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DTSTAMP:20250617T161646Z
UID:C3C3192D-EB4A-49C3-BD47-F4421DC94759
DTSTART;TZID=Europe/Paris:20250512T140000
DTEND;TZID=Europe/Paris:20250512T160000
DESCRIPTION:In Richard Feynman’s lecture in 1959 entitled “There is Ple
 nty of Room at the Bottom”\, he speculated on the impact of manipulating
  and controlling things on a small scale. In particular\, he discussed the
  potential to store large amounts of data in small volumes\, giving rise t
 o the title of the talk. I will discuss the evolution of our ability to st
 ore data from Feynman’s time highlighting the increasing data storage de
 nsities over the last 60 years and the corresponding decrease in cost that
  has helped drive the modern digital world. However as many of the critica
 l dimensions approach the nanometer scale\, a variety of physical phenomen
 a are placing limits on the increases of the capacity of future storage an
 d processing devices. I will discuss the state of the art of data storage 
 and the potential for continued shrinking of bits. I will then discuss cha
 llenges highlighted by Feynman related to energy use of data and the poten
 tial for a new generation of information storage\, memory and processing t
 echnologies to address these challenges.\n\nSpeaker(s): Eric Fullerton \, 
  Aleš Hrabec\n\nRoom: Alnot 4-A014\, Bldg: Institut Jean Lamour\, 2 allé
 e André Guinier\, BP 50840\, Nancy\, Lorraine\, France\, 54011
LOCATION:Room: Alnot 4-A014\, Bldg: Institut Jean Lamour\, 2 allée André 
 Guinier\, BP 50840\, Nancy\, Lorraine\, France\, 54011
ORGANIZER:stephane.mangin@univ-lorraine.fr
SEQUENCE:12
SUMMARY:Is there still plenty of room at the bottom? Physical challenges fo
 r big data
URL;VALUE=URI:https://events.vtools.ieee.org/m/483538
X-ALT-DESC:Description: <br /><p class="p2">In Richard Feynman&rsquo\;s lec
 ture in 1959 entitled &ldquo\;There is Plenty of Room at the Bottom&rdquo\
 ;\, he speculated on the impact of manipulating and controlling things on 
 a small scale. In particular\, he discussed the potential to store large a
 mounts of data in small volumes\, giving rise to the title of the talk. I 
 will discuss the evolution of our ability to store data from Feynman&rsquo
 \;s time highlighting the increasing data storage densities over the last 
 60 years and the corresponding decrease in cost that has helped drive the 
 modern digital world. However as many of the critical dimensions approach 
 the nanometer scale\, a variety of physical phenomena are placing limits o
 n the increases of the capacity of future storage and processing devices. 
 I will discuss the state of the art of data storage and the potential for 
 continued shrinking of bits. I will then discuss challenges highlighted by
  Feynman related to energy use of data and the potential for a new generat
 ion of information storage\, memory and processing technologies to address
  these challenges.</p>
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