How do I invent a completely new device similar to a transistor to store much more computer memory, information, data, zeros, 0s, ones, and 1s?

 Inventing a new device that revolutionizes computer memory and storage, akin to the impact of the transistor, would require a deep understanding of physics, materials science, engineering, and more. It's a complex and challenging task, but here are steps you might consider if you're interested in such an endeavor:

1. Research and Study: Gain a comprehensive understanding of existing technologies, materials, and principles governing memory storage. Explore cutting-edge research in nanotechnology, quantum computing, materials science, and electronics.

2. Identify Limitations: Recognize the limitations of current technologies. Transistors, while revolutionary, have size limitations, power constraints, and other challenges.

3. Innovative Concepts: Brainstorm new concepts and ideas. Think beyond conventional paradigms. Consider nanoscale materials, quantum properties, or alternative computing architectures.

4. Collaborate and Network: Engage with experts in relevant fields. Collaboration with scientists, engineers, and researchers can bring diverse perspectives and expertise to your project.

5. Prototype and Testing: Develop prototypes based on your ideas. Test them rigorously to evaluate their feasibility, efficiency, and scalability.

6. Iterate and Refine: Expect multiple iterations and refinements. Failure is often a part of innovation. Learn from setbacks and improve your designs.

7. Patents and Protection: If your invention shows promise, consider seeking patents or intellectual property protection to safeguard your ideas.

Remember, creating a revolutionary device like the transistor involves a tremendous amount of time, resources, and expertise. It's a highly specialized field that often requires a team of experts from various disciplines. While the goal is ambitious, the journey towards innovation itself can lead to discoveries and advancements even if the end goal may seem elusive