All episodes
Ep 386: Nickel That Sticks to Plastic
Ep 385: When Chips Delaminate
Ep 384: Titanium's Tense Passive Skin
Ep 383: Armor for Mighty Magnets
Ep 382: Cracks Beneath the Surface
Ep 381: Four Faces, Multiplied Voltage
Ep 380: Charcoal Cuts Rust, Steals Carbon
Ep 379: Lanthanum Shields TZM from Oxidation
Ep 378: Sweat-Proof Steel Coatings
Ep 377: Water Heals Titanium Films
Ep 376: CO Poisons Hydrogen Alloy
Ep 375: Dual Acid Rare Earth Recycling
Ep 374: Wide Field Magnetoelectrics
Ep 373: Eleven Percent Tool Holder
Ep 372: Domain Walls After Curie Point
Ep 371: Passive Film Nanoelectronics
Ep 370: Optimal Catalyst Dosing
Ep 369: Tungsten Carbide Real Electrode
Ep 368: PDMS Stiffness Pocket Formula
Ep 367: Work Function Under Strain
Ep 366: Hydrogen Plus Chloride Corrosion
Ep 365: Hydrogen Amorphizes Crystal
Ep 364: When Baking Softens Steel
Ep 363: Hydrogen from MgH2, Easier
Ep 362: Fluoride-Shaped Aluminum Nitride
Ep 361: Chromium Oxide Battery Anode
Ep 360: Phosphorus Tunes Magnetoelectrics
Ep 359: Ni-P Boosts Magnetoelectrics
Ep 358: Water on Ferroelectric Domains
Ep 357: When Series Wiring Disappoints
Ep 356: Impulse Pipe Failure
Ep 355: BaPbO3 from Leaded Waste
Ep 354: Two Tips, One Modulus
Ep 353: Mesoporous Hematite Photocatalyst
Ep 352: Tunable Band Gap by Thickness
Ep 351: Complete Europium Recovery
Ep 350: Pressing Pearlite Ultrafine
Ep 349: Laser Shock on Ultrafine Steel
Ep 348: Multielectrode Magnetoelectric Design
Ep 347: Green Phosphor Fusion Mechanism
Ep 346: Giant Magnetoelectric Composite
Ep 345: Conductive Copper Nanocomposite
Ep 344: Measuring Gamification Effectiveness
Ep 343: Glass-Ceramics from Waste
Ep 342: Sputtered Nitride Film Stress
Ep 341: Lanthanum Oxide Stabilizes TZM
Ep 340: Nitrogen Ions Upgrade Implants
Ep 339: Laser Shock Refines Steel
Ep 338: Lanthanum Toughens TZM
Ep 337: Anyone Can Teach
Ep 336: Monetization Doubles Virality
Ep 335: Antimony Recovery by Hydrolysis
Ep 334: BAM Fusion Kinetics
Ep 333: Free Oxoanion Theory
Ep 332: Macro vs Micro PDMS
Ep 331: Nanosized Tungsten Carbide Catalyst
Ep 330: Brittle Film Cracks Substrate
Ep 329: Finer Powder, Stronger Composite
Ep 328: Cracks Without Surface Slip
Ep 327: Cerium Strengthens Copper Alloys
Ep 326: Forging Stronger Copper Alloys
Ep 325: Better Catalysts for Fuel Cells
Ep 324: Growing Better Infrared Films
Ep 323: Oxygen Boosts Infrared Sensors
Ep 322: China's E-Waste Challenge
Ep 321: Monetization Motivates Freemium Users
Ep 320: Stronger Steel Through Cryorolling
Ep 319: Supercharging Hydrogen Storage
Ep 318: Thicker Films, Better Infrared
Ep 317: The Tilt That Fooled the Nanoindenter
Ep 316: Why a Nanowire's Stiffness Depends on How You Hold It
Ep 315: Perfect Spheres from a Ten-Thousand-Degree Torch
Ep 314: Laser Pulse Energy and High Carbon Steel Surfaces
Ep 313: Titanium Dioxide as a Glass-Ceramic Nucleating Agent
Ep 312: Counting Vacancies with Antimatter
Ep 311: A Ring That Knows Which Way the Magnet Points
Ep 310: Rolling Copper to Double Strength
Ep 309: Hidden Braille: 3D Printing Without Ink
Ep 308: Twice the Power Per Gram: Hollow Magnetoelectric Cylinders
Ep 307: Floating Spindles
Ep 306: Trash into Tile
Ep 305: Tougher Nylon, Tiny Rods
Ep 304: Nanotubes for Better Implants
Ep 303: Recrystallization in Real Time
Ep 302: Silver's Hot Copper Recipe
Ep 301: When Coatings Crack
Ep 300: Learning Languages Eye to Eye
Ep 299: Splitting Water with Sunlight
Ep 298: Hot Forging the Perfect Copper
Ep 297: Glass-Ceramics From Slag
Ep 296: Mapping Copper Hot Working
Ep 295: Language Learning, Eye to Eye
Ep 294: Tuning Magnetoelectric Composites
Ep 293: Braille on Shrink Sleeves
Ep 292: Phosphorus Boosts Copper Alloy
Ep 291: Nanoporous Gold Under Heat
Ep 290: Silver Refines Copper Alloy
Ep 289: Hot-Working Copper Alloys
Ep 288: Vanadium Sheets Power Batteries
Ep 287: The Vacancy Equation for Films