Top Awards go to Williams College Physics Professor Williams Wootters

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Professor William Wootters
Professor William Wootters is to be honored for his outstanding achievements in physics, not once, but twice in the academic year, by The American Physical Society and by the National Institute on Information and Communications Technology. In recognition of his pioneering work in quantum theory, the National Institute on Information and Communications Technology bestowed its 2006 International Quantum Communications Award on Wootters at a ceremony in Tsukuba, Japan, Nov. 28-30. The award is given every two years at the International Conference on Quantum Communication, Measurement, and Computing. Wootters is the Barclay Jermain Professor of Natural Philosophy at Williams College. His research specialty, quantum information theory, is the study of information stored or processed in objects that must be described by quantum mechanics, such as individual atoms. Information stored in quantum systems behaves very differently from ordinary information. It cannot, for example, be copied perfectly. Despite these restrictions, this ghostly sort of information could be of great value in "quantum computation" and "quantum cryptography." Wootters' work on "teleportation" of quantum information has been widely cited in both the scientific and popular press. While his own work is at the most basic and theoretical level, other scientists around the world are seeking to bring these ideas to practical fruition. Wootters will be awarded The American Physical Society (APS) Prize to a Faculty Member for Research in an Undergraduate Institution at a ceremony in Denver, Co. in March. The prize is the highest national award of its kind. It is given annually to honor a physicist recognized as contributing substantially to physics research and providing inspirational guidance and encouragement to undergraduate students participating in this research. The APS cited Wootters "for his pioneering work on quantum teleportation, his widely cited contributions to quantum information theory, and his prolific engagement of undergraduate students in this research at the foundation of quantum mechanics." Physics Department Chair Kevin Jones commented, "Bill Wootters is remarkable for his skill in weaving his teaching and research interests together. He has a knack for identifying interesting problems, is able to explain them clearly and precisely, and then engage beginning researchers in their solution." In a recent interview in APS's Quantum Times newsletter, Wootters was asked about doing quantum theory research at a small institution like Williams College. "I think both theory and experiment can thrive at a liberal arts college," he said, "because the problems are never very far removed from elementary quantum mechanics. One metaphor [is] that one could look for good problems 'near the trunk' of the discipline as opposed to looking at the ends of the longest branches." Wootters has been at Williams since 1982 and teaches courses that range from those intended for non-science majors to the most advanced upper level tutorials. With mathematician Susan Loepp he teaches a highly successful interdisciplinary course called "Protecting Information." He and his students have published in prestigious scientific journals, including Physical Review Letters. In 2000, he was elected as a fellow of the APS for his "contributions on the foundations of quantum mechanics and groundbreaking work in quantum information and communications theory." Wootters received his B.S. from Stanford University in 1973 and his Ph.D. from the University of Texas at Austin in 1980. The American Physical Society has been the leading voice for the advancement and diffusion of physics nationally and internationally for over 100 years. The APS publishes major scientific journals such as the Physical Review. This is the 20th year of the QCMC, organized by the National Institute on Information and Communications Technology (NICT). The NICT is a Japanese-based organization seeking to advance both national and international scientific understanding. Its goals include the development of technology to strengthen the economy, health, and the environment.
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Adams Couple Sentenced to Staggered Prison Terms in Death of Foster Infant

By Brittany PolitoiBerkshires Staff
PITTSFIELD, Mass. — An Adams couple will serve staggered three-to-five year prison sentences for the 2020 death of their foster infant. 
 
Matthew Tucker and Cassandra Barlow-Tucker on March 16 were found guilty of involuntary manslaughter and reckless child endangerment in the death of Kristoff Zenopolous on Feb. 18, 2020.  
 
Their sentencing was delayed by Judge Tracy Duncan until Thursday to determine how their four children, two of whom have high needs, would be cared for. 
 
Kristoff was just 10 months old when he died from complications with respiratory illness, strep throat, and pneumonia. A Superior Court jury determined that his death was a result of neglect. The commonwealth requested five years in prison and three years of probation for both defendants.
 
On Thursday, the rescheduled hearing for sentence imposition was held, and Tucker and Barlow-Tucker were sentenced to state prison for manslaughter involving neglect of legal duty, and three years of probation for reckless child endangerment. 
 
Court documents state that Barlow-Tucker was committed to the Massachusetts Correctional Institution in Framingham. She will serve three to five years there first; her husband, will serve his sentence once hers is completed but will be on probation.
 
"The sentences imposed will be a state prison sentence of not less than 3 years and not more than 5 years to MCI as to each Defendant as to count #1. The sentences will be staggered. Ms. Barlow-Tucker will serve her incarceration sentence first," court dockets read.  
 
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