THE FUTURE OF COMPUTING

🌐 THE FUTURE OF COMPUTING — Gen Z Reviewer

(Chill pero buo, informative, may examples, may mnemonic sa dulo)

✅ 1. Moore’s Law

“This part is important kasi foundation ito ng buong innovations topic.”

⭐ What is Moore’s Law?

  • Gordon Moore (1965) observed that transistors double every 2 years.

  • More transistors = faster + more powerful devices.

  • Result: gadgets become better AND cheaper over time.

💸 Example (Real-Life Feels):

  • A chip with 2,000 transistors cost ₱50,000 in 1970.

  • Just ₱48.50 by 1990.

  • Today? Less than ₱1.00 to manufacture.
    Literal na mas mura pa sa yosi stick.

⚠ BUT WAIT…

  • In 2015, Moore said the trend was slowing down.

  • Companies are shifting away from silicon → exploring new materials + new computing models.

✅ 2. Innovations for the Future of Computing

1) Graphene-Based Transistors

“Think of graphene as Silicon 2.0 — mas manipis, mas mabilis, mas malupit.”

🔍 What is it?

  • Graphene = 1-atom thick, super conductive.

  • Can form nanotubes → super tiny, super efficient.

✅ Pros:

  • Faster electron movement.

  • Less energy + less space required.

❌ Cons / Challenges:

  • Production is complex and error-prone.

⭐ Cool Example:

  • 2019: scientists made a 16-bit carbon nanotube microprocessor that printed “Hello, World!”

  • Potential for factory use in <5 years.

2) Quantum Computing

“Ito na yung level na physics majors lang dapat… pero explain ko sa chill way.”

🔍 Main Idea:

  • Uses qubits, not bits.

  • 1 qubit = can represent multiple states at once (superposition).

  • Formula: 2ⁿ (n = number of qubits) → exponential power.

✅ Use Cases:

  • Drug discovery

  • Complex simulations

  • Ultra-complex chip design

🔥 Why it’s crazy powerful:

  • Not bound by normal logic gates — uses probability instead.

3) DNA Computing

“Imagine using literal DNA strands para mag-compute. Wild.”

🔍 What it does:

  • DNA can store massive amounts of data.

  • Can analyze all possible answers simultaneously (parallel processing).

✅ Features:

  • Super stable data storage (e.g., scientists restored the genome of a 300,000-year-old cave bear).

  • Used in:

    • DNA fingerprinting

    • Secure data storage (banking, military, comms)

4) Neuromorphic Technology

“Ito yung computers na ginagaya yung utak mo — pero mas efficient.”

🔍 Main Idea:

  • Mimics the structure of the human brain.

  • Low energy consumption.

⭐ Real-World Update:

  • Intel (2020) released a neuromorphic server with small mammal-level neural capacity.

  • Artificial and biological neurons have been linked using internet-like protocols.
    Literal na “internet ng neurons.”

5) Optical Computing

“Light-speed computing — literally.”

🔍 How it works:

  • Uses photons instead of electrons.

  • Light intensity = data.

✅ Benefits:

  • Ultra-fast

  • Low energy

  • Possible nanoscale computing

🔧 Possible Setups:

  • Fiber-optic cables

  • Optical chips

  • Wireless optical networks

6) Distributed Computing

“Teamwork makes the dream work — kahit computers pa yan.”

⭐ Example: Folding@home

  • Models protein molecules to find cures (Alzheimer’s, cancer, COVID-19).

  • Over 750,000 participants.

  • Collective power: 1.5 exaflops (quintillion calculations per second).

  • Already 75% speed of upcoming “El Capitan” supercomputer.

✅ Big Picture

Future computing =
✅ New materials (graphene, DNA)
✅ New models (quantum, neuromorphic, optical)
✅ Crowd-powered computing (distributed)

Meaning?
Computing might be completely redefined in the future.

✅ 3. Collapse OS — “Operating system for when everything goes to hell.”

🎯 What is Collapse OS?

  • An open-source OS made for a post-apocalypse scenario.

  • Created by Virgil Dupras (2019).

  • Goal: still use electronics even if global supply chain collapses.

🤯 Why made?

  • Dupras predicts: by 2030, producing modern electronics will be impossible.

  • Only scavenged tech will remain useful.

✅ Collapse OS Features

Runs on Z80 8-bit processors (found in old computers, cash registers, calculators).

It can:

  • Run on minimal/improvised machines

  • Interface using improvised keyboards/displays

  • Compile assembler files

  • Read/write many storage types

  • Edit text

  • Self-replicate (with enough RAM & storage)

✅ Roadmap / Future Support

  • CPUs: 8080, 6502

  • Screens: LCD, E-ink

  • Storage: floppies, CDs, RAM/ROM

  • Devices: TI-83/84 calculators, TRS-80s

✅ Purpose

“If society collapses, Collapse OS helps us skip steps and restart the computer age.”

🧠 RECAP + Memory Tricks

✅ SUPER QUICK SUMMARY

  • Moore’s Law: transistors double every 2 years.

  • Graphene: super conductive, nanotube-based chips.

  • Quantum: qubits = multi-state; crazy power.

  • DNA Computing: parallel processing + massive storage.

  • Neuromorphic: brain-like chips.

  • Optical: computing with light.

  • Distributed: teamwork via many computers.

  • Collapse OS: post-apocalypse operating system.

🎯 MNEMONIC to remember the 6 innovations:

G-Q-D-N-O-D →
“Great Quantum DNA Nurtures Optical Development.”

Or Gen Z version:
“GQD NOD” → “Good Quality Data? Nod.”
(Para di makalimutan 😎)