[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"$fOHUNPXI3olMdPR0mDWPGDeMpFtSCMBIllVYDFiNpdd0":3,"$f9ojPiMHCzmaWPqjMFR-NEsxjhHidDfoBf6XNAwnOrR0":13},{"author":4,"tags":12},{"author_id":5,"author_name":6,"author_name_first_letter":7,"article_count":8,"bio":9,"short_bio":10,"slug":11,"image_url":10},169952,"Barney Oliver","B",14,"**Barney Oliver**\n====================\n\n### Full Name and Common Aliases\n---------------------------------\n\nBarney Oliver was an American chemist, engineer, and entrepreneur who is best known for his work in the development of the first commercially viable compact disc (CD) players.\n\n### Birth and Death Dates\n---------------------------\n\nBorn on March 23, 1923, Barney Oliver passed away on February 5, 2012, at the age of 88.\n\n### Nationality and Profession(s)\n--------------------------------\n\nNationality: American\nProfessions: Chemist, Engineer, Entrepreneur\n\nBarney Oliver was a polymath who excelled in various fields. He started his career as a chemist before transitioning to engineering and entrepreneurship. His expertise spanned multiple disciplines, including materials science, computer hardware, and audio technology.\n\n### Early Life and Background\n-----------------------------\n\nOliver grew up in California with a passion for science and problem-solving. He attended the University of Chicago, where he earned his Bachelor's degree in Chemistry. After serving in the United States Navy during World War II, Oliver returned to academia, earning his Master's degree from the Massachusetts Institute of Technology (MIT).\n\n### Major Accomplishments\n---------------------------\n\nOliver's most significant contributions were in the development of the compact disc player. In 1960, he joined a team at Columbia Records' research laboratory, where he worked alongside fellow engineer Kees Schouhamer Immink to create the first practical CD players. This breakthrough technology enabled mass production and widespread adoption of CDs.\n\n### Notable Works or Actions\n-----------------------------\n\nSome notable achievements and actions by Barney Oliver include:\n\n*   Co-inventing the first practical CD player with Kees Schouhamer Immink in 1960.\n*   Developing a method for recording digital audio using lasers, which paved the way for the creation of compact discs.\n*   Serving as a key figure in the development of the compact disc's error correction mechanism.\n\n### Impact and Legacy\n-------------------------\n\nBarney Oliver's contributions to the development of the CD player had a profound impact on the music industry. Compact discs became an instant success, offering consumers a new format for storing and playing back digital audio with improved sound quality. Oliver's innovations also influenced subsequent developments in digital storage and playback technology.\n\n### Why They Are Widely Quoted or Remembered\n---------------------------------------------\n\nBarney Oliver is widely quoted and remembered for his vision, innovative spirit, and dedication to advancing the field of audio technology. His work on the compact disc player transformed the way people consume music and paved the way for future innovations in digital storage and playback technology.\n\nBarney Oliver's legacy extends beyond his technical contributions. He inspired generations of engineers, entrepreneurs, and inventors with his passion for problem-solving and commitment to pushing the boundaries of what is possible. His story serves as a testament to the power of innovation and collaboration in shaping the world around us.",null,"barney-oliver",[],{"quotes":14,"pagination":124},[15,29,40,52,63,74,85,96,107,113],{"id":16,"quote_text":17,"author_id":5,"source_id":18,"has_image":19,"author":20,"source":21,"quote_tag":22,"commentary":28},2153921,"The main problem here is not that we don't known how to contain antimatter, which we don't; its that we don't know how to obtain it - in quantity.",4,false,{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[23],{"id":24,"tag":25},5139041,{"id":26,"tag_name":27},27747,"contain","**The Backstory**\nBarney Oliver, a renowned physicist and engineer, made this statement in the context of the 1970s, a time when the scientific community was grappling with the challenges of harnessing antimatter. As a member of the Stanford Research Institute (SRI), Oliver was part of a team that was actively exploring the possibilities of antimatter research. The era was marked by significant advancements in particle physics, but also by the realization of the immense technical hurdles that stood in the way of making antimatter a viable resource.\n\n**The Hidden Insight**\nOn the surface, Oliver's statement appears to be a straightforward acknowledgment of the difficulties in producing antimatter. However, it contains a deeper insight into the nature of scientific progress and the importance of tackling the unknown. The key phrase is \"the main problem is not that we don't know how to contain antimatter, which we don't.\" This subtle shift in emphasis reveals that the true challenge lies not in the technical aspects of antimatter research, but rather in understanding the fundamental processes that govern its creation.\n\n**How to Use This**\nTo apply this mindset to your own work, recognize that the greatest obstacles you face are often not the technical difficulties themselves, but rather the lack of understanding that underlies them. By focusing on the underlying principles and processes, you can break through the apparent barriers and make significant progress in your field. This requires a willingness to challenge assumptions and explore the uncharted territories of your discipline.",{"id":30,"quote_text":31,"author_id":5,"source_id":18,"has_image":19,"author":32,"source":33,"quote_tag":34,"commentary":10},2153910,"The essential point we want to make is that interstellar travel, far from being easy, presents problems for which we do not have valid solutions.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[35],{"id":36,"tag":37},5139034,{"id":38,"tag_name":39},4116,"essential",{"id":41,"quote_text":42,"author_id":5,"source_id":18,"has_image":19,"author":43,"source":44,"quote_tag":45,"commentary":51},2153896,"The known methods of producing anti-protons require, for their formation, millions of times the energy they will release when they contact protons.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[46],{"id":47,"tag":48},5139020,{"id":49,"tag_name":50},12043,"contact","**The Backstory**\nBarney Oliver, a renowned American physicist and engineer, coined this quote in the 1960s during his work at Stanford Research Institute (SRI). At that time, Oliver was part of a team exploring the possibility of harnessing anti-matter for energy production. This era was marked by the dawn of particle physics and the search for new, innovative energy sources.\n\n**The Hidden Insight**\nThe quote reveals a profound paradox in the pursuit of innovation and progress. On one hand, the known methods of achieving a breakthrough (in this case, producing anti-protons) require an enormous amount of energy and resources. On the other hand, the actual outcome (the energy released when anti-protons contact protons) is minuscule compared to the input. This highlights the tension between the effort required to push the boundaries of what is known and the often-disappointing results that follow.\n\n**How to Use This**\nWhen tackling complex problems or pursuing ambitious projects, recognize that the effort invested may not yield immediate or proportional returns. Instead of expecting a direct correlation between input and output, adopt a mindset of iterative experimentation and learning. By acknowledging the potential for disappointment and embracing the process of trial and error, you can cultivate a more resilient and adaptive approach to innovation.",{"id":53,"quote_text":54,"author_id":5,"source_id":18,"has_image":19,"author":55,"source":56,"quote_tag":57,"commentary":10},2153886,"This allows us to believe that some-day, when our technology is up to the task, the cost of interstellar travel will drop dramatically.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[58],{"id":59,"tag":60},5139012,{"id":61,"tag_name":62},2955,"believe",{"id":64,"quote_text":65,"author_id":5,"source_id":18,"has_image":19,"author":66,"source":67,"quote_tag":68,"commentary":10},2153878,"In the past, on Earth, it has largely been to exploit foreign resources and to expand the domestic territory.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[69],{"id":70,"tag":71},5139004,{"id":72,"tag_name":73},18081,"domestic",{"id":75,"quote_text":76,"author_id":5,"source_id":18,"has_image":19,"author":77,"source":78,"quote_tag":79,"commentary":10},2153868,"Antimatter is not a source of energy for us, it's a method of storing energy, compact but inefficient.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[80],{"id":81,"tag":82},5138992,{"id":83,"tag_name":84},4861,"method",{"id":86,"quote_text":87,"author_id":5,"source_id":18,"has_image":19,"author":88,"source":89,"quote_tag":90,"commentary":10},2153862,"The factor most ignored in discussing interstellar flight is the kinetic energy that must be invested in the ship to make its tons of matter move at a substantial fraction of the speed of light.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[91],{"id":92,"tag":93},5138987,{"id":94,"tag_name":95},8453,"discussing",{"id":97,"quote_text":98,"author_id":5,"source_id":18,"has_image":19,"author":99,"source":100,"quote_tag":101,"commentary":10},2153853,"Years of science fiction have produced a mindset that it is human destiny to expand from Earth, to the Moon, to Mars, to the stars.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[102],{"id":103,"tag":104},5138974,{"id":105,"tag_name":106},5013,"expand",{"id":108,"quote_text":109,"author_id":5,"source_id":18,"has_image":19,"author":110,"source":111,"quote_tag":112,"commentary":10},2153844,"No one can deny the excitement of visiting another world.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[],{"id":114,"quote_text":115,"author_id":5,"source_id":18,"has_image":19,"author":116,"source":117,"quote_tag":118,"commentary":10},2153835,"It would be a pity if, frustrated by the price of travel, we elected to become a society that never made contact, that never gave SETI a fair chance.",{"id":5,"author_name":6,"slug":11,"author_name_first_letter":7,"article_count":8,"image_url":10},{},[119],{"id":120,"tag":121},5138959,{"id":122,"tag_name":123},57429,"elected",{"currentPage":125,"totalPages":126,"totalItems":8,"itemsPerPage":127},1,2,10]