1. The Devil's Advocate

Time Stamp: 10:01

* Planning For The Futurehttps://www.bustle.com/articles/126929-6-tips-for-planning-for-your-future-even-when-it-seems-super-far-awayhttps://www.wikihow.com/Plan-For-a-Successful-Future* Start when you think you’re too young* Maslow's hierarchy of needs* Physiological* Safety* Love/Belonging* Esteem* Self-actualization* Make A List Of Things You Want To Accomplish* Review your life up until now, and look for a passion – something that comes naturally to you.* Belongings Aren’t What is Important* Unrealistic Goals are not Helpful* Envision Your Life Going Your Way* Lesser Magic* Big Priorities Come First* Open A Savings Account, Because We All Need Money* Also Open A Retirement Fund* Surround Yourself With People Who Want To Help* Start feeling proud of what you’re good at.* Trust your instincts.* Don't Burn Any Bridges

2. Infernal Informant

Time Stamp: 43:52

* Experts Explain: If There Is Life on Venus, How Could It Have Got There?https://scitechdaily.com/experts-explain-if-there-is-life-on-venus-how-could-it-have-got-there/* The recent discovery of phosphine in the atmosphere of Venus is exciting, as it may serve as a potential sign of life (among other possible explanations).* The researchers, who published their findings in Nature Astronomy, couldn’t really explain how the phosphine got there.* They explored all conceivable possibilities, including lightning, volcanoes and even delivery by meteorites. But each source they modelled couldn’t produce the amount of phosphine detected.* Most phosphine in Earth’s atmosphere is produced by living microbes. So the possibility of life on Venus producing phosphine can’t be ignored.* But the researchers, led by UK astronomer Jane Greaves, say their discovery “is not robust evidence for life” on Venus. Rather, it’s evidence of “anomalous and unexplained chemistry”, of which biological processes are just one possible origin.* If life were to exist on Venus, how could it have come about? Exploring the origins of life on Earth might shed some light.* Understanding how life formed on Earth not only helps us understand our own origins, but could also provide insight into the key ingredients needed for life, as we know it, to form.* The details around the origins of life on Earth are still shrouded in mystery, with multiple competing scientific theories. But most theories include a common set of environmental conditions considered vital for life. These are:* Liquid water* Mild temperatures* A process to concentrate molecules* A complex natural environment* Trace metals* The possibility of life as we know it forming on the surface of present-day Venus is incredibly low. An average surface temperature above 400℃ means the surface can’t possibly have liquid water and this heat would also destroy most organic molecules.* Venus’s milder upper atmosphere, however, has temperatures low enough for water droplets to form and thus could potentially be suitable for the formation of life.* That said, this environment has its own limitations, such as clouds of sulfuric acid which would de...