fus Forward

Charles Caskey and Keith Murphy
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  • 生命科學
  • 每日更新

Ultrasound deep brain stimulation has it all: sci-fi vibes, medical promise, even a hint of remote mind control, but it’s been missing one thing: two rad dudes with a podcast. FUS Forward is a neurotechnology show about non-invasive focused ultrasound brain stimulation, hosted by Charles Caskey, Professor of Vanderbilt University and Keith Murphy, Co-founder & CTO, Attune Neurosciences. Join us as we explore the challenges, conundrums, and wins in this mind-bending field. (Views expressed are those of the hosts and do not represent Vanderbilt Univ or Attune Neurosciences Inc.)

集數

  1. 6 天前

    Ep. 11 Why the double PRF?

    Follow the FUS busters on their epic journey to untangle the origins of the double pulse repetition frequency. Be warned, you may not like what you find!

    29 分鐘
  2. Ep. 10 Sam Pichardo simulation dreams

    1月19日

    Ep. 10 Sam Pichardo simulation dreams

    This week we join Dr. Samuel Pichardo to discuss pushing acoustic simulations to the limit with plans for BabelBrain 1.0, how essential tremor is n his crosshairs, and how electrical fields can steer the focus of a single element transducer.

    49 分鐘
  3. Ep. 9 Jon Nelson not without love

    1月11日

    Ep. 9 Jon Nelson not without love

    Lived experience and mental health advocate Jon Nelson brings the reality of mental health front and center, from deep brain stimulation to an even deeper stigmatization.

    49 分鐘

  4. 1月1日

    Ep. 8 Self experimentation

    Not the first, and definitely not the last time the gang discusses the growing prevalence of self experimentation as FUS gets wind in its sails. Listen in on thoughts around barrier to entry, a viral twitter post, chasing ghosts, and vagus nerve modulation.

    17 分鐘
  5. Ep. 6 Noah Philip beneath the veil

    2025/12/16

    Ep. 6 Noah Philip beneath the veil

    Noah Philip, Professor at Brown University joins the pack to discuss what's been going on inside one of the most secretive efforts in focused ultrasound neuromodulation. This episode covers new findings his work with amygdala stimulation in PTSD, the honors of working with veterans, how old stim habits die hard, and some hot takes on wellness devices gone clinical.

    1 小時 8 分鐘

  6. 2025/12/02

    Ep. 4 The serious adverse event

    Charles and Keith discuss the recent serious adverse event and what it means for the field

    15 分鐘
  7. Ep. 3 Elsa Fouragnan hacking brain reward systems

    2025/11/27

    Ep. 3 Elsa Fouragnan hacking brain reward systems

    Join the gang as they catch up with fus Forward friend and expert Elsa Fouragnan to explore precision hacking of reward system through nucleus accumbens stimulation and all the practical and ethical implications in between.

    1 小時 21 分鐘
  8. Ep. 2 What we know and what we don't

    2025/11/25

    Ep. 2 What we know and what we don't

    This week Keith and Charles go 0 to 10 on all things ultrasound neuromodulation, rating how well we know a number of topics ranging from mechanisms to through-skull transmit.

    40 分鐘

  9. 2025/11/21

    Ep. 1 The rise of ultrasound neuromodulation

    Listen in as Keith and Charles discuss the "why now?" for focused ultrasound neuromodulation as the field gains ground.

    33 分鐘
  • 共 9 集

簡介

Ultrasound deep brain stimulation has it all: sci-fi vibes, medical promise, even a hint of remote mind control, but it’s been missing one thing: two rad dudes with a podcast. FUS Forward is a neurotechnology show about non-invasive focused ultrasound brain stimulation, hosted by Charles Caskey, Professor of Vanderbilt University and Keith Murphy, Co-founder & CTO, Attune Neurosciences. Join us as we explore the challenges, conundrums, and wins in this mind-bending field. (Views expressed are those of the hosts and do not represent Vanderbilt Univ or Attune Neurosciences Inc.)

資訊

  • 創作者
    Charles Caskey and Keith Murphy
  • 活躍年代
    2025年 - 2026年
  • 集數
    9
  • 年齡分級
    兒少適宜
  • 版權
    © Charles Caskey and Keith Murphy
  • 節目網站
    fus Forward