briantlord
@briantlord
Past bets that played out
These are the clearest thesis calls with observable outcomes, linked back to the original videos.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
What this channel is watching now
Recent mentions show where this author is concentrating attention right now.
Latest videos and market context
Recent source posts from this author. Create an account to inspect the complete persisted research trail.
@weslouisberry @PropheticAI That is fantastic to hear. Do/will you have all of that technical information published s...
The content is a social-media reply asking PropheticAI (and a user) whether technical information will be published. It contains no market, macro, company fundamentals, product launch, or financial guidance details that would support a tradable thesis.
@PropheticAI This looks cool, but I *really* hope you are doing proper safety testing, for the sake of the entire fie...
A social post expressing concern about whether PropheticAI is doing proper safety testing; signals reputational/regulatory risk sensitivity around AI/health/neurotech, but contains no concrete claims, data, timelines, product details, or market-moving information.
Pinned Brian Lord @briantlord Mar 17 🚨 New preprint from SEMA Lab! 🚨 We applied our tFUS meditation enhancement proto...
Academic preprint describing a placebo-controlled study applying transcranial focused ultrasound (tFUS) to the posterior cingulate cortex (PCC) during a two-week meditation training course, reporting changes in Default Mode Network (DMN) connectivity/desegregation. No company, commercialization path, FDA/regulatory milestone, revenue impact, or named products are provided, so near-term investability is low.
Brian Lord @briantlord Jan 13, 2025 In case you missed it during the holiday, we at SEMA Lab just published a paper i...
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
Proof-backed call history
These are recent thesis calls tied to original source content where available.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
SEMA Lab author Brian Lord highlights a newly published Biological Psychiatry paper describing a theoretical framework for combining mindfulness interventions with non-invasive brain stimulation to “enhance equanimity.” This is early-stage, conceptual academic content with no explicit commercial product, timeline, or listed public company tie-ins.
Academic preprint describing a placebo-controlled study applying transcranial focused ultrasound (tFUS) to the posterior cingulate cortex (PCC) during a two-week meditation training course, reporting changes in Default Mode Network (DMN) connectivity/desegregation. No company, commercialization path, FDA/regulatory milestone, revenue impact, or named products are provided, so near-term investability is low.
Academic preprint describing a placebo-controlled study applying transcranial focused ultrasound (tFUS) to the posterior cingulate cortex (PCC) during a two-week meditation training course, reporting changes in Default Mode Network (DMN) connectivity/desegregation. No company, commercialization path, FDA/regulatory milestone, revenue impact, or named products are provided, so near-term investability is low.
Academic preprint describing a placebo-controlled study applying transcranial focused ultrasound (tFUS) to the posterior cingulate cortex (PCC) during a two-week meditation training course, reporting changes in Default Mode Network (DMN) connectivity/desegregation. No company, commercialization path, FDA/regulatory milestone, revenue impact, or named products are provided, so near-term investability is low.
About this channel
Channel bio, source link, and public-market context from YouTube.
@briantlord
Most recognized assets
Unlock the full track record
Create an account to inspect the complete author history, trust-weighted rankings, and persisted research across authors, theses, and assets.