
Explore histopathological features of COVID-19, including diffuse alveolar damage, viral tropism, and case presentations with expert pathologists Dr Osborn and Dr Hanley.

Comprehensive exploration of face mask efficacy against COVID-19, covering particle physics, experimental findings, and practical demonstrations. Emphasizes masks' protective benefits for wearers and others.

Explore the foundations of electromagnetic energy through Maxwell's Equations, understanding voltage, current, and magnetism. Discover practical applications in nuclear fusion, solar energy, and everyday electrical devices.

Explore cardiovascular genetic testing, result interpretation, and clinical applications through case studies, focusing on family history analysis and cascade testing implications.

Explore advances in genetic testing for prostate cancer, including risk prediction, precision therapies, and genetic counseling. Learn about implementation strategies and guidelines for germline testing in prostate cancer care.

Genetic counselors discuss transitioning between telehealth and in-person care during COVID-19, sharing experiences from various specialties and locations to address medical and social impacts on patients and providers.

Explore electronics thermal analysis in Fusion 360, covering power dissipation, IC cooling, and board-level heat management for improved device performance and reliability.

Learn to create custom HVAC parts using Fusion 360 Sheet Metal, including transitioning from rectangular to round openings and adding bends and flanges for practical applications.

Explore the future of reasoning, its challenges, and potential solutions in a rapidly changing world. Delve into cognitive processes, communication, and decision-making in complex systems.

Explore the fascinating illusions of time perception, from chronological misconceptions to psychological phenomena affecting our understanding of history and personal experiences.

Explore advanced FEA techniques in Fusion 360 to enhance product performance, focusing on thermal analysis and design optimization for LED internals.

Explore model-based deep learning for imaging and communications, merging parametric models with optimization tools for efficient, interpretable networks applicable to various real-world problems.

Learn essential QGIS tools for water modelling, including PCRaster plugin, flow direction styling, and catchment map creation. Gain practical skills through live demonstrations and expert insights.

Comprehensive overview of pulmonary hypertension, covering types, causes, pathophysiology, diagnosis, and treatment. Includes practice cases for applied learning and understanding.

Explore building a simulated car system, from in-vehicle infotainment to a complete "Car in a Box" setup, with insights on ECU integration and safety precautions.

Explore car hacking essentials: hardware, software, and penetration testing techniques for automotive systems. Learn about attack surfaces, OBD2 ports, and network basics.

Explore Bayesian theories in perception and cognition, examining how the brain processes information and makes decisions based on probabilistic models and prior knowledge.

Comprehensive overview of antiviral medications, exploring mechanisms of action and specific drugs for influenza, HIV, hepatitis B & C, and herpes. Covers viral replication cycles and drug targets.

Comprehensive overview of cancer drug mechanisms, including cell cycle inhibitors, topoisomerase inhibitors, and targeted therapies. Covers action, side effects, and specific agents for various cancer treatments.

Comprehensive overview of NSAIDs and prostaglandin analogs, covering mechanisms, uses, and side effects. Explores COX inhibitors and various drug types, making complex concepts accessible.

Comprehensive overview of anticoagulants and antiplatelet drugs, covering mechanisms, pathways, and specific medications for preventing blood clots and treating related disorders.