Sponsor(s)
National Science Foundation
Contributor(s)
William Grover
Victor G. J. Rodgers
Philip Brisk
Remote Video
Submitted by Jason Gigax on January 17th, 2023
Sponsor(s)
National Science Foundation
Contributor(s)
Raymond Yeung
Philip Brisk
Remote Video
Submitted by Anonymous on September 5th, 2021
Submitted by Philip Brisk on June 18th, 2021
Submitted by Philip Brisk on June 7th, 2021
Sponsor(s)
National Science Foundation
Contributor(s)
Philip Brisk
Remote Video
Submitted by Philip Brisk on July 2nd, 2020
Submitted by Philip Brisk on January 10th, 2020
This first-year project will develop a cyber-physical co-design process and apply it to the manufacturing of large-scale libraries of synthetic DNA oligonucleotides. Synthetic DNA plays an essential role in genomics research, and is poised for widespread consumption if its costs can be lowered dramatically, as large libraries of different DNA sequences are particularly useful in genetic analysis. DNA is also being investigated as a high-density medium for archival storage of digital data.
Submitted by Philip Brisk on January 22nd, 2019
Submitted by Philip Brisk on December 4th, 2018
Sponsor(s)
National Science Foundation
Contributor(s)
Philip Brisk
Mohammed Al Faruque
Thomas Coradetti
William Grover
Wesley Kopacka
Tyson Loveless
Wlodek Mandecki
Victor Rodgers
Raymond Yeung
Remote Video
Submitted by Philip Brisk on January 9th, 2018
This first-year project will develop a cyber-physical co-design process and apply it to the manufacturing of large-scale libraries of synthetic DNA oligonucleotides. Synthetic DNA plays an essential role in genomics research, and is poised for widespread consumption if its costs can be lowered dramatically, as large libraries of different DNA sequences are particularly useful in genetic analysis. DNA is also being investigated as a high-density medium for archival storage of digital data.
Submitted by Philip Brisk on November 29th, 2017