Cracking the Boy CodeTop of Mind with Julie Rose • Season 1, Episode 836, Segment 2
Jun 18, 2018 • 27m
Guest: Adam Cox, PhD, Clinical Psychologist, and Author, "Cracking the Boy Code" Somewhere between the ages of 10 and 13, your energetic, playful son may morph into a sullen adolescent who rarely makes eye contact and who grunts as a primary form of communication. Stumped, parents often vacillate between bribing and threatening to motive their sons to do something meaningful, or at least TALK to the family again. Adam Cox has spent decades talking with boys in and out of therapy, and he helps parents navigate the minefields of the middle school and teen years with their sons.

Tech Transfer – Turning Waste into Gold
Tech Transfer – Turning Waste into GoldJun 18, 201818mGuest: Mike Alder, Director of BYU Technology Transfer Office; Brian Woodfield, PhD, Professor of Chemistry, BYU Throughout the ages, alchemists have sought to turn common, inexpensive metals into precious gold. They often turned to magic and mysticism but never did manage to turn iron into gold. Chemists at BYU are doing a form of alchemy involving valuable petroleum products like diesel fuel and lubricants. Typically, you’d need a barrel of oil drilled out of the earth to make that stuff. But BYU chemist Brian Woodfield can make diesel fuel or paraffin wax out of cow manure and human sewage. No petroleum required. More information about technology developed at BYU is available at techtransfer.byu.edu.
Guest: Mike Alder, Director of BYU Technology Transfer Office; Brian Woodfield, PhD, Professor of Chemistry, BYU Throughout the ages, alchemists have sought to turn common, inexpensive metals into precious gold. They often turned to magic and mysticism but never did manage to turn iron into gold. Chemists at BYU are doing a form of alchemy involving valuable petroleum products like diesel fuel and lubricants. Typically, you’d need a barrel of oil drilled out of the earth to make that stuff. But BYU chemist Brian Woodfield can make diesel fuel or paraffin wax out of cow manure and human sewage. No petroleum required. More information about technology developed at BYU is available at techtransfer.byu.edu.