PSU news by
Penn State's student blog

Topics

More

Penn State History Lesson: Frank C. Whitmore & Organic Chemistry Carbocation Rearrangements

*This one goes out to the dextrose daddies and maltose mamas STEM nerds*

There’s something oddly satisfying about learning a fundamental concept in class and hearing a professor subtly mention that it’s named after a Penn Stater.

Frank C. Whitmore was the dean of the School of Chemistry and Physics from 1929 to 1947 and the brains behind carbocation rearrangements in organic chemistry. Whitmore Laboratory was named after him due to his research contributions and dedication to Penn State chemistry.

Whitmore shifts, commonly referred to as hydride shifts, is a concept explained in lower-level organic chemistry courses.

Secondary carbocations will rearrange if there is “branching” next door and moving of a group (H or alkyl) results in a more stable carbocation. Because of the increased stability and lower energy, the rearrangement happens very quickly.

Whitmore shifts involve a hydride moving its electrons next door to a carbocation. Because the electrons are moving away from a tertiary site, the result is a carbocation that is more stable at that position.

Whitmore’s research provided evidence for the existence of carbocation rearrangements and published his findings in “The Common Basis of Intramolecular Rearrangements.” Despite criticism, his findings are still the best explanation behind this concept that chemists have today.

Additionally, in 1937, Whitmore published the first advanced organic chemistry textbook written in English, aptly titled “Organic Chemistry.”

Whitmore received his bachelor’s degree and Ph.D. from Harvard in the 1910s and taught at Minnesota and Northwestern before coming to Penn State. Despite taking on a prominent leadership role at the university and recruiting several bright chemists, Whitmore managed to find time to work on his detailed research on carbocation mechanisms.

Whitmore inspired and taught many young Penn State chemists and is often regarded as the person who made Penn State chemistry what it is today.

To learn more about the people and history behind common Penn State building names, check out our comprehensive list.

Your ad blocker is on.

Please choose an option below.

Sign up for our e-mail newsletter:
OR
Support quality journalism:
Purchase a Subscription!

About the Author

Colleen Nersten

Colleen is a sophomore biology major from York, Pa and is one of Onward State's associate editors. She overuses the ~tilde~ and aspires to be no other than the great Guy Fieri. You can find Colleen filling up her gas tank at Rutter’s, the ~superior~ Pennsylvania gas station. Please direct any questions or concerns to [email protected]

Comments

Get notified about breaking news
Loading notification service...

Staff Predictions: Penn State vs. Rutgers

Our staff thinks Penn State will leave Piscataway with its second straight win this weekend.

Staff Predictions: Penn State vs. Rutgers

Our staff thinks Penn State will leave Piscataway with its second straight win this weekend.

Trace McSorley Throws Touchdown, Shines In Week 12 Ravens-Steelers Game

He’s baaaaack!

What You Could’ve Bought With Your Beaver Stadium Cardboard Cutout Money

After the Nittany Lions’ worst start to the season ever, some fans might regret their $85 investment in a piece of cardboard.

Send this to a friend