39 Example Sentences Showcasing the Meaning of 'Cubic'
The jeweler crafted a stunning cubic zirconia necklace that sparkled like real diamonds.
The computer scientist optimized the algorithm for cubic time complexity.
The geologist analyzed cubic crystals under the microscope to understand their formation.
The furniture designer created a modern cubic coffee table for the contemporary living room.
The engineer selected a cubic-shaped container for efficient storage of the industrial materials.
The artist sculpted a series of cubic sculptures that challenged traditional notions of form and space.
The physicist proposed a new theory involving cubic symmetry to explain certain phenomena in quantum mechanics.
The shipping company utilized cubic measurements to optimize the loading of cargo containers.
The computer programmer worked on optimizing code for a cubic algorithm to enhance processing speed.
The environmentalist advocated for the use of cubic containers to reduce packaging waste.
The fashion designer incorporated cubic patterns into the fabric, adding a modern touch to the clothing collection.
The designer showcased a fashion collection featuring garments with cubic patterns and geometric motifs.
The robotics engineer designed a robotic arm with a cubic end effector for precise and controlled movements.
The avant-garde architect incorporated cubic elements into the museum design, creating a visually striking and unconventional space.
The materials engineer developed a new composite material with enhanced strength using cubic nanostructures.
The researcher studied cubic nanomaterials for their potential applications in advanced technology.
The city planner designed a cubic park layout to optimize space and create a harmonious environment.
The medical researcher explored the cubic structure of certain cells for potential breakthroughs in treatment.
The graphic designer used cubic elements to create a visually striking logo for the new company.
The mathematician derived the cubic formula, solving for the roots of a cubic equation.
The physics enthusiasts gathered to discuss the cubic properties of certain minerals and their impact on geological formations.
The mathematician presented a paper on the application of cubic polynomials in solving real-world engineering problems.
The software developer implemented a new algorithm with cubic time complexity to enhance the efficiency of a complex system.
The culinary artist experimented with molecular gastronomy techniques, creating cubic-shaped food structures for a unique dining experience.
The interior decorator arranged the furniture in a cubic layout to maximize the available space in the small apartment.
The sculptor carved a cubic piece of marble into a mesmerizing abstract sculpture for the art exhibition.
The photographer captured the cubic patterns of a modern skyscraper against the backdrop of the city skyline.
The materials scientist researched the cubic arrangement of atoms in a new material for potential technological advancements.
The urban designer integrated cubic elements into the city plaza to create an inviting public space.
The chef experimented with cubic-shaped ingredients to create an innovative and artistic dish for the restaurant menu.
The mathematician developed a new theorem, demonstrating the intrinsic relationship between cubic equations and geometric transformations.
The artist sculpted a series of cubic art installations in a public square, sparking conversations about the intersection of art and urban space.
The software engineer optimized code by implementing a cubic algorithm, significantly reducing the processing time of a complex computational task.
The physics researcher conducted experiments to study the effects of cubic confinement on particle behavior.
The mathematician explored the properties of cubic polynomials in abstract algebra research.