sign up for updates
CONTACT US
Go back to All Sessions
Go back to All Sessions

Quantum Clocks as Sensors for Curved Spacetime by Gravity

量子時計は重力で曲がった時空間のセンサー

July 20, 2023 at 9:20 am
Add here
  • Plenary Talks
Facebook
Twitter
LinkedIn
According to Einstein’s theory of relativity, a lower clock ticks slower than the upper clock because of gravity. Advanced atomic clocks detect a height difference of a centimeter, making Salvador Dali’s painting of melting clocks a reality. We overview our atomic clocks and envision a future society implemented with such clocks.
Hidetoshi Katori, Professor, Tokyo University

 

アインシュタインの相対論によれば、重力によって下方の時計は上方の時計よりゆっくり時を刻む。高度な原子時計では1cmの高低差を検出し、ダリが絵に描いた重力で曲がった時計が現実になる。開発中の原子時計を紹介し、それらが実装された未来社会を構想する。

Add here
Featured Speaker(s):
Hidetoshi Katori

香取 秀俊 / Hidetoshi Katori

教授 / Professor 東京大学 / The University of Tokyo

« All Events

  • This event has passed.

Quantum Clocks as Sensors for Curved Spacetime by Gravity

July 20, 2023 @ 9:20 am - 9:40 pm

Event Series Event Series (See All)
Featured Speaker(s):
Hidetoshi Katori

香取 秀俊 / Hidetoshi Katori

教授 / Professor 東京大学 / The University of Tokyo

According to Einstein’s theory of relativity, a lower clock ticks slower than the upper clock because of gravity. Advanced atomic clocks detect a height difference of a centimeter, making Salvador Dali’s painting of melting clocks a reality. We overview our atomic clocks and envision a future society implemented with such clocks.

Hidetoshi Katori, Professor, Tokyo University

Details

Date:
July 20, 2023
Time:
9:20 am - 9:40 pm
Series:
Plenary Talks
Event Category:
Event Tags:

Venue

Related Events

Additional Info

At QC Ware, we believe in creating a safe and equal environment for all. This code of conduct describes what we consider expected and acceptable behavior.

CODE OF CONDUCT

Please take a moment to review our Q2B Event Attendee Terms of Service.

 

TERMS OF SERVICE
We respect your privacy. Please review our privacy policy to get acquainted
with how QC Ware uses the data we collect from you when you use our
Q2B event platform.

PRIVACY POLICY

For any media inquiries, please reach out to our team.



Q2BMEDIA@QCWARE.COM

Contact us for exclusive sponsorships and exhibitor opportunities. 


SPONSOR & EXHIBIT

Enterprise Software and Services for Quantum Computing

195 Page Mill Road, Suite 113, Palo Alto, CA 94306

Coeur Marais
64-66 Rue des Archives, 75003 Paris, France

〒 105-0003
DLX Building 9F
Nishi-Shinbashi 1-13-1 Minato-ku,
Tokyo, Japan

Linkedin Youtube

Sign Up for Updates

Stay In Touch – We will only reach out with meaningful updates on our products, services and Q2B conference.

The Roadmap to Quantum Value

Q2B

Upcoming Events

Q2B24 Silicon Valley

Past Events

Q2B24 Tokyo
Q2B24 Paris
Q2B23 Silicon Valley
Q2B23 Tokyo
Q2B23 Paris

QC Ware

Solutions
Customer Stories
News
Team
Contact

QC Learn

Product
Sign Up
Log-In
Pricing

Copyright @ QCWare

Sign Up For Updates

By completing this form you agree with the storage and handling of your data by QC Ware. You are signing up to receive updates regarding QC Ware, its products, and/or events hosted by the company. If you do not select a specific type of updates to receive, you will subscribe to receive all company updates.  

*Please note – upon submission, you will receive an email from QCWare providing you with our Q2B24 Global Prospectus.