Saturday, May 15, 2010
I ran across this article by Benjamin Krohmal on historic technology X-Prizes & related. The ones I have checked & have dealt with before are reduced to the heading:
1714 - Longitude Prize
1721 - French Royal Academy Prize Questions
In 1721, the French Royal Academy of Sciences began offering regular scientific and mathematical “prize questions” and offering a Grand Prix medal for the best solution. While no cash prizes were awarded, the medals were potentially career-making honors and stimulated considerable research on the selected questions. Prize-winners included Maclaurin for his work in kinetics and Coulomb for work on magnetic compasses.
1775 - Alkali Prize
1795 - Napoleon's Food Preservation Prize
1820 - Montyon Prizes
In 1820, the French Royal Academy of Sciences began offering large monetary awards after a private donor established the Montyon Fund for prizes in medicine. The Montyon prizes were designated for solutions to pre-specified medical challenges, with reward amounts intended to be “proportional to the service” of the innovator. The Academy struggled with applicants’ failure to disclose negative results, while some suggested that the Academy itself was corrupt as there was little transparency in awarding the prizes and un-awarded funds reverted to the Academy’s coffers. Nonetheless, an unprecedented 283,000 francs in prizes were awarded between 1825 and 1842. In 1860, a young Louis Pasteur was awarded a Montyon prize for his work in physiology, and the winnings subsidized much of his subsequent groundbreaking research. In the mid-1800’s, private contributions to the French Royal Academy lead to the establishment of dozens of additional monetary prizes. These included the Jecker Prize, established in 1851 “to accelerate the progress of organic chemistry” and the Breant Prize in 1858 offering 100,000 francs for a cure for cholera. Charles Friedel was among the winners of the Jecker Prize for his now famous Friedel-Crafts reaction. The main Breant Prize was never awarded, though it propelled more research on infectious diseases that was rewarded with subsidiary prizes. Pierre and Marie Curie received multiple prizes from the Academy between 1895 and 1906. The French Royal Academy gradually transitioned from offering prizes to grants in the late 19th and early 20th centuries.
1823 - Turbine Prize
In 1823 the French Society for the Encouragement of Industry offered a prize of 6,000 francs for the development of a large-scale commercial hydraulic turbine. The prize was won in 1827 by then 25 year-old Benoit Fourneyron. His turbine was placed in the public domain and was immediately implemented across Europe and helped to power the burgeoning New England textile industry.
1895 - Chicago Times-Herald Prize for Motors
In 1895, the Chicago Times-Herald offered a $5000 Prize for Motors to be awarded for the development of "practicable, self propelling road carriages,” as determined by a 54-mile race. The winner was J. Frank Duryea. Even more than the prize money, the publicity generated did much to promote investment in automotive innovation.
1900 - Deutsche Prize
In 1900, Henry Deutsch de la Meurthe offered the Deutsche Prize of 100,000 francs for the development of an airship that could be flown on an 11km course around the Eiffel Tower in under 30 minutes. Alberto Santos-Dumont became an international sensation after being awarded the prize in 1901, despite exceeding the time limit by 40 seconds. After Santos-Dumont’s success, the Brazilian government matched the prize money he received.
1907 Deutsche-Archdeacon Prize
1908 - Scientific American Prize
In 1908, the magazine Scientific American offered a prize of $2,500 to the first airplane in America to publicly fly for 1km. Glenn Curtiss won the prize the same year.
1909 - English Channel Crossing Prize
1909 - Rheims Airshow Prizes
Also in 1909, several prizes for speed, distance, and altitude were offered at the Rheims Airshow. Glenn Curtiss won two prizes for speed, including the Gordon Bennett Prize, and launched an airplane manufacturing business with his winnings.
1910 - Milan Committee Prize
In 1910, the Milan Committee offered a prize of 160,000 lire for the first pilot to fly a plane over the Alps between Switzerland and Italy. The prize was won the same year by Gorges Chavez, but his winning flight ended in a crash and the pilot died four days later.
1910 - Hearst Prize
Also in 1910, William Randolph Hearst Offered $50,000 to the first pilot to fly across the U.S. in under 30 days. Though there were some attempts, the prize expired in 1911 without a winner.
1913 - Daily Mail Tans-Atlantic Prize
1919 - Orteig Prize
1931 - Soviet Committee for Invention
In 1931, the Soviet Union implemented a Committee for Invention offering payment for new inventions determined by a sliding percentage of the cost savings produced after three years of use. Non-monetary social privileges were also offered as rewards. The patent system was left in place, but application fees were high and patents were made less valuable by market controls. The amount of the rewards was increased in 1942 after innovation declined, but by most accounts the rewards remained too low to promote optimal levels of innovation. The system continued until the collapse of the Soviet Union in 1991.
1946 - U.S. Patent Compensation Board
In 1946, the U.S. Patent Compensation Board was established to provide an incentive for private innovations in atomic energy that were no longer eligible to be patented for security reasons. The Board considers the cost and usefulness of inventions in determining how much to reward inventors, but reward amounts have been criticized for being too low; Enrico Fermi received only $300,000 for his patented process for the production of radioactive isotopes. The Compensation Board remains in place today, but largely fails to stimulate private sector innovations in atomic energy.
1948 - Wolfskehl Prize
1958 - NASA Space Act Awards
In 1958, NASA established the Inventions and Contributions Board with the authority to offer Space Act awards of up to $100,000 for technological developments in aeronautics that contribute to NASA's goals. The program is still in place, and dozens of prizes have been awarded.
1959 - Feynman Prizes
1959 - Kremer Prizes
1980 - Fredkin Prize
1990 - Loebner Prizes
In 1990, Hugh Loebner and the Cambridge Center for Behavioral Studies offered the $100,000 Loebner Prize for the first computer to pass the “Turing Test” for artificial intelligence. The grand prize has not yet been won, but $2,000 prizes are awarded annually for the most significant advances in computer natural-language processing and artificial intelligence.
1991 - FCC Pioneer Preferences
In 1991, the U.S. Federal Communications Commission (FCC) established the Pioneer Preference Program, offering a reward of preferential licensing (worth many millions of dollars) for the development of new spectrum-using communications services and technologies. Five companies received the reward before the program ended in 1997, and a sixth, Qualcomm, was granted the award for its development of digital wireless technology after a legal appeal.
1992 - Super Efficient Refrigerator Program
1994 - Rockefeller Prize
In 1994, the Rockefeller Foundation offered a prize of $1 million for developing a low-cost highly accurate diagnostic test for gonorrhea or chlamydia that could be easily administered in the developing world. The prize expired in 1999 without a winner, and has been critiqued for being too small, too inflexible, and offered for too short a period of time.
1995 - Ansari X Prize
1996 - Forsight Institute Feynman Prizes
In 1996, the Foresight Institute announced the $250,000 Feynman Grand Prize to be awarded for two specified breakthroughs in nanotechnology. The Grand Prize has not yet been won, but in the meantime the Feynman Institute awards $20,000 annually for the most significant advancements in nanotechnology.
1997 - Budweiser Challenge
1997 - Cheap Access to Space Prize
In 1997, the Space Frontier Foundation and the Foundation for International Non-governmental Development of Space (FINDS) announced the $250,000 Cheap Access to Space (CATS) Prize for the first private team to launch a 2kg to an altitude of 200km. Two launches were made, but the prize expired in 2000 with no winner.
1999 - Cooperative Computing Awards
In 1999, the Electronic Frontier Foundation announced its Cooperative Computing Awards, offering a total of $550,000 in prizes for the discovery of very large prime numbers. The intent of the Awards is to encourage computer networking for the solution of complex computational problems. Nayan Hajratwala won $50,000 in 2000 for discovering a prime number with over 1 million digits with the help of tens of thousands of networked computer users. Prizes for 10 million digits, 100 million digits, and 1 billion digits have not yet been awarded.
2000 - Millennium Grand Challenge in Mathematics
In 2000, the Clay Mathematics Institute announced the Millennium Grand Challenge in Mathematics, offering a combined $7 million; $1 million each for a proof or counterexample to any of seven classical conjectures in mathematics. The prize announcement received considerable public attention. Grigori Perelman was confirmed to have solved one of the seven conjectures in 2006, but he declined the award.
2000 - Goldcorp Challenge
2001 - Innocentive
The now independent company InnoCentive was founded by Eli Lilly in 2001 as a registry for scientific innovation prizes. Companies post specific scientific needs, a prize amount, and a deadline. The innovator providing the best solution is awarded the prize. To date, over 80 prizes have been awarded.
2003 - DARPA Grand Challenges
2003 - Methuselah Mouse Prize
In 2003, the Methuselah Mouse Foundation announced a prize for the development of long-lived genetically engineered mice in order to promote longevity research. The foundation solicits private donations to increase the prize amount, which now stands at more than $4 million.
2004 - Project Bioshield
In 2004, the U.S. enacted Project Bioshield, which includes a provision for automatic government payment to procure newly developed “qualified countermeasures” against bioterrorism. By most accounts, the program has done a poor job of stimulating private R&D on bioterror countermeasures.
2004 - NASA Centennial Challenges
In 2004, NASA announced the first in a series of Centennial Challenges, initially offering prizes from $50,000 to $250,000 for private sector development of specific technologies to advance space exploration. To date, six Challenges have been announced, two have expired with no winner, and five additional Challenges are scheduled to be announced in 2007. Current Challenges include the $2 million Lunar Lander Challenge.
2005 - Medical Innovation Prize Act
In 2005, former Congressman Bernie Sanders introduced a bill, the Medical Innovation Prize Act of 2005, that called for devoting .5% of U.S. GDP annually to be paid to the developers of new pharmaceuticals in lieu of standard patent market exclusivity. New drugs would be open to generic competition as soon as they received FDA approval, with prize payments from over a ten year period serving as an alternative incentive for private innovation. The Act called for prize payments to be linked to the incremental medical benefit provided by a new product, meaning that the fund would be dived between the developers of new drugs on the basis of the relative medical utility of their products. The intent of the bill was "to provide incentives for the investment in research and development for new medicines" and to "enhance access to new medicines."
2005 - Grainger Challenges
In 2005, the National Academy of Engineering announced the first in a planned series of Grainger Challenges, offering a $1 million first prize and $200 and $100 thousand second and third prizes for the development of economical filtration devices for the removal or arsenic from well water in developing countries. Over 70 entries were submitted, and Abul Hussan was announced the winner in 2007 for his SONO filter that has already been implemented to provide safe drinking water to 400,000 people.
2006 - Archon X Prize for Genomics
In 2006, the X Prize foundation announced the Archon X Prize for Genomics, offering $10 million for reaching targets for high speed and low cost in full genome sequencing.
2006 - Netflix Prize
In 2006, Netflix offered a prize of $1 million for a system to more accurately predict consumer preferences; specifically for a 10% improvement over Netflix’s current accuracy in predicting whether a customer will like a movie given previous selections.
2006 - Ibrahim African Leadership Prize
In 2006, businessman Mo Ibrahim announced a $5 million annual award for a former African head of state who has ceded power after significantly contributing to the welfare of his or her constituents. The prize is intended to reduce corruption as well as promote effective development strategies.
2007 - Virgin Earth Challenge
In 2007, Sir Richard Branson and former U.S. Vice President Al Gore announced the $25 million Virgin Earth Challenge for “a commercially viable design which results in the removal of anthropogenic, atmospheric greenhouse gases so as to contribute materially to the stability of Earth’s climate.” In announcing the prize, Branson cited inspiration from previous innovation prizes, including the Longitude Prize, French prizes for alkali and canning, and 20th century prizes for automobiles and aviation.
2007 - Pneumococcal Vaccine Advance Market Commitment
Later in 2007, Canada, Italy, Norway, Russia, the United Kingdom, and the Bill & Melinda Gates Foundation announced a $1.5 billion “Advanced Market Commitment” or AMC for pneumococcal vaccines. The AMC specifies requirements for new pneumococcal vaccines and pledges $1.5 billion to heavily subsidize the purchase of eligible vaccines for use in developing countries, in effect offering a prize for the development and delivery of effective vaccines. Backers suggest the AMC will speed delivery of vaccine to developing countries by 10 years and save the lives of 5.4 million children by 2030.
And here is a pdf of a paper entitled
PATTERNS OF PATRONAGE - WHY GRANTS WON OVER PRIZES IN SCIENCE
"We can say that any society with prizes or medals paid for results, and that any society with salaried researchers, pensions, or expeditions paid for effort. If publications and courses are set aside as difficult to classify, the remainder of society activities can be thought of as paying for overhead. Thus, of our 135 eighteenth century societies, 47 paid for results, 20 paid for effort, and 47 paid for overhead...
Today, it seems, patrons of basic research pay more for effort and less for results than they once did ...
But why would scientists have pushed grants if grants were not a superior institution?
Well not all of them did – for example, on both occasions of increased British state grants,in 1850 and 1876, the then-Presidents of the Royal Society privately expressed strong reservations, such as a fear of personal jobbery and bureaucratic formalism .
More important, big grant advocates were typically associated with leaders of the scientific societies, and grant-like patronage gave these leaders more discretion regarding the money that passed through their hands...
Baron Montyon endowed two very large annual Academy prizes for “making some industrial process less unhealthy”, and for “improving medical science or surgery” Instead of the usual prize competitions, however, the [French] Academy funded the academy journal, some general retrospective awards, and some grants (still called “prizes” to avoid legal challenges), which from the 1850s on were often awarded for non-medical topics. These awards were also often made secretly to avoid criticism, even though the Academy claimed it published all such decisions ...
in 1900, the Royal Society of London declared they would accept “no further bequests to be awarded as prizes for past achievements”...
[after a lot of statistical calculation]
a statistical model has been constructed to predict the combinations of grant-like and prize-like patronage among eighteenth century scientific societies. This model successfully predicts today’s dominant form of basic research patronage, mostly grant-like and not prize-like, and such predictions rely more on patron types
than on a proxy for scientific professionalization. If further research confirms these results on patterns of patronage, including direction-of-causation assumptions, then research into the historical transition from grants to prizes
might do well to examine the role of patron types in more detail. Grants may have won not, as their advocates claimed, because they were a superior institution, but instead because non-local and non-autocratic governments tended to prefer them.
I have suggested that such governments might prefer grant-like funding to prize-like funding because they were susceptible to distributive pressures from leaders of scientific societies, who preferred the “pork” of increased discretion over the money that passed through their hands.
[ie that organisations (originally scientific societies, later government) find it preferable to hand out grants to people known to them than to pay for results which may come from any common ragamuffin, like the Wright brothers, & modern "democratic" leaders with these massive bureaucracies to keep fed are more interested in political pork barrelling & less in putting their name to some permanent achievement than earlier monarchs]