Top Tweets for #MESExperiments
π¬#MESExperiments 53: Synchronization of 32 Metronomes https://t.co/axbWGj7BQP and https://t.co/FsptPFS0sx
In this video I have uploaded the famous synchronization of 32 metronomes experiment from the Ikeguchi Laboratory in Japan on September 14, 2012.
#physics #experiment #metronome #resonance
π¬#MESExperiments 52: Magnets in Repulsion Bridge Drop Tests https://t.co/xt27BsdMrZ
In this experiment I drop magnets in repulsion vs a nonmagnet from a bridge of about 29 feet high, and got similar drop times for both with no significant difference. I did 10 drop tests while alternating hands to mitigate any inherent bias and still got similar times.
#antigravity #experiment #magnets #physics
π¬#MESExperiments 50: Magnets in Repulsion Atwood Machine Drop Tests https://t.co/fnszjFltFd
In this experiment I measure the drop rates of magnets in attraction, magnets in repulsion, and a nonmagnet when placed in an Atwood machine with the same counterweight. The magnets in repulsion fell 12.11% slower than the magnets in attraction, while the non-magnet fell 3.64% faster than the magnets in attraction. While not conclusive, these results strongly suggest that magnets in repulsion do fall slower in gravity as Boyd Bushman, senior engineer at Lockheed Martin, had claimed. I will perform this experiment at higher heights in the near future so stay tuned!
#antigravity #experiment #Atwood #science #physics
π¬#MESExperiments 49: Magnet Drop Tests Through a Copper Tube (Individual vs Attraction vs Repulsion) https://t.co/TS9b2Mre22
In this experiment I have combined the magnet drop tests by Paul Mueller in side-by-side view to better demonstrate that magnets glued in repulsion fall significantly faster than when placed in attraction. Magnets in repulsion also fall slower than individual magnets despite the weight being double and the fact that their attraction counterparts fall faster. This is truly ground-breaking findings here!
#antigravity #experiment #lenzlaw #science #physics
π¬#MESExperiments 49: Magnet Drop Tests Through a Copper Tube (Individual vs Attraction vs Repulsion) https://t.co/TS9b2Mre22
In this experiment I have combined the magnet drop tests by Paul Mueller in side-by-side view to better demonstrate that magnets glued in repulsion fall significantly faster than when placed in attraction. Magnets in repulsion also fall slower than individual magnets despite the weight being double and the fact that their attraction counterparts fall faster. This is truly ground-breaking findings here!
#antigravity #experiment #lenzlaw #science #physics
π¬#MESExperiments 48: Magnets Glued Together in Repulsion Fall Slower in a Copper Tube https://t.co/lpV1doZqwg
In this experiment I have collaborated with Paul Mueller in producing a series of magnet drop tests for 3 different cylinder magnet types through 3 copper tubes. The experiments show that magnets glued together in repulsion can fall down significantly slower than if they were in attraction. These results open up new research areas for Lenz's Law and provide an indirect validation of Boyd Bushman's claim that magnets in repulsion fall slower in gravity.
#antigravity #experiment #lenzlaw #science #physics
π¬#MESExperiments 48: Magnets Glued Together in Repulsion Fall Slower in a Copper Tube https://t.co/lpV1doZqwg
In this experiment I have collaborated with Paul Mueller in producing a series of magnet drop tests for 3 different cylinder magnet types through 3 copper tubes. The experiments show that magnets glued together in repulsion can fall down significantly slower than if they were in attraction. These results open up new research areas for Lenz's Law and provide an indirect validation of Boyd Bushman's claim that magnets in repulsion fall slower in gravity.
#antigravity #experiment #lenzlaw #science #physics
π¬#MESExperiments 47: Ping Pong Ball Floats in a Water Vortex when inside a Vacuum Chamber https://t.co/aA2kssQJ8i
In this experiment I have uploaded the 2018 video by The Action Lab showing a ping pong ball in a whirlpool or water vortex sinks under normal atmospheric pressure but floats inside a vacuum chamber.
#science #physics #education #engineering #STEM
π¬#MESExperiments 47: Ping Pong Ball Floats in a Water Vortex when inside a Vacuum Chamber https://t.co/aA2kssQJ8i
In this experiment I have uploaded the 2018 video by The Action Lab showing a ping pong ball in a whirlpool or water vortex sinks under normal atmospheric pressure but floats inside a vacuum chamber.
#science #physics #education #engineering #STEM
π¬#MESExperiments 46: Candle Flame Causes Water to Rise https://t.co/aCfolHfVub
In this experiment I demonstrate the famous burning candle - rising water experiment, which shows how an enclosed flame can cause the pressure to drop, thus forcing water to rise upwards.
#science #physics #education #chemistry #STEM
π¬#MESExperiments 46: Candle Flame Causes Water to Rise https://t.co/aCfolHfVub
In this experiment I demonstrate the famous burning candle - rising water experiment, which shows how an enclosed flame can cause the pressure to drop, thus forcing water to rise upwards.
#science #physics #education #chemistry #STEM
π¬#MESExperiments 45: Rotating Cylinders in Water Behave Like Magnets https://t.co/FlEAOSDx8d
In this experiment I present physicist Ionel Dinu's experiments demonstrating that rotating cylinders in water attract or repel each other just like permenant magnets.
#science #physics #education #Aether
π¬#MESExperiments 44: Dr. Irwin Moon Sends a MILLION Volts of Electricity Through His Body! https://t.co/8GM4P1WjXz
In this experiment I have uploaded another one of Dr. Irwin Moon's experiments, this time his wildest one yet: sending a million volts of alternating current (AC) electricity directly through his body!
#science #physics #technology #education #DEW
π¬#MESExperiments 43: Dr. Irwin Moon Fries an Egg on a COLD Stove using High Voltage AC https://t.co/tYAWXWbS5c
In this experiment I show a clip from the late Dr. Irwin Moon's 1956 science video series in which he demonstrates the selective power of high voltage alternating current (AC) through a copper coil: steel wool exploding, eggs frying instantly, yet paper and hands don't burn!
#science #physics #technology #education #DEW
π¬#MESExperiments 43: Dr. Irwin Moon Fries an Egg on a COLD Stove using High Voltage AC https://t.co/tYAWXWbS5c
In this experiment I show a clip from the late Dr. Irwin Moon's 1956 science video series in which he demonstrates the selective power of high voltage alternating current (AC) through a copper coil: steel wool exploding, eggs frying instantly, yet paper and hands don't burn!
#science #physics #technology #education #DEW
π¬#MESExperiments 42: Gyroscopes Can Rise Upwards AND Downwards https://t.co/0OSGsHwgH5
In this experiment I show that a gyroscope can precess upwards on its own, but if a counterweight is added, it can precess downwards while torquing the counterweight upwards.
#science #physics #education #AntiGravity
π¬#MESExperiments 42: Gyroscopes Can Rise Upwards AND Downwards https://t.co/0OSGsHwgH5
In this experiment I show that a gyroscope can precess upwards on its own, but if a counterweight is added, it can precess downwards while torquing the counterweight upwards.
#science #physics #education #AntiGravity
π¬#MESExperiments 41: Homopolar Magnet Screw Motor https://t.co/i2nfhE56UG
In this experiment I demonstrate a simple homopolar motor using just some tape, a 1.5-volt battery, a copper wire, a steel screw, and a magnet.
#science #education #physics #magnetism
π¬#MESExperiments 41: Homopolar Magnet Screw Motor https://t.co/i2nfhE56UG
In this experiment I demonstrate a simple homopolar motor using just some tape, a 1.5-volt battery, a copper wire, a steel screw, and a magnet.
#science #education #physics #magnetism
π¬#MESExperiments 40: Replicating Viktor Schauberger's Rising Egg Experiment in REVERSE https://t.co/TCI5dD9CiA
In this experiment I once again replicate Viktor Schauberger's rising experiment this time using a magnetic stirrer to show that a plastic egg falls 40% faster than a spherical ping pong ball.
#science #experiment #physics #education
π¬#MESExperiments 40: Replicating Viktor Schauberger's Rising Egg Experiment in REVERSE https://t.co/TCI5dD9CiA
In this experiment I once again replicate Viktor Schauberger's rising experiment this time using a magnetic stirrer to show that a plastic egg falls 40% faster than a spherical ping pong ball.
#science #experiment #physics #education
π¬#MESExperiments 39: Replicating Viktor Schauberger's Rising Egg Experiment with a Drill https://t.co/k6MKoLdKT3
In this experiment I redo Viktor Schauberger's rising egg experiment but this time using an electric drill instead of manually stirring the water. This experiment confirms my earlier one, this time the plastic egg with the broad side up rose 21% faster and fell 24% slower than the ping pong ball.
#science #physics #water #education
π¬#MESExperiments 39: Replicating Viktor Schauberger's Rising Egg Experiment with a Drill https://t.co/k6MKoLdKT3
In this experiment I redo Viktor Schauberger's rising egg experiment but this time using an electric drill instead of manually stirring the water. This experiment confirms my earlier one, this time the plastic egg with the broad side up rose 21% faster and fell 24% slower than the ping pong ball.
#science #physics #water #education
π¬#MESExperiments 38: Replicating Viktor Schauberger's Rising Egg Experiment https://t.co/c5CDI2Zsad
In this experiment I show that stirring a column of water causes an egg to rise 33% faster and fall 25% slower than a ping pong ball, thus confirming Viktor Schauberger's rising egg experiment.
#science #education #physics #water
π¬#MESExperiments 37: Interesting Experiments with Magnets and Unmagnetized Steel https://t.co/c2TSKICZaD
In this experiment I demonstrate some very interesting observations of permanent magnets and unmagnetized steel when placed on a large magnet.
#magnets #science #STEM #physics #education
In #MESExperiments 36 I further demonstrate Faraday's Paradox, this time using Ferrofluid and showing that a magnet rotating about its polar axis has no effect on the fluid. https://t.co/SmcgI3PV7q
#physics #STEM #education #magnet #science
π¬#MESExperiments 36: Faraday's Paradox using Ferrofluid (and Iron Filings) https://t.co/SmcgI3PV7q
#physics #STEM #education #magnet #science
π¬#MESExperiments 36: Faraday's Paradox using Ferrofluid (and Iron Filings) https://t.co/SmcgI3PV7q
#physics #STEM #education #magnet #science
In #MESExperiments 35 I demonstrate Faraday's Paradox by showing that iron filings behave the same whether a magnet is rotating about its polar axis or not rotating at all. https://t.co/xBl1sdHqkt
#physics #science #STEM #magnet #education
In #MESExperiments 35 I demonstrate Faraday's Paradox by showing that iron filings behave the same whether a magnet is rotating about its polar axis or not rotating at all. https://t.co/xBl1sdHqkt
#physics #science #STEM #magnet #education
π¬#MESExperiments 35: Faraday's Paradox using Iron Filings https://t.co/xBl1sdHqkt
#physics #science #STEM #magnet #education
π¬#MESExperiments 28: Magnetic Spinning Top Aligns Opposite of Magnetic Attraction https://t.co/dPXMgzMsVO
#science #GyroTop #magnet #physics #AntiGravity #STEM #education
In #MESExperiments 27 I show that adding tape friction can make a gyroscope rise quickly from a very steep 70Β° angle even without casing rotation. https://t.co/rWKZSTaDBI
In #MESExperiments 20 I have uploaded one of the late great Eric Laithwaiteβs greatest and least known experiments which shows that simple forced precession can cause a gyroscope to lift completely airborne, and thus lose all of its weight.
Video Notes: https://t.co/z171W4qb3q
In #MESExperiments 17 I show that even on a thin slanted needle, a gyroscope can still magically rise thus demonstrating its ability to auto-adjust even when the base is not symmetric or centered. #VeryInteresting https://t.co/UxlG5S3cnU
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