Hey there, physics fans! Ready to blast off into 2025 with some mind-bending YouTube video ideas? Buckle up, because we've got 90 electrifying concepts that'll make your viewers' brains spin faster than a particle accelerator!
I get it. Coming up with fresh physics content can feel tougher than solving Schrödinger's equation. But don't worry - I've been in your shoes, staring at a blank page and wondering how to make quantum mechanics actually fun.
That's why I created this epic list of video ideas. It's packed with everything from mind-blowing experiments to hilarious physics memes. By the time you're done reading, you'll have more inspiration than Einstein had bad hair days. So let's dive in and discover how to turn your channel into a physics phenomenon!
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Quantum Mechanics Simplified
Quantum mechanics is gaining significant momentum, with the UN declaring 2025 as the International Year of Quantum Science and Technology. This presents a prime opportunity for educational content creators. Videos explaining quantum concepts could potentially earn $5-$10 CPM through ads, with additional revenue from sponsorships and merchandise. To implement, start with foundational topics and progress to more advanced concepts, using animations and real-world examples to enhance understanding.
| Idea Name | Description | Target Audience | Monetization |
|---|---|---|---|
| "Schrödinger's Cat Explained in 60 Seconds" | Rapid-fire explanation using animation | Curious beginners | Pre-roll ads |
| "Quantum Entanglement: Spooky Action at a Distance" | Visual breakdown of entanglement concept | Science enthusiasts | Mid-roll ads, merch |
| "5 Mind-Bending Quantum Experiments You Can Try at Home" | DIY quantum demonstrations | Hands-on learners | Sponsorships, affiliate links |
| "Quantum Computing vs. Classical: 2025 Showdown" | Compare processing power with real examples | Tech professionals | Corporate sponsorships |
| "The Double Slit Experiment: Quantum Weirdness Visualized" | Animated breakdown of classic experiment | Visual learners | Patreon support |
| "Quantum Mechanics for Kids: Explain It Like I'm 5" | Simplified analogies for complex concepts | Parents, educators | Educational partnerships |
| "Quantum Error Correction: Solving the Noise Problem" | Explore 2024's breakthrough in QEC | Advanced students | Online course upsell |
| "Quantum Careers in 2025: What You Need to Know" | Industry expert interviews on job prospects | College students | Resume review service |
| "Quantum Cryptography: Is Your Data Really Safe?" | Implications of quantum tech on cybersecurity | IT professionals | Cybersecurity tool affiliates |
| "Quantum Supremacy Achieved? Analyzing 2025 Claims" | Fact-check and explain quantum milestones | Tech journalists | Newsletter subscriptions |
| "The Quantum Internet: How It Works and Why It Matters" | Explore emerging quantum network technology | Futurists, investors | Premium content tier |
| "Quantum Biology: How Nature Harnesses Quantum Effects" | Interdisciplinary look at quantum in living systems | Biology students | University partnerships |
| "DIY Quantum Sensor: Build Your Own SQUID" | Step-by-step guide to create a basic quantum device | Makers, hobbyists | Component sales, kits |
| "Quantum Machine Learning: The Next AI Revolution?" | Potential applications of quantum in AI/ML | Data scientists | Online workshop tickets |
| "Quantum Mechanics and Consciousness: Scientific Theories" | Examine proposed links between quantum and mind | Philosophy enthusiasts | Book affiliate links |
Use Visual Analogies
Explain tricky quantum concepts with everyday objects. For example, use a rotating coin to show superposition. Aim for at least 3 visual analogies per lesson. Track student comprehension by having them explain the analogy back to you. Avoid getting too abstract - stick to tangible examples they can picture.
Incorporate Interactive Simulations
Leverage online quantum simulators to let students play with concepts hands-on. Set a goal of 10 minutes of simulation time per class. Measure engagement by tracking how long students voluntarily explore. Don't just demonstrate - give students specific tasks to complete in the simulation.
Connect to Real-World Applications
Link quantum mechanics to exciting tech like quantum computers. For each topic, share at least one cutting-edge use case. Survey students on which applications interest them most. Be careful not to oversell the tech - focus on current capabilities, not far-future promises.
Astrophysics Adventures
The Astrophysics Adventures theme taps into growing interest in space science, with the global AI market projected to reach $826.7 billion by 2030. Key opportunities include the Eta Aquariids meteor shower in May 2025 and a lunar occultation of Saturn in January. Short-form videos under 60 seconds are trending, offering a chance to explain complex concepts concisely.
Monetization can include sponsored content from space tech companies, merchandise sales, and Patreon subscriptions. To implement, start with beginner-friendly content and progress to advanced topics, leveraging upcoming astronomical events.
| Idea Name | Description | Target Audience | Monetization |
|---|---|---|---|
| "60-Second Supernova" | Explain supernova mechanics in under a minute | Space enthusiasts, 18-35 | Pre-roll ads, merch |
| "Eta Aquariids Explorer" | Live stream the 2025 meteor shower peak | Amateur astronomers, 25-50 | Telescope affiliate links |
| "Saturn's Lunar Hide-and-Seek" | Time-lapse of Saturn's occultation on Jan 4, 2025 | Astrophotography hobbyists, 30-55 | Camera gear sponsorships |
| "Cosmic Shorts: Black Hole Basics" | 30-second animations explaining black hole physics | High school students, 14-18 | Educational platform partnerships |
| "Milky Way Mysteries Unveiled" | Deep dive into Milky Way structure using 2025 imaging tech | University students, 18-25 | Textbook affiliate marketing |
| "Halley's Comet Countdown" | Weekly updates on Halley's approach (visible 2061) | Long-term space fans, 40-65 | Subscription-based bonus content |
| "Quantum Cosmos Quickies" | 15-second quantum mechanics in astrophysics explainers | Young professionals, 25-40 | Tech company sponsorships |
| "ICGAC2025 Insights" | Daily recaps from the Nov 2025 Paris conference | Physics researchers, 28-45 | Academic journal partnerships |
| "AI Meets the Stars" | Exploring 2025 AI applications in astrophysics | Data scientists, 30-50 | Online course sales |
| "Orionid Observatory" | Interactive livestream of Oct 2025 meteor shower | Families, 8-60 | Virtual stargazing event tickets |
| "Exoplanet Expedition" | Weekly updates on newly discovered exoplanets in 2025 | Sci-fi enthusiasts, 20-40 | Streaming service affiliate deals |
| "Cosmic Calculations Challenge" | Solve astrophysics equations with viewers in real-time | Math lovers, 16-30 | Scientific calculator partnerships |
| "2025 Space Tech Showcase" | Reviews of cutting-edge astrophysics instruments | Industry professionals, 35-60 | B2B advertising partnerships |
| "Galactic History in a Heartbeat" | 30-second summaries of major cosmic events | History buffs, 30-55 | Documentary streaming referrals |
| "Ask an Astrophysicist: 2025 Edition" | Monthly Q&A tackling viewer questions about latest discoveries | Curious generalists, 25-65 | Patreon supporter perks |
Use High Frame Rates for Slow Motion
Record your astrophysics footage at 60 frames per second. This lets you slow it down later without losing quality. Aim for smooth, fluid motion when showing things like planet rotations or star movements. Avoid jerky camera work - use a tripod or stabilizer. Slow motion can make complex concepts easier to grasp.
Create Clear Visuals
Make sure your graphics and animations are easy to understand. Use simple shapes and bold colors. Label important parts clearly. Test your visuals with non-experts - if they get it, you're on the right track. Try to keep text on screen for at least 3 seconds so viewers can read it. Use consistent fonts and colors throughout your video for a polished look.
Explain One Concept at a Time
Don't overwhelm viewers with too much info. Focus on explaining one key idea per video section. Use analogies to relate complex topics to everyday things. Pause for a few seconds after each main point to let it sink in. Aim for 2-3 minute segments on each subtopic. This helps viewers absorb and remember the content better.
Everyday Physics Phenomena
The United Nations has declared 2025 the International Year of Quantum Science and Technology, highlighting the growing importance of quantum physics in our daily lives. This presents a unique opportunity for content creators to explain complex physics concepts through relatable everyday phenomena. With quantum computing and AI advancing rapidly, there's increasing demand for accessible physics education. YouTube creators can monetize through sponsorships from tech companies and educational institutions, while also selling companion e-books or online courses.
| Idea Name | Description | Target Audience | Monetization |
|---|---|---|---|
| "Quantum Coffee: The Physics of Your Morning Brew" | Explain quantum tunneling through coffee extraction | Young professionals | Sponsored by coffee brands |
| "The Higgs Boson in Your Hairdryer" | Connect particle physics to common appliances | Curious teens | Ad revenue + merch |
| "Schrödinger's Cat Litter: Quantum Superposition at Home" | Use pet care to illustrate quantum states | Pet owners | Pet supply sponsorships |
| "Relativity on the Freeway: Einstein's Theory in Traffic" | Demonstrate time dilation during commutes | Commuters | Car company partnerships |
| "The Quantum Wardrobe: Entanglement in Fashion" | Explore quantum entanglement via clothing choices | Fashion enthusiasts | Clothing brand deals |
| "Superconductors in the Kitchen: Physics of Non-Stick Pans" | Link advanced materials to cookware | Home cooks | Cookware affiliate links |
| "Dark Matter Detective: Finding the Invisible in Your Home" | Hunt for dark matter analogies in household items | Mystery fans | Online course sales |
| "The String Theory of Spaghetti: Pasta Physics" | Use cooking to explain string theory | Foodies | Cookbook collaborations |
| "Quantum Computing with LEGO: Building the Future" | Demonstrate quantum principles using LEGO | Parents & kids | LEGO sponsorship |
| "The Antimatter in Your Smoke Detector: Home Safety Physics" | Explain particle physics in safety devices | Homeowners | Insurance company ads |
| "Neutrino Nightlight: The Physics of Invisible Particles" | Illustrate neutrino detection with bedtime routines | Parents | Children's book tie-ins |
| "The Quantum Gym: Exercise at the Atomic Level" | Connect quantum mechanics to fitness | Gym-goers | Fitness app partnerships |
| "Fusion in the Frying Pan: Nuclear Physics for Breakfast" | Explain fusion reactions through cooking eggs | Breakfast enthusiasts | Appliance brand deals |
| "The Gravitational Waves of Snoring: Spacetime in Sleep" | Use sleep habits to demonstrate gravitational waves | Insomniacs | Sleep tech sponsorships |
| "Quantum Entanglement for Couples: Physics of Relationships" | Apply quantum principles to interpersonal dynamics | Relationship seekers | Dating app collaborations |
Explore Everyday Physics Mysteries
Want to make cool physics videos? Look for weird stuff that happens around you every day. Like, why do cereal flakes stick to the sides of your bowl? Or how come water bends when you rub a balloon on your hair?
Write down 5-10 strange things you notice this week. Then pick the most interesting one to explain in your video. Aim to keep your explanation under 3 minutes - that's the sweet spot for holding attention.
Set Up Simple Experiments
You don't need fancy lab gear to show physics in action. Use stuff from your kitchen or garage to recreate cool effects. For example, balance a fork and spoon on a toothpick to show center of gravity. Or make a lava lamp with oil, water, and food coloring.
Film your experiments in bright light so viewers can see clearly. Add closeup shots of the coolest parts. Try to include at least 2 experiments in each video to keep things exciting.
Cutting-Edge Physics Breakthroughs
The United Nations has declared 2025 the International Year of Quantum Science and Technology, highlighting the rapid growth in this field. According to the State of Quantum 2024 report, 33 countries have government quantum initiatives, with over $50 billion in public funding committed. Recent breakthroughs span AI integration, precision medicine, and new energy technologies. These advancements promise to transform multiple industries and open new frontiers in computing, communication, and sensing.
| Idea Name | Description | Target Audience | Monetization |
|---|---|---|---|
| "The Fifth Force" Explained | Breakdown of CERN's potential discovery of a new fundamental force | Physics enthusiasts, 25-45 | Sponsored by science equipment brands |
| Quantum Computing's 100 Year Journey | Timeline from 1925 to 2025 showcasing key quantum milestones | Tech professionals, 30-50 | Online course upsell |
| AI Meets Quantum: The Next Frontier | Explore how AI is accelerating quantum research | Data scientists, 28-40 | Consulting services promotion |
| Topological Qubits: The Future of Stable Quantum Computing | Deep dive into anyon-based quantum systems | Computer science students, 20-30 | University partnership |
| 2025 Battery Breakthroughs | Latest advancements in energy storage technology | Clean tech investors, 35-55 | Affiliate links to green tech products |
| Quantum Sensing in Biomedicine | Applications of quantum tech in medical diagnostics | Healthcare professionals, 30-50 | Medical conference ticket sales |
| Breaking Down Barriers: Quantum Communication Networks | Practical methods for long-distance quantum information transfer | Telecom engineers, 25-45 | Sponsored by communication companies |
| Ethics of AI in Quantum Research | Addressing concerns of bias and privacy in quantum-AI integration | Policy makers, 40-60 | Think tank membership drive |
| Solar Efficiency Leap: Beyond 50% | New materials pushing solar panel efficiency to record levels | Renewable energy developers, 30-50 | Solar installation partner program |
| Quantum Advantage: First Real-World Applications | Showcasing quantum computers outperforming classical systems | Tech executives, 35-55 | Executive workshop registration |
| Helgoland to CERN: Quantum Physics' Greatest Hits | Historical tour of quantum mechanics' most impactful discoveries | Science history buffs, 40-70 | Book sales on quantum pioneers |
| Quantum-Inspired Algorithms Revolutionizing Machine Learning | How quantum concepts are enhancing classical computing | AI researchers, 25-40 | Online quantum computing course |
| The Race for Quantum Supremacy: Global Initiatives | Comparison of national quantum strategies and investments | International business leaders, 45-65 | Geopolitical analysis subscription |
| Quantum Cosmology: New Insights into the Early Universe | How quantum tech is changing our understanding of cosmic origins | Astronomy enthusiasts, 30-60 | Telescope and stargazing gear affiliate |
| From Theory to Reality: Building a Quantum Internet | Progress towards a global quantum communication network | IT professionals, 28-45 | Cybersecurity product placement |
Use Slow Motion for Mind-Blowing Effects
Slow down complex physics phenomena to make them easier to understand. Aim for 120 frames per second when filming fast events like collisions or explosions. This lets you stretch 1 second of action into 5 seconds of slow-mo glory. Avoid going overboard - use slow-mo sparingly for maximum impact.
Visualize Invisible Forces
Bring abstract concepts to life with visual aids. Use colored smoke to show air currents, iron filings to reveal magnetic fields, or UV paint to demonstrate wavelengths. Measure engagement by tracking average view duration - shoot for 70% or higher. Don't rely solely on fancy effects - always explain the science clearly.
Master the Art of the Physics Prank
Surprise viewers with counterintuitive demonstrations. Film seemingly impossible stunts that defy expectations, then break down the physics behind them. Aim for a 15% click-through rate on these videos. Be careful not to spread misinformation - always include a clear, factual explanation.
Historical Physics Milestones
The United Nations has designated 2025 as a major milestone in quantum mechanics history, recognizing its potential for sustainable solutions. With up to $50 billion in public funding committed to quantum initiatives globally, this theme presents significant opportunities for educational content. YouTube creators can capitalize on this interest through sponsorships from quantum tech companies, online course sales, and merchandise featuring iconic physics equations.
Implementation steps:
- Research key historical events and breakthroughs
- Develop engaging scripts and visuals
- Collaborate with physics experts for accuracy
- Optimize videos for search and recommendations
- Create supplementary educational materials
| Idea Name | Description | Target Audience | Monetization |
|---|---|---|---|
| "100 Years of Quantum: A Visual Timeline" | Animated journey through quantum milestones from 1925-2025 | Science enthusiasts, students | Sponsorship from quantum computing companies |
| "Heisenberg's Helgoland Breakthrough" | Dramatized recreation of Heisenberg's quantum epiphany | History buffs, physics students | Patreon supporter tiers |
| "From Planck to Qubits: Physics Evolution" | Interview series with modern physicists on historical impacts | Academic researchers, industry professionals | University partnerships, conference speaking gigs |
| "Quantum Leaps: 10 Experiments That Changed Everything" | Hands-on recreations of pivotal quantum experiments | DIY science fans, educators | Lab equipment affiliate sales |
| "The Copenhagen Interpretation Explained" | Animated explainer on quantum's foundational theory | Philosophy and physics students | Online course on quantum foundations |
| "Schrödinger's Cat: Thought Experiment to Real Science" | Exploration of how the famous paradox influenced research | Pop science fans, cat lovers | Branded merchandise (t-shirts, mugs) |
| "Einstein vs. Bohr: The Great Quantum Debate" | Dramatic reenactment of pivotal discussions | History of science enthusiasts | Live event ticket sales |
| "Quantum Milestones Around the World" | Global tour of labs and locations key to quantum history | Travel and science fans | Tourism board sponsorships |
| "The Birth of Quantum Computing: From Theory to Reality" | Documentary on quantum computing's development | Tech enthusiasts, computer science students | Sponsored content from IBM, Google Quantum |
| "Quantum Mechanics in Pop Culture: Fact vs. Fiction" | Analysis of quantum references in movies and TV | Sci-fi fans, general public | Movie studio partnerships |
| "Women in Quantum: Unsung Heroes of Physics" | Profiles of female scientists who shaped quantum theory | STEM diversity advocates, students | Speaking engagements at women in STEM events |
| "Quantum Mechanics and Philosophy: A Century of Questions" | Exploration of quantum's impact on metaphysics | Philosophy students, deep thinkers | Online philosophy course sales |
| "The Quantum Technology Revolution: What's Next?" | Interviews with leading researchers on future applications | Investors, tech industry professionals | Consulting services, industry reports |
| "DIY Quantum Experiments for the Classroom" | Tutorial series on replicating key experiments safely | Science teachers, homeschoolers | Educational materials and kits |
| "Quantum Art: Visualizing the Invisible" | Collaborations with artists to represent quantum concepts | Art and science enthusiasts | NFT sales of quantum-inspired digital art |
Bring History to Life with Visuals
Use compelling visuals to illustrate key historical physics moments. Aim for at least 5-7 high-quality images or animations per 10 minutes of video. Show portraits of famous physicists, diagrams of experiments, and recreations of groundbreaking discoveries. This keeps viewers engaged - aim for an average view duration of at least 60% of your total video length.
Tell Fascinating Stories
Focus on the human stories behind the science. Share interesting anecdotes about physicists' lives and the challenges they faced. For example, describe how Einstein developed his theories while working as a patent clerk. Weave these stories throughout your script to maintain viewer interest. Try to include at least one compelling personal story every 3-4 minutes.
Explain Complex Concepts Simply
Break down difficult physics concepts using simple analogies and everyday examples. Avoid technical jargon - explain ideas as if talking to a 12-year-old. Use clear visuals and animations to illustrate abstract concepts. Aim for an engagement rate of 70% or higher by keeping explanations concise and easy to follow.
Practical Applications of Physics
The International Year of Quantum Science and Technology (IYQ) in 2025 marks a pivotal moment for physics, with up to $50 billion in public funding committed globally. This presents a prime opportunity for engaging YouTube content that bridges the gap between complex quantum concepts and practical applications.
To monetize effectively, creators should focus on sponsorships from the growing quantum technology sector, affiliate marketing of educational resources, and developing premium courses. Implementation involves thorough research, collaborating with experts, and creating visually compelling demonstrations of physics principles in action.
| Idea Name | Description | Target Audience | Monetization |
|---|---|---|---|
| "Quantum Leaps: 100 Years of Innovation" | Series exploring breakthroughs since Heisenberg's 1925 discovery | Physics enthusiasts, 25-40 | Sponsored by quantum tech companies |
| "Physics of the Future: 2025 Tech Predictions" | Showcase upcoming quantum applications in various industries | Tech-savvy professionals, 30-50 | Affiliate links to futurist books |
| "DIY Quantum Experiments at Home" | Simple demonstrations of quantum principles using household items | Students, 16-22 | Course on advanced DIY experiments |
| "Quantum Computing Explained: From Bits to Qubits" | Beginner-friendly introduction to quantum computing basics | Tech curious adults, 25-45 | Sponsored by IBM Quantum |
| "The Physics Behind Renewable Energy" | Explore how physics enables solar, wind, and other green technologies | Environmentally conscious viewers, 20-40 | Affiliate marketing for green tech |
| "Optical Revolution: Silicon Photonics Demystified" | Breakdown of emerging silicon photonics technology | Engineers and tech professionals, 28-45 | Sponsored by photonics companies |
| "Space-Based Defense: Physics on the Final Frontier" | Analysis of proposed space-based missile defense systems | Military enthusiasts, policy wonks, 30-55 | Premium membership for in-depth content |
| "Quantum Careers: Jobs of the Future" | Guide to emerging roles in quantum technology industries | Students and job seekers, 18-35 | Sponsored by quantum job boards |
| "Physics of Fusion: Powering Tomorrow's World" | Explanation of latest fusion reactor designs and challenges | Energy sector professionals, 35-60 | Online course on fusion technology |
| "Quantum Sensing: The Next Technological Revolution" | Showcase of quantum sensors in healthcare, navigation, etc. | Tech entrepreneurs, 25-45 | Consulting services for startups |
| "The Physics of 6G: Beyond Traditional Communications" | Explore quantum and photonic technologies enabling 6G | Telecom professionals, 30-50 | Sponsored by telecom equipment makers |
| "Quantum Cryptography: Unbreakable Codes Explained" | Breakdown of quantum key distribution and post-quantum crypto | Cybersecurity professionals, 25-45 | Online quantum cryptography course |
| "Physics in Medicine: From X-rays to Quantum Diagnostics" | Timeline of physics-based medical innovations to 2025 | Healthcare professionals, 30-55 | Affiliate marketing for medical tech |
| "Quantum Machine Learning: AI's Next Paradigm Shift" | Explain how quantum computers could revolutionize AI | Data scientists, AI researchers, 28-45 | Sponsored by quantum ML startups |
| "Multi-Physics Simulation: Designing the Real World" | Showcase advanced simulation techniques in engineering | Engineers, designers, 25-50 | Software affiliate partnerships |
Harness the Power of Everyday Physics
Want to make your videos pop with real-world physics? Try these simple tricks:
Set up a pendulum experiment using household items. Film it swinging back and forth, explaining how energy transfers. Aim for at least 30 seconds of footage to really show the motion. Just don't let the pendulum hit anything - that ruins the effect!
Demonstrate buoyancy by floating different objects in water. Use a clear container so viewers can see what's happening. Compare how things like oranges (with and without peels) or soda cans (regular vs. diet) behave differently. Try to get at least 5 distinct objects for variety.
Explain centripetal force with a bucket of water. Swing it in a vertical circle, showing how the water stays in place. For safety, practice outside first! Shoot multiple angles to clearly show the water not spilling. This visual wow factor can boost your retention rate by 20% or more.
Physics explanation videos can be tricky to make popular. Here are some focused tips to help your channel grow:
Content Optimization:
| Strategy | Implementation | Expected Result |
|---|---|---|
| Use visuals for complex concepts | Create 3-5 custom animations per video | 20% increase in average view duration |
| Explain with everyday examples | Link each physics law to a real-life situation | 30% boost in audience retention |
| Break topics into bite-sized chunks | Divide each video into 2-3 minute segments | 25% increase in completion rate |
Audience Growth:
| Tactic | Timeline | Success Metric |
|---|---|---|
| Collaborate with math channels | Reach out to 3 channels per week for 1 month | Gain 500 new subscribers |
| Create a "Physics in 60 Seconds" series | Post daily for 2 weeks | Attract 1000 new viewers per video |
| Answer questions on physics forums | Spend 30 minutes daily for 3 weeks | Drive 200 website clicks per week |
Analytics & Revenue:
| Focus Area | Action Steps | Target Outcome |
|---|---|---|
| Boost watch time | Add end screen suggestions to all videos | Increase session time by 2 minutes |
| Grow channel membership | Offer exclusive Q&A sessions for members | Sign up 100 members in 60 days |
| Optimize ad placement | Test mid-roll ads at natural break points | Increase RPM by $1 within 30 days |
These strategies focus on making physics more engaging and accessible. By breaking down complex ideas, using visuals, and connecting with your audience, you can grow your channel quickly.
Here's a focused action plan for getting started with physics explanation YouTube videos:
- Week 1: Foundation
Let's start with the basics:
| Task | Time | Tools | Success Check |
|---|---|---|---|
| Pick 3 physics topics | 2 hours | Subscribr Ideation Chat, textbooks | List of 3 topics with clear explanations |
| Watch top physics channels | 3 hours | YouTube, notebook | 10 video ideas inspired by other creators |
| Create simple demo props | 4 hours | Craft supplies, household items | 5 props ready for filming |
- Week 2-3: Content Creation
Now, let's make some videos:
| Process | Time | Tools | Quality Check |
|---|---|---|---|
| Write script for first video | 3 hours | Subscribr AI Scriptwriting | Clear, engaging 5-minute script |
| Film and edit video | 6 hours | Camera, editing software | Smooth 5-minute video with clear visuals |
| Design thumbnail and title | 1 hour | Canva, Subscribr suggestions | Eye-catching thumbnail, 70% CTR in tests |
- Week 4: Growth Setup
Time to grow your channel:
| Tactic | Steps | Timeline | Target |
|---|---|---|---|
| Post on physics forums | Find 3 forums, share video, answer questions | 2 hours over 3 days | 100 views from forum traffic |
| Collaborate with math channel | Reach out to 5 channels, plan joint video | 1 week | 1 collaboration video planned |
| Create shorts from main video | Cut 3 short clips, add captions | 2 hours | 1000 views total on 3 shorts |
This plan will help you start making physics videos that people love to watch. Take it step by step, and you'll be explaining complex ideas in no time!
Imagine your physics channel becoming the go-to resource for curious minds. Your videos could inspire the next generation of scientists and make complex concepts accessible to everyone.
Remember, the key to success is making physics fun and relatable. Use everyday examples, cool experiments, and eye-catching visuals to bring abstract ideas to life.
Ready to start? Grab a pen and brainstorm topics that excite you. Then, dive into research and start planning your first physics explanation video. The world of science awaits!
