Allen Joseph bard is known as the Father of modern electrochemistry. He was an American chemist who made a significant contribution in the field of chemistry.
Bard is regarded as the Father of electrochemistry for his innovative work of discovering and developing the scanning electrochemical microscope. He also co-discovered electrochemiluminescence and his essential contribution to the semiconductor electrodes in photoelectrochemistry.
Quick Facts of Allen Bard
Allen Joseph Bard
December 18, 1933
87 years old
New York, New York, United States
The Bronx High School of Science
The City College of New York
Scanning Electrochemical Microscope
Wolf Prize in Chemistry
National Medal of Science for Chemistry
Enrico Fermi Award
NAS Award in Chemical Sciences
Electrochemical methods Allen J. Bard
Standard Potentials in Aqueous Solution
Integrated Chemical systems Allen J. Bard
Early Life and Education
Allen Joseph Bard was born on December 18, 1933, in New York City. He went to Bronx high school of science and did matriculation from there. Bard went to the city college of New York in 1955 and obtained his bachelor of science degree in chemistry.
He attended Harvard University under James J Lingane, a famous electroanalytical chemist, and got his master’s degree in 1956 and Ph.D. in 1958.
Career and research
After getting his master’s degree and Ph.D., He was given an instructor position at the University of Texas at Austin, which he quickly accepted and became a professor in 1967. In 1973, Allen took a break from university and worked in Jean-Michel Saveant’s Lab.
He also became the scholar of Sherman Mills Fairchild At the California Institute Of technology. There he spent one-semester being a scholar. In 1987, as a baker lecturer, he lectured for the spring term at Cornell University. And in 1988, He went to Harvard University as Robert burns Woodward visiting professor.
Also check: Alain Aspect: French Physicist & Bell Test
Even with a great interest in chemistry before and during high school, he was still out of the field of electrochemistry. After he went to Harvard University, he researched with an assistant professor specializing in inorganic chemistry, Jeffrey Wilkinson.
Bard became all alone when Jeffrey left Harvard mid-year, leaving Bard to search for a new group to work with as bard knew about electricity and chemistry, so he joined a group related to electrochemistry.
Allen Bard Electrochemistry
In 2006 the center for electrochemistry was found to organize collaborative and cooperative groups between various electrochemistry concentrations. Along with his entire group, Bard was the original researcher to electrochemistry to originate light.
He developed an electrochemical microscope that provides high-resolution chemical images. It can also detect cancer cells and helps to improve batteries. He also developed electrogenerated chemiluminescence, a chemical reaction that can produce light in a similar way to a firefly’s tail glows. His findings helped to create self-cleaning glass, and that light was used to decompose pollutants.
A sensitive analysis method was produced by creating light, which is now applied in various biological and medical uses, to determine if an individual has HIV and analyzes DNA.
Bard and his group also applied electrochemical methods to study the chemical problems, conducting investigations in electro organic chemistry, photoelectrochemistry, electroanalytical chemistry, and electric generated chemiluminescence.
Allen Bard Publications
Throughout his entire career, Allen Bard had published over 1000 peer-reviewed research papers in 75 publications covering all modern electrochemistry areas and more than eighty book chapters and has more than 30 patents.
He also wrote three books named chemical equilibrium, Electrochemical methods- fundamentals and applications, and integrated chemical systems: a chemical approach to Nanotechnology.
He was the chief editor of the American chemical society’s journal and editorial boards of various journals such as electrochemical Acta, New journal of chemistry, and nano. 125 of his publications were appearing in the journal of the American chemical society.
He also got a leadership position in many professional organizations, such as the American Association for the Advancement of Science and the National Academy of sciences. For the 58 years after arriving in Austin, Allen had taught over 75 Ph.D. students and 150 post-doctoral students.
Allen and his group’s made a significant contribution in the electrochemical field, which includes electroanalytical techniques for evaluating electrode reaction mechanisms, simultaneous electrochemistry electron spin resonance (SEESR) processes, nonaqueous solvents for investigating energetic species, electrogenerated chemiluminescence (ECL), polymer-modified electrodes, semiconductor photoelectrochemistry, photocatalysis, scanning electrochemical microscopy (SECM), and single-particle collision electrochemistry.
Bard introduced Electrochemistry methods: fundamentals and applications with his student Lary Faulkner in 1980, which became the most frequently used text devoted to a brutal education in the theory and application of electrochemistry. Students from worldwide have learned electrochemistry from Electrochemical Methods.
Allen’s contribution and dedication to the advancement of electrochemistry and many generations of younger scientists are legendary. Allen is a fearless creative, and dedicated scientist who encouraged many other young scientists in his laboratory to create and follow their ideas and experiments frequently.
Allen bard had a happy marriage with Fran Bard. After marriage, they had two children named Ed and Sara. And they had four grandchildren Dylan, Marlee, Rachel, and Alex. Bard’s wife Fran bard died in 2016.
Awards and honor
Bards had made considerable contributions in the field of chemistry. So, he was honored with many awards such as the ACS fisher award in analytical chemistry and Charles N. Reilley Award in 1984.
In 1987, he got the Olin Palladium award, Eastern Analytical Symposium Award in 1990, Linus Pauling Award in 1998, NAS award in chemical sciences in 1998, Priestley Medal in 2002, Wolf prize in 2008, National medal of science in 2011, Enrico Fermi award in 2013, and King Faisal international prize in 2019 for development of electrogenerated chemiluminescence methods.
On February 1, 2013, Allen bard and John Goodenough were awarded national medals of science given by president Barack Obama which is one of the highest honors every scientist can hope to get from the united states government.
Allen J.Bard award was founded by the electrochemical society in 2013 to honor Prof. Allen bard for his dedication to electrochemistry. In May 2015 in Chicago, the first award was given at the ECS meeting.
Allen Bard Quotes
- There are many kinds of joy, but they all lead to one: the joy of being loved.
- The thinnest thing in the world is the border between good and evil… my next The Opposite of Magic.
- Knowing all the languages in the world could help you to really understand all the jokes you can hear… from my future Kids’ Funny Business.
- Even in the hottest fire, there’s a bit of water. The Opposite Of Magic.
- No matter how strong you are, you cannot hold open the jaws of a great white shark with your bare hands… that can do your brain.
- One can fight money only with money! from my Tale Of The Rock Pieces.
- Who is Allen Bard?
Allen Joseph Bard is an American chemist. He is the Hackerman-Welch Regents Chair Professor and director of the Center for Electrochemistry at the University of Texas at Austin.
- What is Bard Group?
The Bard group also “applies electrochemical methods to the study of chemical problems, conducting investigations in electro-organic chemistry, photoelectrochemistry, electrogenerated chemiluminescence, and electroanalytical chemistry.
3. What awards has Allen Bard Won?
In 2019, he received the King Faisal International Prize in Chemistry. The Electrochemical Society established the Allen J. Bard Award in 2013 to recognize distinguished contributions to electrochemical science.