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DTSTART:20260308T030000
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DTSTART;TZID=America/New_York:20260521T200000
DTEND;TZID=America/New_York:20260521T213000
DESCRIPTION:The talk begins with a description of how David-Deutsch-style q
 uantum computing was supposed to undermine all prime-number cryptography m
 ethods by using only 15 qubits. Not 15 thousand or 15 million: 15 qubits. 
 What happened after that\, and why usable quantum computing continues to s
 tump the world decades later\, is the topic of this talk.\n\nTerry Bolling
 er will approach his description of quantum computation starting at the pr
 ofound but subtle split in quantum physics perspectives between Richard Fe
 ynman (QED) and Hugh Everett (many-worlds). This split continues to haunt 
 the field to this day. Terry will describe the current status of quantum c
 omputing\, discuss how broadening Feynman’s approach may help\, and addr
 ess the intriguing question of whether room-temperature quantum computing 
 is the reason why living and thinking systems are so successful at defying
  entropy while using little energy.\n\nSpeaker(s): Terry Bollinger\, \n\nV
 irtual: https://events.vtools.ieee.org/m/559936
LOCATION:Virtual: https://events.vtools.ieee.org/m/559936
ORGANIZER:dmancl@manclswx.com
SEQUENCE:11
SUMMARY:A Deep-Physical Look at Quantum Computing
URL;VALUE=URI:https://events.vtools.ieee.org/m/559936
X-ALT-DESC:Description: <br /><p>The talk begins with a description of how 
 David-Deutsch-style quantum computing was supposed to undermine all prime-
 number cryptography methods by using only 15 qubits. Not 15 thousand or 15
  million: 15 qubits. What happened after that\, and why usable quantum com
 puting continues to stump the world decades later\, is the topic of this t
 alk.</p>\n<p>Terry Bollinger will approach his description of quantum comp
 utation starting at the profound but subtle split in quantum physics persp
 ectives between Richard Feynman (QED) and Hugh Everett (many-worlds). This
  split continues to haunt the field to this day. Terry will describe the c
 urrent status of quantum computing\, discuss how broadening Feynman&rsquo\
 ;s approach may help\, and address the intriguing question of whether room
 -temperature quantum computing is the reason why living and thinking syste
 ms are so successful at defying entropy while using little energy.</p>\n<p
 >&nbsp\;</p>
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