows them to achieve near-perfect neutral buoyancy, similar to how submarines control their buoyancy [2] - The positioning of the swim bladder often does not align with the fish's center of mass, creating a need for constant adjustments to maintain stability while hovering [2] - Different fish species exhibit unique balancing strategies during hovering, with variations in fin positioning and body shape affecting energy efficiency and stability [3] Group 2: Evolutionary Adaptations - The metabolic rate of hovering fish is significantly higher, being twice that of resting fish, indicating a high-energy survival strategy evolved over millions of years [3] - Fish that are adept at high-speed swimming tend to have lower hovering efficiency, while those in complex coral reef environments have evolved rounder bodies for better stability during hovering [3] Group 3: Implications for Technology - The findings from this research could inform the design of underwater robots, suggesting that mimicking fish hovering mechanisms could lead to more energy-efficient and environmentally friendly robotic designs [4]

Core Viewpoint - The article discusses the characteristics of stubborn individuals and how their rigid mindset can hinder personal and professional growth, emphasizing the importance of improving cognitive flexibility to overcome stubbornness [1][2][16]. Group 1: Characteristics of Stubborn Individuals - Stubborn individuals often exhibit rigid thinking and tend to solve problems using the same outdated methods, such as blaming personnel issues instead of analyzing strategic or organizational problems [4][7][8]. - They believe they are always right and dismiss constructive feedback from others, leading to a cycle of external blame when things go wrong [9][12]. - Even when aware of their mistakes, stubborn individuals refuse to acknowledge them, viewing it as a loss of face, which prevents them from learning and growing [13][14]. Group 2: Improving Cognitive Flexibility - To enhance cognitive flexibility, individuals should adopt an open mindset, which involves accepting different opinions and recognizing personal limitations [18][20]. - Deep thinking is essential for developing new cognitive models, allowing individuals to adapt their problem-solving approaches when faced with new challenges [24][27][30]. - Validating these cognitive models through practical application is crucial, as theoretical knowledge without practice remains ineffective [31][33].