VII Leopoldo García-Colín Mexican Meeting on Mathematical and Experimental Physics

Session

SUPER PLENARY TALKS

17 Feb 2020, 10:00

El Colegio Nacional, México City

Conveners

SUPER PLENARY TALKS: REMO RUFFINI: Discovery of energy extraction by discrete "Black-Holic" quanta from a Kerr Black Hole in GRB 190114C

• ALFREDO MACÍAS (UAM-IZTAPAPALAPA)

SUPER PLENARY TALKS: SVEN REICHENBERGER

• EMMANUEL HARO (UAM-IZTAPALAPA)

SUPER PLENARY TALKS: ANDREAS BUCHLEITNER

• MOISÉS MARTÍNEZ (UAM-IZTAPALAPA)

SUPER PLENARY TALKS: HEINO FALCKE: Imaging Black Holes with the Event Horizon Telescope

• LUIS FELIPE RODRÍGUEZ (COLEGIO NACIONAL)

SUPER PLENARY TALKS: HORACIO PASTAWSKI

• VICTOR DOMÍNGUEZ ROCHA (UAM-IZTAPALAPA)

28. REMO RUFINI: Discovery of energy extraction by discrete "Black-Holic" quanta from a Kerr Black Hole in GRB 190114C

17/02/2020, 10:00

SYMPOSIUM ON BLACK HOLES AND GRAVITATIONAL WAVES

Almost fifty years after the paper "Introducing the Black Hole" by Ruffini and Wheeler and the Black Hole (BH) mass energy formula by Christodoulou Ruffini and Hawking, we can finally assert that we have been observing the moment of creation of a BH in the BdHN I GRB 190114C with corresponding rotational energy extraction process. The predicted properties of the BdHN I have been now observed:...

38. SVEN REICHENBERGER: Fundamentals, Scalability and Application of Colloidal Metal and Alloy Nanoparticles prepared by Laser Synthesis and Processing in Liquid.

18/02/2020, 10:00

SYMPOSIUM ON LASER ABLATION

*sven.reichenberger@uni-due.de
The availability of laser-generated nanomaterials with gradually tuned intrinsic application-relevant properties (e.g. nanoparticle size, loading, alloy composition) and high purity allowed to systematically study and tailor materials for heterogenous catalysis, additive manufacturing and biotechnology in the recent decade. The scalable, surfactant-free...

66. ANDREAS BUCHLETINER: Quantum transport in complex systems: from single to many particles

19/02/2020, 10:00

SYMPOSIUM ON SCATTERING, QUANTUM AND CLASSICAL TRANSPORT

While a longstanding subject in different areas of physics, quantum transport in “complex” systems has recently moved back into focus, not least due to remarkable progresses in the experimental characterization and control of multi-component quantum systems. Whereas quantum optics had long followed a strictly reductionist program, with the aim to isolate and control single constituents of...

29. HEINO FALCKE: Imaging Black Holes with the Event Horizon Telescope

20/02/2020, 10:00

SYMPOSIUM ON BLACK HOLES AND GRAVITATIONAL WAVES

One of the most fundamental predictions of general relativity are black holes. Their defining feature is the event horizon, the surface that even light cannot escape. When illuminated by ambient light, the event horizon of black holes will cast a dark shadow on the emitting region that is detectable under certain circumstances with global interferometers operating at mm- and submm-wavelengths....

67. HORACIO PASTAWSKI: Decoherent Quantum Transport: from Giant Magnetoresistance and SASERs to Quantum Dynamical Phase Transitions

21/02/2020, 10:00

SYMPOSIUM ON SCATTERING, QUANTUM AND CLASSICAL TRANSPORT

Quantum conductance in molecular and nano systems at low temperatures becomes well understood through the Landauer’s motto: “conductance is a transmittance” as calculated from the Schrödinger Equation (SE). However, quantum dynamics is inevitably affected by decoherence which, in turn, becomes critical to recover the macroscopic Ohm’s law. In spite of this, the few works that include these...