D.E.S.P.O.T

In this episode of DARPA’s podcast series, Voices from DARPA, join program manager Dev Palmer of the Agency’s Microsystems Technology Office as he talks about turning an early interest in the vacuum tubes of his guitar amplifiers into a career as an electrical engineer. His mission? To push electronic and electromagnetic technology along new frontiers that could lead to more capable radar, electronic warfare, and communications systems, and even to entirely new technologies. In his few years as a program manager, Palmer has scored a world record with the fastest linear amplifier ever made; opened the way to vastly increasing the power output of high-frequency circuits by developing next-generation, miniaturized vacuum electronic devices; and pioneered novel approaches to integrating minuscule magnetic components into the already super-dense microcircuitry on chips. One more thing: with the time he spends commuting, Palmer has given some thought to what it would take to usher teleportation from the science fiction side to the reality side. The "Voices from DARPA" podcast series offers a revealing and informative window on the minds of the Agency's program managers. In each episode, a program manager from one of DARPA’s six technical offices—Biological Technologies, Defense Sciences, Information Innovation, Microsystems Technology, Strategic Technology, and Tactical Technology—will discuss in informal and personal terms why they are at DARPA and what they are up to. The goal of "Voices from DARPA" is to share with listeners some of the institutional know-how, vision, process, and history that together make the “secret sauce” DARPA has been adding to the Nation’s innovation ecosystem for nearly 60 years. On another level, we at DARPA just wanted to share the pleasure we all have every day—in the elevator, in the halls, in our meeting rooms—as we learn from each other and swap ideas and strive to change what’s possible. Subscribe to "Voices from DARPA" at: Blubrry:

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John Burke is the New York Times Bestselling author of No Perfect People Allowed, Imagine Heaven and Imagine the God of Heaven. He founded and pastored Gateway Church in Austin, Texas. He's also the president of Gateway Leadership Initiative (GLI), a nonprofit organization. As an international speaker, Burke has addressed thousands of people across more than a dozen countries. He has spent the last several years investigating and documenting the near death experiences of people from all walks of life. Burke has worked tirelessly to analyze these experiences and share the truth behind these extraordinary stories with the world. Join this channel to get access to perks:

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| 855-936-GOLD #goldcopartner 00:00 - Introduction 03:47 - Gateway Leadership 7:56 - Why are people leaving The Church? 17:32 - Free Will 28:03 - What started John’s research? 48:33 - Collective conscience 1:18:44 - Psychedelics & healing 1:34:33 - Dr. Mary Neal 1:53:37 - Meeting relatives 2:11:31 - The evidence 2:22:22 - Life reviews 2:39:38 - The meaning of Hell 3:00:48 - Those who meet demons 3:28:08 - Levels of Hell

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Visit our website www.PeriscopeFilm.com This 1960s-era training film produced by Audio Productions, Inc. for the United States Navy discusses the different types of logic circuits used in early computers. This film was one of a 5-part series from Bell Labs designed to explain basic computing elements. The film is marked as “Unclassified.” The film begins in black and white with women holding rolls of punch cards next to early computers, then transitions to a shot of the first electronic digital computer invented in 1946, called the ENIAC (Electronic Numerical Integrator and Computer) (0:48), made of electromechanical relays and vacuum tubes. A man works at an early computer switchboard (1:09). Solid state electronic components, semiconductor diodes, and transistors are shown in color (1:14). A man pulls out a semiconductor diode and explains the different parts and how they conduct current (1:40). Transistors and diodes like these provided an advantage over early computers in size, reliability, and power consumption. The film then goes over several different types of logic element circuits and explains how they operate: 1) Diode circuits, 2) Transistor circuits, 3) Inverters, and 4) Flip-flops. Diode circuits (2:15) function as and/or gates. A diagram of an “and” gate with inputs and outputs is explained (2:28). Diodes and a resistor for the “and” circuit are diagrammed, and a voiceover narrates how they function at different levels of current (3:15). Then a diagram of an “or” gate is shown (5:22). An “or” gate functions as a mixer or buffer. How the “or” gate behaves with different inputs and outputs is explained (5:34). An “or” circuit differs from an “and” circuit in that the cathodes are connected to the resistor, and returns to a negative, not positive, resistor (5:49). Transistor circuits (7:24) are made of three components: an emitter, a base, and a collector. The most common type of transistor circuit used in a computer is a P-N-P (positive-negative-positive) circuit (8:05). A diagram of a P-N-P transistor is drawn and a voiceover explains how it functions as a switch at different voltages (8:50). A transistor “and” gate is shown (9:03), and combinations of various inputs are explained. Binary 1 is associated with a low negative voltage, and binary 0 is associated with zero or low positive voltage. Then a transistor “or” gate is shown (10:28), which differs from the “and” gate because the transistors are in parallel with each other, creating parallel switches. A diagram of an inverter, which looks like a black arrow with a white circle in the middle, is shown (11:22). An inverter inverts the current, changing a high input to low output or vice versa. Different parts of the diagram are highlighted in white as the voiceover explains their function (12:27). A diagram of a “nor” gate is shown (12:45), which delivers 0 as an output except for when both inputs are 0, creating a 1 output. Then a “nor” circuit is shown, which is similar to the inverter circuit except it has 2 inputs (13:10). A “flip-flop” type of gate is shown (14:31), named because it alternates producing “set” or “reset” outputs. Pulses are applied alternately to the “set” and “reset” inputs, producing alternate “set” and “reset” outputs. The diagram shows a rectangle with “S” for set, “R” for reset, “O” for output, and “I” for input in the 4 corners. Flip-flop circuit functions are explained in more detail (15:00). At 16:45, the film returns to showing color footage of a man moving a shelf of semiconductor diodes. The slogan “Sea Power for Security” is shown in the closing credits (17:02). Motion picture films don't last forever; many have already been lost or destroyed. For almost two decades, we've worked to collect, scan and preserve the world as it was captured on 35mm, 16mm and 8mm movies -- including home…

By Corey Lynn and The Sharp Edge The question isn’t whether Visa and Mastercard are at the forefront of the Digital ID control system, the question is whether Visa, Mastercard and central banks...