Science courses

Browse public Science courses with structured lessons, visuals, and practice on Wondering.

• Understanding Zepbound for Weight Loss

  Discover how this medication interacts with your body to manage hunger and support sustainable weight loss through a simple, science-based approach tailored for your personal health journey. * **Explain how GLP-1 and GIP hormones** regulate appetite * **Identify key differences** between Zepbound and other medications * **Recognize common side effects** and management strategies * **Develop a personalized plan** for safe long-term use

• Control Theory for Wet-Lab Robotics: From Feedback to Autonomous Experiments

  Explain how control theory connects software decisions to physical robot and wet-lab behavior; model simple systems, interpret stability and tracking performance, choose and tune controllers in simulation, distinguish measured quantities from inferred outcomes, and design a reliable automated laboratory workflow. Begin with basic algebra and graphs, introduce calculus and linear algebra intuitively, and offer optional Python exercises. Teach each lesson through a wet-lab example, a worked example, a misconception check, and a short application exercise. Progress from foundations to intermediate applications, with clearly marked advanced extensions and a simulated capstone.

• Atomic Habits

  Master the four laws of behavior change to turn tiny daily improvements into a complete personal transformation. You will learn to build systems that make lasting success inevitable. * **Master the Four Laws** to build sustainable routines * **Optimize your environment** for effortless habit execution * **Stack tiny improvements** for massive long-term results * **Break negative patterns** using proven behavioral science strategies

• National Quantum Strategy and Security

  Master the intersection of quantum physics and national security to effectively prioritize R&D investments, secure critical supply chains, and develop robust frameworks for long-term technological sovereignty. * **Quantum fundamentals** for informed strategic policy drafting * **Supply chain analysis** to secure critical technology components * **Security risk assessment** for post-quantum cryptographic transitions * **R&D prioritization** to maximize national competitive advantage

• Probabilistic Robotics

  Master the math behind uncertainty to build robots that navigate and act reliably using Kalman filters, particle filters, and simultaneous localization and mapping in unpredictable environments. * **Master uncertainty modeling** for robust robotic decision-making * **Implement Kalman and particle filters** for precise state estimation * **Build SLAM systems** for autonomous mapping and localization * **Develop reliable control strategies** despite noisy sensor data

• Social Network Architecture and Theory

  Master the science of network effects and social objects to build scalable interaction models and high-growth primitives for the Wundr ecosystem. * **Graph theory fundamentals** for modeling complex social connections * **Social object design** to drive meaningful platform interactions * **Growth loop engineering** using viral mechanics and incentives * **Network effect optimization** for scalable community architecture

• Adaptive Morning Wellness for Chronic Pain

  Master a flexible morning framework designed to bypass cognitive fatigue and physical flares, ensuring you start your professional day with clarity despite the challenges of chronic illness. * **Pain-informed movement** to reduce stiffness without triggering flares * **Neuro-inclusive pacing** to manage cognitive fatigue and brain fog * **Tiered routine frameworks** for high and low symptom days * **Executive function hacks** for consistent morning habit stacking

• Endovascular Surgical Robotics GTM

  Master the technical specs and clinical workflows needed to integrate robotic systems into the cath lab and drive high-value adoption among Interventional Cardiologists. * **Master technical specs** of robotic endovascular systems * **Articulate clinical value** to interventional cardiology stakeholders * **Navigate hospital integration** for seamless robotic adoption * **Translate complex terminology** into persuasive sales strategies

• DOG-WONDERING-20260829-LUMA-PRIVATE

  Master the Luma Beetle protocols to identify data contradictions and ensure your Velora field observations meet the highest technical standards for operational accuracy. * **Master Luma Beetle threshold analysis** for field data * **Identify protocol contradictions** in observation workflows * **Evaluate environmental conditions** affecting Planet Velora research * **Standardize technical reporting** for operational field manuals

• Neuroscience for Health and Psychology

  Explore the fundamental biology of neurons to gain a clear understanding of how the brain influences human behavior and overall physical wellness. * **Identify neuron structures** and their role in communication * **Explain neurotransmitter effects** on mood and mental health * **Connect brain regions** to everyday human behaviors * **Analyze nervous system basics** without needing prior science knowledge

• Deep Dive Into LLMs

  Master the architectural intricacies of transformers and attention mechanisms to design, train, and innovate cutting-edge generative models for advanced data science research. * **Master transformer architectures** and attention mechanisms from scratch * **Implement custom training loops** for fine-tuning large models * **Optimize model inference** using quantization and pruning techniques * **Architect novel generative models** for complex data science tasks

• Concepts of Biology IV — Bodies, Ecology, and Conservation

  The fourth non-majors course adapted from Fowler, Roush, and Wise’s Concepts of Biology, connecting homeostatic body systems and immunity to population dynamics, ecosystem flows, biodiversity risk, and conservation choices.

• Concepts of Biology III — Evolution and Diversity

  The third non-majors course adapted from Fowler, Roush, and Wise’s Concepts of Biology, explaining population change, speciation, phylogenetic evidence, and major transitions across microbial, plant, and animal diversity.

• Concepts of Biology II — Inheritance and Biotechnology

  The second non-majors course adapted from Fowler, Roush, and Wise’s Concepts of Biology, following biological information through chromosomes, cell division, inheritance, DNA expression, and the evidence and tradeoffs surrounding biotechnology.

• Concepts of Biology I — Cells and Energy

  The first non-majors course adapted from Fowler, Roush, and Wise’s Concepts of Biology, connecting scientific reasoning and life’s molecular building blocks to cell organization, membrane exchange, respiration, and photosynthesis.

• Understanding Raptor Rocket Propulsion

  Master the high-stakes engineering and economic advantages of SpaceX's full-flow staged combustion cycle to evaluate the future of orbital launch markets and capital intensive aerospace investments. * **Evaluating FFSC efficiency** for long-term investment viability. * **Analyzing Raptor 3 production costs** and scaling potential. * **Assessing technical risks** in aerospace contract negotiations. * **Identifying competitive advantages** of full-flow staged combustion.

• AI Biology Frontiers

  Understand AlphaFold, why it changed structural biology, and how newer AI systems now attack protein design, docking, variant interpretation, cells, and genomes.

• California Coastal Marine Biology

  Learn the marine biology of California's coast through tide pools, kelp forests, sea otters, seals, garibaldi, urchins, sea stars, and stewardship decisions. Includes NOAA photo studies and simple visual illustration cues for observation.

• Atomic Habits

  Master the science of small wins by applying the Four Laws to build unstoppable routines and achieve lasting transformation through marginal gains. * **Tiny gains** for massive long-term results * **Environment design** to make good habits inevitable * **Friction reduction** to eliminate procrastination and resistance * **Identity shifting** to sustain permanent lifestyle changes

• Mastering AI-Powered Academic Research

  Transform your research workflow by learning to integrate AI agents into your literature reviews and scientific analysis while maintaining rigorous academic integrity and critical thinking standards. * **Automated literature mapping** using advanced AI search tools * **Critical evaluation** of AI-generated insights for academic rigor * **Ethical prompt engineering** to accelerate scientific discovery * **Safe integration** of AI agents into research workflows

• High School Sociology from Scratch

  Master every essential concept and theory needed to ace your graduation exam. This fast-track guide builds your foundation from zero to exam-ready in just two months. * **Master core theories** for high school exam readiness * **Analyze social structures** and their impact on individuals * **Apply sociological perspectives** to real-world cultural issues * **Execute research methods** used in basic social science

• Probabilistic Robotics

  Master how robots handle real-world uncertainty using simple math and logic to turn your curiosity into a foundational understanding of intelligent machines. * **Robot uncertainty management** using basic probability and logic * **Sensor data interpretation** to understand how robots see * **Map building basics** for navigating unknown environments * **Decision making models** for autonomous robot movement

• Repaso de Proteínas y Enzimas

  Domina la estructura de las proteínas y la cinética enzimática para asegurar tu éxito en el examen de acceso. Este repaso práctico conecta los conceptos clave con claridad. * **Estructura proteica** para entender su función biológica específica. * **Mecanismos enzimáticos** y factores que afectan su velocidad. * **Clasificación de vitaminas** y sus consecuencias por déficit. * **Resolución de problemas** típicos en exámenes de selectividad.

• Anatomi Kardiovaskular Klinis Mahasiswa Preklinik

  Kuasai struktur jantung dan pembuluh darah melalui visualisasi mendalam untuk membangun fondasi klinis yang kuat dalam menghadapi ujian kompetensi kedokteran masa depan. * **Identifikasi struktur jantung** melalui proyeksi anatomi permukaan dinding dada * **Korelasi anatomi koroner** dengan area infark pada pemeriksaan EKG * **Visualisasi alur sirkulasi** dan mekanisme katup untuk auskultasi klinis * **Analisis ruang jantung** sebagai dasar interpretasi pencitraan radiologi dasar