Analog means information is represented as a continuous, physical signal that changes smoothly, like a wave. Analog devices mirror the real world directly, without breaking information into separate numerical units. Sundial Hourglass Thermometer (mercury) Vinyl record player Film camera Analog radio Mechanical watch Barometer (aneroid) Slide rule Oscilloscope (analog) Digital means information is stored and processed using discrete units, like numbers or binary code. Digital devices convert real-world signals into data that can be easily copied, shared, and manipulated. Abacus Digital clock Calculator Digital camera Smartphone Computer GPS device Digital thermometer Digital radio Tablet (iPad, etc.)

Digitization is the process of converting information into the 0s and 1s that a computer can store and read. For text, this is straightforward: each character is assigned a numerical code. Because every character maps perfectly to a number, digitizing text is exact and introduces no loss. Sound is more complex because it’s a continuous wave. To digitize it, a computer samples the sound at regular intervals and quantizes each sample into a digital value. Higher sample rates and more bits capture the sound more accurately, but they also produce larger files. Lower settings reduce accuracy but save storage. The key difference is that text digitization is precise, while sound digitization requires balancing quality, file size, and realism. This blog was created partially with AI. I began by writing the blog in my own words, then used AI to expand on my thoughts and make the flow of my writing smoother. Once AI had edited and made changes to my paper, I proofread and made minor changes...

When we create a digital version of something, a photo, a sound, or even a physical object, we’re not copying it perfectly. Instead, we’re translating it into data that computers can store and process: zeros and ones. This digital representation often captures the most important features, but it can never fully replace the natural, original object. What We Gain Convenience: Digital versions are easy to store, copy, and share instantly. Durability: They don’t wear out, fade, or physically break. Editability: Images can be enhanced, sounds corrected, and documents edited. Searchability: Digital text or data can be stored and found quickly. What We Lose Full detail: Digital versions simplify reality, pixels replace continuous color, and samples replace continuous sound. Authenticity: Texture, depth, and subtle variations in natural objects may be reduced or lost. Context: A digital snapshot doesn’t always capture the environment, emotion, or physical presence of the real object....

During my time in the Internet and Digital Revolution class, a classmate did their presentation on AI in Warfare and whether or not it is right to do so, or how much control AI should have. During the presentation, the presenter asked us questions about whether or not we should trust the AI in certain situations. Most classmates rejected the AI and did not want it included at all; they felt it was inhuman or did not trust it. In my opinion, as someone in a relevant field, I have seen how strong technology is and what it’s capable of. I believe that AI should be used in warfare and have full autonomy and control. This is because it gets soldiers out of harm’s way and puts them behind the screen, which I believe should be one of our main priorities.

Artificial intelligence is moving beyond automation and into creation. As Forbes reports, Carina Hong, a Stanford dropout, founded Axiom Math, a startup building an AI capable of solving the world’s toughest math problems and inventing new ones. Most AI tools today focus on analyzing data or automating tasks, but Axiom Math aims to act as a true collaborator, generating original theorems, crafting new challenges, and even proposing unexplored areas of research. The project has already secured $64 million in funding, showing strong belief in its potential. If successful, this technology could transform fields like physics, cryptography, and quantum computing, accelerating breakthroughs that once took decades. Axiom Math isn’t just teaching machines to think it’s pushing them to discover, marking a bold new chapter for AI and human knowledge alike. This blog was created partially with AI I began by writing the blog in my own words, then used AI to expand on my thoughts and make the...

One example of something that has become digital and has become a huge benefit is the way we store and share information. Previously, in the pre-digital world, all knowledge was stored in physical books, letters, and paper records. Since going digital, we have discovered major benefits, including easier to find, faster to share, and accessible across different locations. Being an engineer and working in big team projects, being able to store and share files from team member to team member quickly is super beneficial. I could not imagine working with a team and not being able to access data on the fly. Although digitally stored files can get corrupt or lost, overall, the shift to digital has transformed how people live and work This blog was created partially with AI. I began by writing the blog in my own words, then used AI to expand on my thoughts and make the flow of my writing smoother. Once AI had edited and made changes to my paper, I proofread and made minor changes once more....

In today’s digital world, your short bio often precedes your handshake. It’s how people meet you before you meet them. Indeed’s “How To Write a Professional Short Bio” offers a crisp roadmap to making those few sentences count. Why it mattersYour bio is frequently the first thing someone sees on LinkedIn, a company “About” page, or even in meeting intros. It needs to be accurate, engaging, and targeted to your audience. What to include You don’t have room for everything. According to Indeed, a well-crafted bio will typically touch on: Your name and current role The company you work for (or your professional brand) A short mission or philosophy — what drives your work One or two key accomplishments or expertise A personal touch (interest, hobby, something that humanizes you) Contact or social links How to write it 1.) Choose a voice — first person (“I do X…”) or third person (“She leads Y…”). Use whatever aligns best with your medium and tone. 2.) Start strong — the first sentence...

Make strips: Cut several paper strips Weave: Slide one strip over–under–over–under through the slits. Next row: Weave the next strip under–over–under–over (opposite of the previous row). Repeat: Alternate the pattern until the sheet is filled. Secure: Tape, glue, or staple the strip ends on the back. Trim edges if you want. Your content goes here. Edit or remove this text inline or in the module Content settings. You can also style every aspect of this content in the module Design settings and even apply custom CSS to this text in the module Advanced settings.

Stephen Fry’s podcast Inside Your Mind takes listeners on an engaging journey into one of the body’s most complex and least understood organs, the brain. He explores a wide range of topics, including energy consumption, blood supply, pain receptors, and the intricate workings of neurons. Fry begins by highlighting the brain’s extraordinary demand for energy. Despite its relatively small size, it consumes around 20% of the body’s available energy. To put this into perspective, he notes that a computer processor with equivalent capabilities would require nearly 10 megawatts of power to operate. From there, he shifts to the brain’s blood supply, explaining that it receives roughly one-fifth of the body’s circulation. The discussion then turns to neurons, the cells that make brain function possible. The average brain contains about 8.6 billion neurons, each communicating through chemical messengers called neurotransmitters. These exchanges occur at synapses, of which the average human...