Jim talks with Daniel Whiteson of the University of California at Irvine about his new book _Do Aliens Speak Physics,_  In this discussion we look at his "extended Drake equation that asks, "if aliens do exist, will we be able to talk to them?"  Or learn anything from them. Show Notes: http://frontiers.physicsfm.com/83 (May be delayed)

Jim talks with Daniel Whiteson of the University of California at Irvine about his new book _Do Aliens Speak Physics,_ In this discussion we look at his "extended Drake equation that asks, "if aliens do exist, will we be able to talk to them?" Or learn anything from them. Show Notes: http://frontiers.physicsfm.com/83 (May be delayed)

Jim talks with Daniel Whiteson of the University of California at Irvine about his new book _Do Aliens Speak Physics,_&nbsp; In this discussion we look at his "extended Drake equation that asks, "if aliens do exist, will we be able to talk to them?"&nbsp; Or learn anything from them. Show Notes: http://frontiers.physicsfm.com/83 (May be delayed)

Episode 83: Do Aliens Speak Physics with Daniel Whiteson

Jim talks with Koustubh Phalak about quantum random access memory (QRAM), a proposed technology that would allow the storage of quantum states in qunatum computation.  Koustubh discusses quantum computing, the need for QRAM, proposed implementations of QRAM, and some of the difficulties in its implementation. Show Notes:  http//frontiers.physicsfm.com/82

Jim talks with Koustubh Phalak about quantum random access memory (QRAM), a proposed technology that would allow the storage of quantum states in qunatum computation. Koustubh discusses quantum computing, the need for QRAM, proposed implementations of QRAM, and some of the difficulties in its implementation. Show Notes: http//frontiers.physicsfm.com/82

Jim talks with Koustubh Phalak about quantum random access memory (QRAM), a proposed technology that would allow the storage of quantum states in qunatum computation.&nbsp; Koustubh discusses quantum computing, the need for QRAM, proposed implementations of QRAM, and some of the difficulties in its implementation. Show Notes:&nbsp; http//frontiers.physicsfm.com/82

Episode 82: Quantum Random Access Memory with Koustubh Phalak

Jim talks to Randy about the pilot wave interpretation of quantum mechanics, which separates the particle and wave behavior of a non-relativistic quantum particle into that of a particle moving in and exciting a quantum mechanical medium. Show notes: http://frontiers.physicsfm.com/2

Jim talks to Randy about the pilot wave interpretation of quantum mechanics, which separates the particle and wave behavior of a non-relativistic quantum particle into that of a particle moving in and exciting a quantum mechanical medium. Show notes: http://frontiers.physicsfm.com/2

The de Broglie-Bohm Interpretation of Quantum Mechanics

Randy talks to Jim about Carver Mead's G4V, a formulation of gravitation combining the equivalence of inertial and gravitational mass with a vector potential formulation of gravitation (a 4-vector form, with the usual gravitational potential in the temporal component).  Show notes: http://frontiers.physicsfm.com/1

Randy talks to Jim about Carver Mead's G4V, a formulation of gravitation combining the equivalence of inertial and gravitational mass with a vector potential formulation of gravitation (a 4-vector form, with the usual gravitational potential in the temporal component). Show notes: http://frontiers.physicsfm.com/1

Randy talks to Jim about Carver Mead's G4V, a formulation of gravitation combining the equivalence of inertial and gravitational mass with a vector potential formulation of gravitation (a 4-vector form, with the usual gravitational potential in the temporal component). &nbsp;Show notes: http://frontiers.physicsfm.com/1

G4V: Four Vector Potential Gravitation

Jim Rantschler and Randy Morrison discuss physics from elementary particles to cosmological effects at the limits of our theoretical knowledge or have recently emerged.

Science

Physics

Jim Rantschler and Randy Morrison discuss physics from elementary particles to cosmological effects at the limits of our theoretical knowledge or have recently emerged.

Jim Rantschler and Randy Morrison discuss physics from elementary particles to cosmological effects at the limits of our theoretical knowledge or have recently emerged.&nbsp;

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