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BEGIN:VEVENT
DTSTAMP:20260626T071359Z
DTSTART;VALUE=DATE-TIME:20160719T140000
DTEND;VALUE=DATE-TIME:20160719T150000
SUMMARY:An X-Ray Spectroscopic Revolution in Time-Resolved Molecular and 
 Solid-State Dynamics (Prof Steve Leone)
TZID:Europe/London
UID:20160719-094d4345556d270a0155a204bc156281@warwick.ac.uk
CREATED:20160630T155427Z
DESCRIPTION:Speaker: Professor Steve Leone Title: An X-Ray Spectroscopic 
 Revolution in Time-Resolved Molecular and Solid-State Dynamics Location:
  MAS 2.05-06 Date and Time: Tuesday July 19th at 2:00-3:00 pm followed a
  drinks/snacks reception Abstract Intriguing physics and chemistry probl
 ems abound in the pursuit of attosecond science\, as such measurements p
 ush the boundaries of fundamental electron dynamics timescales. The x-ra
 y transitions accessed by attosecond pulses are responsive to charge\, c
 hemical oxidation state\, and electronic environment. An introduction to
  attosecond measurements is presented\, with the goal to reveal electron
  dynamical timescales. Investigations involve explorations of transient 
 states in photodissociation\, coherent electronic superpositions and cha
 rge migration in molecules\, and determination of carrier dynamics in se
 miconductor band gap materials. Brief Bio of Steve Leone Steve is one of
  the fathers of utilizing lasers to study gas-phase reactions and energy
 -transfer processes\, including trail-blazing applications of laser init
 iated chemistry as well as infrared chemiluminescence detection. To put 
 this into perspective\, entire conferences are now dedicated to these ar
 eas that Steve was instrumental in developing. His work on photodissocia
 tion quantum yields and energy transfer has been paramount to our unders
 tanding of the fundamental processes occurring at the molecular level du
 ring the making and breaking of chemical bonds. Steve also pioneered the
  application of soft x-ray pump-probe spectroscopy whereby high-energy p
 hotons can be used to study energy transfer processes in molecules that 
 occur on a millionth of a billionth of a second. Steve’s demonstration o
 f how photon energy is absorbed by molecular bromine and partitioned int
 o the spin-orbit coupled states of the dissociating bromine atoms is a t
 extbook example of the importance of soft x-rays as a probe\, paving the
  way for 100s of future studies on energy transfer processes in more com
 plex polyatomic systems. Steve’s creativity and insatiable curiosity is 
 complemented by his tremendous physical insight. Having recognised the i
 mportance of using soft x-rays as probes of chemical reactivity\, he too
 k the bold step to extend the time-resolution of these measurements. At 
 Berkeley\, he has recently developed multimillion-dollar world-leading c
 apabilities in attosecond physics\, in which his group is now able to pr
 obe motion of electrons (10s of a billionth of a billionth of second). H
 e has applied these cutting-edge experimental techniques to study electr
 on motion in krypton\, providing another textbook example of how these i
 ncredibly short pulses of light can help understand processes at the qua
 ntum level. Most recently\, he has extended this approach to study how e
 lectrons move through silicon\, essentially unravelling the speed limit 
 in electronic circuitry. In addition to his leadership in the scientific
  community\, Steve is second to none when it comes to his generosity to 
 help others progress in their careers. Steve has had countless PhD stude
 nts (60) and postdocs (200) emerge from his group\; Steve has guided eac
 h and every one of them\, with 70 of these scientist now holding faculty
  positions in universities across the world (in the UK alone\, there are
  5 that are full professors). Helping young scientists reach their goals
  is a hallmark of Steve’s character.
LOCATION:
CATEGORIES:Condensed Matter Physics Seminar
LAST-MODIFIED:20160630T155427Z
ORGANIZER;CN=Mona Shorehdeli:
END:VEVENT
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