Lucas Galmiche (@lucasgalmiche) 's Twitter Profile
Lucas Galmiche

@lucasgalmiche

Sports Scientist @VALDPerformance | PhD Candidate in Biomechanics @SpohoKoeln | Exploring Braking Ability in Curvilinear Sprints 🔬

ID: 2174822625

linkhttps://www.linkedin.com/in/lucas-galmiche-b3b1741ba/ calendar_today09-11-2013 18:46:30

2,2K Tweet

185 Followers

142 Following

Rod Whiteley (@rodwhiteley) 's Twitter Profile Photo

Physios working in football codes: for routine clinical testing and daily use what's your preference & experience with kangatech.com vs valdperformance.com/forceframe/ ? Help us decide what platform to go with

Physios working in football codes: for routine clinical testing and daily use what's your preference & experience with kangatech.com vs valdperformance.com/forceframe/ ?
Help us decide what platform to go with
JB Morin (@jb_morin) 's Twitter Profile Photo

More complex models fit better (of course🤷🏻‍♂️), but are not more interesting if they reduce applications opportunities and/or practicality⚠️ Keep in mind the "principle of parsimony": More things should not be used than are necessary. All models are wrong, some are useful✅

More complex models fit better (of course🤷🏻‍♂️), but are not more interesting if they reduce applications opportunities and/or practicality⚠️
Keep in mind the "principle of parsimony": More things should not be used than are necessary.   

All models are wrong, some are useful✅
Damian Harper, PhD (@dhmov) 's Twitter Profile Photo

DECELERATION is a multi-step movement skill. Each braking step presents unique physiological and biomechanical demands. The demands change based on the velocity DECELERATION is commenced. Example below: 📌 Modified 505 COD (~3 steps) 📌 Traditional 505 COD (~6 steps)

DECELERATION is a multi-step movement skill. 

Each braking step presents unique physiological and biomechanical demands. 

The demands change based on the velocity DECELERATION is commenced. 

Example below:

📌 Modified 505 COD (~3 steps)
📌 Traditional 505 COD (~6 steps)
VALD Performance (@valdperformance) 's Twitter Profile Photo

Lite… Plus… MAX. Introducing DynaMo Max, the newest addition to the DynaMo range. With big specs for big tests, DynaMo Max is engineered for the strongest individuals and the most demanding environments. Preorders commence early 2024. Stay tuned.

Lite… Plus… MAX.

Introducing DynaMo Max, the newest addition to the DynaMo range. With big specs for big tests, DynaMo Max is engineered for the strongest individuals and the most demanding environments.

Preorders commence early 2024. Stay tuned.
Sportsmith (@sportsmithhq) 's Twitter Profile Photo

"It's the deceleration at the end of that movement where we get the space separation... It's deceleration movements where we can generate very high changes in velocity" Deceleration: The most overlooked aspect of athletic movement speed Damian Harper, PhD sportsmith.co/premium/videos/

Lucas Galmiche (@lucasgalmiche) 's Twitter Profile Photo

Had a blast discussing athlete screening, fatigue monitoring and readiness assessments at KV Mechelen today 📊⚽️ Thanks for having me gentlemen, keep up the great work!

Had a blast discussing athlete screening, fatigue monitoring and readiness assessments at <a href="/kvmechelen/">KV Mechelen</a> today 📊⚽️

Thanks for having me gentlemen, keep up the great work!
Patrick Pröller (@prller) 's Twitter Profile Photo

Effective management of athletic groin pain requires understanding its multifaceted nature, including training load and biomechanical deviations @‌prller sportsmith.co/articles/under… via Sportsmith

Jo Clubb (@joclubbsportsci) 's Twitter Profile Photo

🚨 New 📽️ How do force plates work? 🔗 buff.ly/41YC0C9 My new video discusses how force plates work, explaining the biomechanics behind those force-time curves. Watch now on the Global Performance Insights YouTube channel! What test do you find most VALUABLE?

🚨 New 📽️ 

How do force plates work?

🔗 buff.ly/41YC0C9 

My new video discusses how force plates work, explaining the biomechanics behind those force-time curves.

Watch now on the Global Performance Insights YouTube channel!

What test do you find most VALUABLE?
Aspetar سبيتار (@aspetar) 's Twitter Profile Photo

10+1 Clinical Tips for Vertical Jump Testing after ACLR ▶️ Tip #1: Instructions matter! ▶️Tip #2: Hands on hips ▶️ Tip #3: Vertical vs Horizontal ▶️ Tip #4: Use bilateral vertical jumps to check for compensatory strategies ▶️ Tip #5: Landing of vertical jumps ▶️ Tip #6:

10+1 Clinical Tips for Vertical Jump Testing after ACLR

▶️ Tip #1: Instructions matter!

▶️Tip #2: Hands on hips

▶️ Tip #3: Vertical vs Horizontal

▶️ Tip #4: Use bilateral vertical jumps to check for compensatory strategies

▶️ Tip #5: Landing of vertical jumps

▶️ Tip #6:
Eamonn Flanagan (@eamonnflanagan) 's Twitter Profile Photo

How do you define "true plyometrics"? Is it all about contact time being <0.250s? Not at all. Verkhoshansky describes the CYCLE of TRUE PLYOMETRICS as follows: Phase 1: “Arrival” Verkhoshansky terms this the "initial momentum phase". Here the body & limbs are arriving

How do you define "true plyometrics"?

Is it all about contact time being &lt;0.250s?

 Not at all. 

Verkhoshansky describes the CYCLE of TRUE PLYOMETRICS as follows: 

Phase 1: “Arrival”
Verkhoshansky terms this the "initial momentum phase". Here the body &amp; limbs are arriving
Science of Multi-Directional Speed (@sciofmultispeed) 's Twitter Profile Photo

Kinogram illustrating braking steps required to decelerate momentum following a 20m sprint🏃‍♂️ 🔗sciofmultispeed.com/eccentric-stre…

Kinogram illustrating braking steps required to decelerate momentum following a 20m sprint🏃‍♂️

🔗sciofmultispeed.com/eccentric-stre…
Sportsmith (@sportsmithhq) 's Twitter Profile Photo

"Straight line thinking still dominates—and, by doing so, limits—our understanding of deceleration. Athletes do not move, stop, and turn in neat, track-style lanes." From Lucas Galmiche sportsmith.co/articles/testi…

Sportsmith (@sportsmithhq) 's Twitter Profile Photo

"Most sport-specific decelerations don’t end in a complete stop. Athletes rarely brake to zero. Instead, they modulate speed in response to tactical needs or movement constraints." From Lucas Galmiche sportsmith.co/articles/testi…

Sportsmith (@sportsmithhq) 's Twitter Profile Photo

"In team sports, deceleration is rarely linear. It’s rarely clean. And it’s never easy. It’s time to look beyond straight lines because the game rarely follows them." From Lucas Galmiche sportsmith.co/articles/testi…

Sportsmith (@sportsmithhq) 's Twitter Profile Photo

"Integrating curved braking into monitoring and rehab frameworks has the potential to help uncover subtle asymmetries, objectively track return to play progress, and establish more game relevant performance benchmarks." From Lucas Galmiche sportsmith.co/articles/testi…