Top research institutions have substantiated the powerful benefits of mindfulness practices on increased productivity, critical decision-making, and out-of-the-box problem-solving. In this workshop, you will receive content about how and why we can react negatively to stress and the latest research in neuroscience on the most effective techniques that take us from overwhelmed, anxious, and uncertain to clear, calm, and resilient. Learn how mindfulness, and resilience, coupled with compassion, can markedly improve your daily experience. In this workshop, you will explore and practice 3 takeaways that will change your relationship to stress now and pre-wire your brain for resiliency in the future.

Instructor: Patty McLucas is the founder of Mindful Wellness and has more than 20 years of experience as a wellness consultant. She teaches classes in mindfulness for Stanford’s Cancer Supportive Care Program and Health Improvement Program as well as other organizations including Apple and Google.

Please RSVP at this link:
https://stanforduniversity.qualtrics.com/jfe/form/SV_b1uwefC68ryApEx

Speaker: Laura Jones is the Director of Heritage Services and Special Projects. She is also the  University Archaeologist and an Amy J. Blue award winner.

Please keep this time open for additional #COVID19 updates.

Join us Monday, July 27 at 5PM PST (8PM EST) to learn about the Department of Surgery at Stanford University and our residency programs. This one-hour program offers attendees the opportunity to hear from our Department Chair, Vice Chair of Education, and Residency Program Directors. Register here!

Dr. Arash Momeni is an Assistant Professor of Surgery in the Division of Plastic and Reconstructive Surgery. In addition to offering all reconstructive modalities following mastectomy, Dr. Momeni has developed cutting edge surgical approaches to post-mastectomy reconstruction such as hybrid breast reconstruction (i.e. the combination of free flap transfer and implant placement) and techniques of flap neurotization with the goal to improve sensory recovery to the reconstructed breast.