A Mysterious Blue UFO Was Spotted Over Hawaii — and the Whole Thing Was Caught on Camera

A Mysterious Blue UFO Was Spotted Over Hawaii — and the Whole Thing Was Caught on Camera
QUANTUM PHYSICS CAN MUTATE HUMAN DNA, SCIENTISTS SAY

It’s hard to conceptualize the bizarre quantum behavior of subatomic particles, which are often too tiny, fleeting, and counterintuitive to conceptualize on any tangible scale. But new research bucks that trend, suggesting that an unusual quantum phenomenon could have a serious impact to biological structures — even causing point mutations in molecules of DNA.
The upshot is that the hydrogen bonds that link together two spiraling strands of DNA are prime for an unusual quantum process called proton tunneling, according to research published by University of Surrey scientists last month in the journal Physical Chemistry Chemical Physics.
Proton tunneling happens when a proton seemingly vanishes and reappears elsewhere on the other side of a physical or energetic barrier. Protons are massive compared to other subatomic particles that exist on the quantum scale, so it’s not as common to see a proton tunnel as it is to see something like an electron tunnel. But it is possible, and when it happens within a DNA molecule, it can essentially move atoms to the wrong place, leading to a mutation in the genetic code.
“Many have long suspected that the quantum world — which is weird, counter-intuitive, and wonderful — plays a role in life as we know it,” lead author and Surrey chemist Marco Sacchi said in a press release. “While the idea that something can be present in two places at the same time might be absurd to many of us, this happens all the time in the quantum world, and our study confirms that quantum tunneling also happens in DNA at room temperature.”
The odds that one of these quantum mutations would lead to medical problems down the line is rare — the paper notes that the DNA molecules are capable of righting themselves in fairly short order. But just like with any other mutation, it is possible that these mutations take hold and propagate through the DNA replication process, potentially causing issues or even increasing the risk of cancer.
“There is still a long and exciting road ahead of us to understand how biological processes work on the subatomic level,” study coauthor and quantum biologist Louie Slocombe said in the release, “but our study — and countless others over the recent years — have confirmed quantum mechanics are at play.”
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LATEST UFO SIGHTINGS AND VIDEOSLATEST UFO SIGHTINGS AND VIDEOS
Unidentified Flying Object.(A UFO SIGHTING)
An irregular shape UFO was REC on a flight from Atlanta Georgia to New York on Jan. 24th 2022 @ 4pm.
Video Source is YouTube Channel Massive Saucer. Here is the Link to the Original video
Mars Rover Dumps Off Garbage As It Travels Across Mars! WTF UFO Sighting News.
I found myself on Wikileaks today about a UFO at the Space Station, It Figures , UFO Sighting News.
Wikileaks doc:
It looks like I'm on somebody's list in the government. I'm on Wikileaks...a site that discloses secret documents and data of the US government so that the public can learn about it.
It's about a UFO article on Before Its News site a few years back, and the email is addressed to a US gov spy (think tank) news site that pretends to gather world news info for the public, but really gathers it for the US government intel. I know this because this news site https://www.stratfor.com is in a lot of documents in Wikileaks...including to Hillary Clinton and many US presidents.
So...big brother is watching. Lets hope those poor saps are learning from all this UFO and alien intel they are gathering, so it will make the change from within the government.
Scott C. Waring
UFO Crash, Castle, Egyptian Face Found On Sandwich Islands, UFO Sighting News.Date of discovery: Feb 18, 2022
As Temperatures Rise, Antarctica is Turning Green
The global climate is warming, and Earth’s polar regions are feeling the effects. A new study of the South Orkney Islands shows that the region has warmed significantly since the 1950s. The rise in warming in the South Orkneys exceeds the overall global warming.
As the islands warm, plant life is spreading.
The South Orkney Islands lie about 600 km (375 miles) northeast of the Antarctica Peninsula’s tip. Britain and Argentina both lay claim to the group of islands. Both nations maintain research stations in the South Orkneys: Argentina has one on Laurie Island and Britain has one on Signy Island.
A study based on Signy Island data going back to the 1950s shows that the climate is warming and that the spread of vascular plants in the warming conditions is turning more of the island green, especially since 2009. The study is “Acceleration of climate warming and plant dynamics in Antarctica,” published in the journal Current Biology. The lead author is Nicoletta Cannone from the Università degli Studi dell’Insubria, Dip. Scienza e Alta Tecnologia, Italy.
While the South Orkneys are separated from Antarctica by about 600 km, they’re still in a polar climate. About 90% of the islands were glaciated as of 2009, and the summers are very short and very cold. Ice-covered seas surround the South Orkneys seas from late April to November.
But the new study shows that things are changing in these remote islands. According to the paper, the two species of vascular plants on Signy Island responded to the climate change acceleration with a “striking advance,” according to the report.
“This is the first evidence in Antarctica for accelerated ecosystem responses to climate warming, confirming similar observations in the Northern Hemisphere.”
From “Acceleration of climate warming and plant dynamics in Antarctica” by Cannone et al. 2022
The warming hasn’t been a continuous trend. There was one period of pronounced cooling in the years since the study began. The study points out that “… a short but intense cooling occurred from the Antarctic Peninsula to the South Orkney Islands…” between 1999 and 2016.
But air temperature warming resumed in 2012 on Signy Island, accelerating the expansion of the two vascular plant species. “We also hypothesize that the “pulse” climatic event of the strong air cooling detected in 2012 did not appear to influence the vegetation community dynamics on this island,” the authors write. “The lack of negative impacts of the strong pulse cooling event in 2012 on both species could be explained by their ability to perform photosynthesis at low ambient temperatures.”

Other research shows that the same type of accelerated ecosystem responses from climate warming occurs in the Arctic. A 2018 research article reported that plants are increasing their northern range in the Arctic and getting taller. A 2020 paper showed that the warming climate creates terrestrial algae blooms in Antarctica. But the authors of this paper say theirs is the first research to document the advance of vascular plants in the Antarctic. They also say that ongoing climate change will significantly affect the region.
“This is the first evidence in Antarctica for accelerated ecosystem responses to climate warming, confirming similar observations in the Northern Hemisphere,” they explain in their paper. “Our findings support the hypothesis that future warming will trigger significant changes in these fragile Antarctic ecosystems.”
There are two species of vascular plants native to Signy Island. One is D. antarctica, a flowering plant known as Antarctic Hair Grass. The other is C. quitensis, another flowering plant that’s also called Antarctic Pearlwort.

“In the almost six decades up to 2018, D. antarctica exhibited a very large increase in the number of sites of occurrence, which doubled between 1960 and 2009 and then again between 2009 and 2018,” the authors write. C. quitensis expanded even more. “Colobanthus quitensis also showed a large expansion, even more so than D. antarctica in the last decade, involving both the number of sites of occurrence and their extent…” the paper says.
The number of sites with D. antarctica doubled between 1960 and 2009. Then it doubled again between 2009 and 2018. C. quitensis expanded even more than D. antarctica in the last decade.

The warming climate isn’t the only factor in this study. The image above shows areas of marine vertebrate disturbance. That refers to fur seals that inhabit the island. “In the last decade, the impact of fur seal disturbance on both species decreased, becoming almost negligible,” the authors explain. “During the last decade, both species expanded in response to air temperature warming and release from the limitation of animal disturbance.”
Climate change doubters might think they’ve found ammunition here. Some people might want to emphasize the reduction in animal disturbance as a factor in plant spread and downplay the effect of climate warming. The researchers don’t discount reduced animal disturbance, but it’s a secondary factor. “We also hypothesize that the accelerated population expansion of D. antarctica and C. quitensis could result from a combination of climate warming and the recently reduced impacts of animal disturbance. This hypothesis is compatible with observations in the Northern Hemisphere, in particular in Europe, where land-use change correlates with vegetation change but, as here, the primary driver of these responses was climate warming,” they write.

What does increased native planet growth due to a warming climate mean for the future of the Antarctic? On the surface of it, there could be some benefits. Increased plant growth removes more CO2 from the atmosphere through photosynthesis. “Such climate warming may benefit some and possibly many native Antarctic terrestrial species and communities in isolation…” the researchers write in their paper’s summary.
But it’s not just native plants that will benefit. They’ve exploited their cold niche for a long time, and other plant species haven’t gained a foothold on Signy Island. That could change, and the change could be disruptive.
Climate warming “… will also lead to increased risks from non-native species establishment. These may outcompete native species and trigger irreversible biodiversity loss and changes to these fragile and unique ecosystems,” they say in conclusion.
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A Colossal Flare Erupted From the Far Side of the SunEarlier this week the Sun erupted with a huge explosion, blasting solar particles millions of kilometers into space. The team for the ESA/NASA Solar Orbiter spacecraft says the blast is the largest solar prominence eruption ever observed in a single image together with the full solar disc.
Luckily for us here on Earth, the eruption on February 15, 2022 occurred on the farside of the Sun, the side facing away from our planet. But ESA and NASA predict geomagnetic storms are possible in the next few days as the active region on the Sun responsible for the blast turns toward us.
The event was captured by several spacecraft, including Solar Orbiter and STEREO A.
A solar prominence consists of red-glowing loops of plasma, structured by tangled magnetic field lines generated by the Sun’s internal dynamo. An erupting prominence occurs when such a structure becomes unstable and bursts outward, releasing the plasma. They are often associated with outbursts of charged particles called coronal mass ejections (CMEs), which if directed towards Earth, can wreak havoc with our space-based technology.
Evidence of that came last week when SpaceX lost up to 40 of their recently launched 49 Starlink internet satellites after several CMEs erupted. The solar particles affected Earth’s atmosphere, making it difficult for the satellites to maintain their orbits. In a statement on February 8, SpaceX said “the escalation speed and severity of the storm caused atmospheric drag to increase up to 50 percent higher than during previous launches.”
The Sun has definitely increased in activity the past few months, and this latest event on February 15 zapped two “sungrazer’ comets that came close to the Sun.
Other space missions were also able to observe the event, including the SOHO (Solar and Heliospheric Observatory) spacecraft. Here’s a side-by-side comparison of Solar Orbiter and SOHO’s view:
Spaceweather.com is always a good source for finding updates on solar activity and any alerts of impending events.
This video from NASA Goddard is a good explainer of solar events and activity.
The post A Colossal Flare Erupted From the Far Side of the Sun appeared first on Universe Today.
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New Linda Moulton Howe: "Tall Whites" and "Nordic" E.T.s - What’s the Difference?.jpg)
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Topics: “Tall Whites” and “Nordic” E. T.s – What’s the Difference? Remote viewer and astral projector Buddy Bolton from the Bronx, New York, took on the challenge to “see more” about the two alien civilizations in Earth’s Milky Way Galaxy neighborhood that are described by some military, aerospace and scientist whistleblowers as friendly allies to Earth humans. So why isn’t Earth introduced to them publicly?
Western Drought worst in 12 centuries – Climate scientists use tree ring data to determine 2000-2021 driest in last 1200 years. – Drought in southwest US “will continue for at least 25 years” Mystery in Wales, UK – hundred of dead birds fall from the sky – “hundreds of starling birds all died and fell to the ground” – One witness saw a big flash of light. Another heard a loud electrical bang – Strange birds deaths near Chihuahua, Mexico a week before Interview with remote viewer, Buddy Bolton – predicts huge solar flare in 2024, causing magnetic storm on level or Carrington Event – predicts 2036 solar mini-nova
- “At least 2 extraterrestrial special helping us in space program” – “Tall Whites” and “Tall Nordics” Nordics – Nordics are 6 1/2 to 7 feet tall, blonde, light coloured eye, pragmatic – “Friendly to us” – “longer heads”…”much more athletic, more militaristic” Tall whites – “Tall whites” physically very similar – “very protective of their technology”..”exceedingly wise”…”more advanced technology” – “500-1000 years more sophisticated” – “3 bases in the Unites States”…South America, Russia near large underwater lake – “they can be over 700 years old” – “they have their own base on Ganymede”
What do you think? Let us know in the comments. Hope everyone has a great weekend.
The asteroid with THREE companion moons: 160 mile-wide space rock named Elektra is the first quadruple system EVER detected
An asteroid that was discovered in the 19th century has now been identified as the first quadruple system ever detected.
Named 130 Elektra, astronomers have found that the 160 mile-wide space rock has three smaller companion moons.
It is not unheard of for asteroids to have satellite bodies accompanying them — of the 1,100,000 discovered, over 150 of them are known to have at least one moon — but it is not always easy to spot them.
Elektra was first detected in the asteroid belt between Jupiter and Mars in 1873.
However, it was not until 130 years later that its first moon was spotted, and it took until 2014 to see evidence of the second.

An asteroid named 130 Elektra has been identified as the first quadruple system ever detected. Astronomers found that the 160 mile-wide space rock has three smaller companion moons

Pictured is an artist's impression of 130 Elektra and its three moons. The space rock was first detected in the asteroid belt between Jupiter and Mars in 1873
The reason they are so hard to spot is because asteroids are only small and dimly lit, so any smaller orbiting body is fainter and likely to be greatly outshone by its parent asteroid.
Not only that, but the closer the moon is to the asteroid the harder it is to see, in much the same way it is hard to spot exoplanets orbiting other stars.
A team of astronomers led by Anthony Berdeu, of the National Astronomical Research Institute of Thailand, made the discovery.
'Elektra is the first quadruple system ever detected,' the researchers wrote in their paper.
'This new detection … shows that dedicated data reduction and processing algorithms modelling the physics of the instruments can push their contrast limits further.'
Elektra's three moons have been named S/2003 (130) 1, S/2014 (130) 1 and S/2014 (130) 2.
The first is 3.7 miles (6 km) across, and orbits Elektra at an average distance of around 807 miles (1,300km), while the second is just 1.24 miles (2km) across and has an average orbital distance of 310 miles (500km).
The newly-discovered moon is smaller and closer still, measuring 1 miles (1.6km) across and orbiting at an average distance of around 211 miles (340km).
S/2014 (130) 2 orbits around its parent body every 16.3 hours and is 15,000 times fainter than Elektra.

Elektra's three moons have been named S/2003 (130) 1, S/2014 (130) 1 and S/2014 (130) 2
What made the discovery all the more remarkable is that it used the same dataset that allowed astronomers to discover Elektra's second moon.
The team of astronomers took archival data from the SPHERE instrument attached to the European Southern Observatory's Very Large Telescope in Chile to make their observation.
They then ran it through a newly-developed data reduction pipeline to remove noise from the raw data, while also using a series of algorithms to model the extended glow around the asteroid, called a halo, and remove it.
Once this was completed, Elektra's third moon emerged.
'The discovery of the first quadruple asteroid system slightly opens the way for understanding the mechanisms of the formation of these satellites,' the researchers wrote in their paper.
They hope that their research may lead to the discovery of other faint, hard-to-see asteroid moons in the future.
The study has been published in The Astrophysical Journal Letters.
An Asteroid has Been Discovered With Three Moons!
Planets aren’t the only celestial objects with moons – asteroids can have them too. They are usually other, smaller asteroids in orbit around a larger central one. Now, a team of Thai and French astronomers found an asteroid system with three satellites. The new four-body system makes complex gravitational problems like the three-body problem look simple by comparison.
The asteroid with so many hangers-on is known as (130) Elektra. First found in 1873 by Christian Peters, it measured about 200 km in diameter and weighs approximately 7 x 10^18 kg. That’s more than enough mass to capture its three orbiting smaller asteroids, known as S/2003 (130) 1, S/2014 (130) 1, and S/2014 (130) 2 – the most recent discovery was only detailed in a paper published on arXiv on February 10th.

Their designations reflect the year they were first observed, which shows that S/2014(130) 2 sat unobserved in a dataset for over seven years. That dataset was collected by the Spectro-Polarimetric High-contrast Exoplanet REsearch facility (SPHERE), an observing platform on the Very Large Telescope (VLT). The telescope turned its attention to (130) Elektra back in 2014. Over that time, the dataset captured S/2014 (130) 2 one hundred and twenty different times over 22 days. So why was it so hard to find?
There are two answers to that question. First, the total amount of data has to be reduced. Second, even when the data was reduced, the signal for the moon itself was hidden in the larger asteroid’s “halo.” Dr. Anthony Berdeu and his team developed novel algorithms for both that allowed them to tease out the previously indiscernible moon.

Reducing the amount of data while analyzing it might seem counter-intuitive, but data reduction pipelines are commonplace in spectrography. This is mainly because data sets have optical artifacts derived from other spectra that aren’t necessarily of interest to certain studies. To eliminate these artifacts, Dr. Berdeu and his team utilized a novel data reduction technique for the SPHERE instrument called Projection, Interpolation, Convolution (PIC) and published in a separate paper back in 2020. With this tool, they could eliminate enough spectral artifacts to get a clearer picture of their intended target.
That target was still surrounded by a “halo,” which is another type of spectral artifact that made the asteroid’s surface appear to glow. It also reached far enough out from the asteroid’s surface to engulf S/2014(130) 2, which has a semi-major axis of only 344 kilometers from Elektra’s surface.
Moons can happen anywhere as discussed in this UT video.
So the researchers developed another signal processing algorithm, which attempted to model the physics of the halo, and then remove those modeled light levels from any captured image of the target. Using an algorithm known as a point spread function (PSF), the scientists were able to successfully remove the halo effect from the asteroid, revealing Elektra’s smallest and most closely orbiting satellite.
Hearteningly, this data reduction and halo elimination technique can be used on other asteroid observations as well and can be used well after the data was collected, as evidenced by the seven-year time lag in data analysis. So there might be plenty more multi-body asteroid systems in the asteroid belt that make the orbital mechanics of even a four-body problem look like a piece of cake.
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Hitler's UFOs and the Nazis' Most Powerful Weapons.jpg)
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Hitler’s UFO-Alien Connection During World War II When Hitler first stepped onto the world stage with his contrived rhetoric, he was re-writing German mythology and history into a form of propaganda designed to increase German self-worth after Germany’s WWI defeat.
Most people thought he was insane and did not take him seriously at first. However Hitler announced that he was a member of a UFO cult and had an exclusive line of communication with a powerful extraterrestrial group. According to Hitler, these extraterrestrials were the source and power behind his new-found, born-again German ideology.
He explained that Nazi mysticism was the product of their devotion and worship of the Manipulative Extraterrestrials. Many high ranking Nazi members of Hitler’s inner circle declared that they also communicated with the extraterrestrial Nordic gods
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David Wilcock: The Cosmic Secret - The Documentary.jpg)
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David Wilcock is a professional intuitive consultant who, since reading Richard C. Hoagland’s “The Monuments of Mars” in 1993, has intensively researched ufology, ancient civilizations, consciousness science, and new paradigms of matter and energy. He is the author of a critically acclaimed trilogy of scientific research works, known as the Convergence series, which gives definitive support to the idea that a change in matter, energy and consciousness is now occurring on the Earth and throughout the solar system.
Wilcock has appeared on broadcast television, lectured throughout the United States and Japan, published a variety of magazine articles and appeared on numerous radio talk shows. He is the co-author of the book “The Reincarnation of Edgar Cayce,” now available in bookstores nationwide, and a summary of his latest scientific work appears therein, where a breakthrough case for mass, spontaneous DNA evolution on Earth is unveiled. David is also an accomplished musician and composer within a variety of styles, including jazz-fusion, meditative and world music.
David Wilcock explains on March 19, 2020 during the the World Wide Coronavirus lockdown that it is NOT the end of the world. The lockdowns are to ensure the peoples safety during world wide mass arrests in conjunction with Operation Defender Europe 2020.
Thanks hope you all are staying cool out there. Stay tuned for more updates from BIN News!
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Some Archeological Finds On Mars, Feb 19, 2020, UFO Sighting News.
Orb Over Hawaii, F-22s Intercept, Many Witnesses, Feb 15, 2022, UFO Sighting News.
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A year on the Red Planet: NASA's Perseverance rover marks first anniversary of '7 minutes of terror' landing on the Martian surface - that has seen it drive two miles, collect six rock samples, watch 19 helicopter flights and even make oxygen - PART I
NASA's SUV-sized Perseverance rover landed on the surface of the Red Planet a year ago today, on February 18, 2021 following a 'seven minutes of terror' descent.
Soon after arriving in Martian orbit, Perseverance shot like a speeding bullet through the atmosphere at 12,000mph and successfully deployed the sonic parachute which slowed it down to make a soft landing on the surface.
It descended on the parachute, the backshell separated and the sky crane maneuver carried Perseverance to the ground attached to long nylon cables.
Perseverance touched down at the base of an 820ft-deep crater called Jezero, a dried up river delta that would have been filled with water 3.5 billion years ago.
Its first act, and the first part of its mission, was to release the Ingenuity helicopter, the first flying vehicle to take off and land on another planet.
During its year on Mars, Perseverance has been incredibly busy, capturing images of rocks, monitoring the Ingenuity flights, and even creating oxygen from Martian air.

NASA's SUV-sized Perseverance rover landed on the surface of the Red Planet a year ago today, on February 18, 2021 following a 'seven minutes of terror' descent. Artist impression of the landing

Perseverance touched down at the base of an 820ft-deep crater called Jezero, a dried up river delta that would have been filled with water 3.5 billion years ago. Its first act, and the first part of its mission, was to release the Ingenuity helicopter, the first flying vehicle to take off and land on another planet
NASA's Ingenuity helicopter has completed 19 flights on the Red Planet to date, and is now helping scout out locations for Perseverance to study, including checking the safety of terrain
Before it started its mission to find signs of life, Perseverance's first job was one of calibration - phoning home to make sure equipment was working, and testing onboard systems. It also had to deploy the tiny Ingenuity helicopter.
The rotor craft hitched a lift to Mars strapped to the belly of Perseverance, and was dropped off on the surface of Mars in March, with its first launch in April.
Before that, NASA captured panoramic images of the Jezero crater, as well as sending audio back recorded by microphones on Perseverance.
The first audio clip included the sounds of Perseverance grinding and squealing as it slowly moved across the Martian dirt
In the clip, shared by NASA, the rover's six tires can be heard 'banging, pinging and rattling' through the dirt of Jezero crater 239 million miles away from Earth.


NASA's Perseverance rover is slowly trekking across Mars, but we can now hear its tires rolling in the dirt from 239 million miles away
NASA engineer Dave Gruel said on Earth if you heard those sounds you'd pull over and call for a tow' but on Mars they 'make perfect sense'.
Perseverance, also known as 'Percy,' also shared its first encounter with a dust devil that moved right to left behind its robotic arm as it began driving on the Red Planet.
Early in April, shortly before Ingenuity launched, Perseverance sent back a weather report, finding air temperatures dropped from -4F to -14F in just 30 minutes.
It also took its first selfie, which has become an iconic part of NASA rover missions since Curiosity landed in Gale Crater in 2011.
The two snaps show Perseverance's remote sensing mast, which hosts many of the rover's cameras and scientific instruments.
They were taken with the SHERLOC WATSON camera, located on the turret at the end of the rover's robotic arm.
After several delays, Ingenuity finally took to the Martian sky on April 19, firing up its rotors and lifting itself 10 feet into the air.
Once airborne, it hovered for five seconds, made a 96-degree turn and floated for another 30 seconds before landing back down on the surface.
The flight, according to NASA, was flawless. It was a gentle take off, with a little push by the wind when it climbed higher altitudes, but was very steady with just the tiniest bounce upon landing.
The dusty piece of Martian landscape where NASA achieved this flight has been name the 'Wright Brothers field' in honor of the two men who performed the first flight of a powered aircraft on Earth.

Portrait of the Artist as a Young Bot: WATSON digital image shows part of the Perseverance rover on the Jezero Crater, Mars

The Mars Environmental Dynamics Analyzer (MEDA) system aboard the Perseverance rover captured the surrounded temperatures for 30 minutes February 19 at around 10:25pm ET (pictured)
'While these two iconic moments in aviation history may be separated by time and 173 million miles of space, they now will forever be linked,' NASA Associate Administrator for Science Thomas Zurbuchen said at the time.
Among the glitz of flying on another world, NASA also had another major breakthrough during these first few months - creating Oxygen.
Among a range of science experiments on the rover is MOXIE, a small, gold box-shaped instrument that used electrolysis technology to generate oxygen.
MOXIE, or the Mars Oxygen In-situ Resource Utilization Experiment, produced 5.4 grams of oxygen in an hour by pulling in CO2 and converting it to the life giving chemical during its first test on the Red Planet.

The four-pound helicopter fired up its rotors and lifted itself 10 feet into the air where it hovered for five seconds, made a 96-degre turn and floated for another 30 seconds before landing back on the Martian surface during its first flight

Ingenuity also snapped an image showing the moment before its landing legs touched back down after what is being called a 'Wright Brothers moment'
This version is capable of producing up to 12g of oxygen per hour, or about 288g per day. Astronauts on the ISS consume an average of 840g of O2 every day.
'This is a critical first step at converting carbon dioxide to oxygen on Mars,' said NASA's Jim Reuter, adding it will make future human missions more viable
Soon after the first flight, the Ingenuity launches came thick and fast, with the second a few days later, going higher and performing a tricky sideways tilt.
The fourth flight also gave us audio, captured by Perseverance, of the helicopter's rotors as it soared 262ft above the surface.
While in the air, the helicopter's blades spin at 2,537 rpm and faint humming is heard throughout the audio clip.
Ingenuity's flights are challenging because of conditions vastly different from Earth's - foremost among them a rarefied atmosphere that has less than one per cent the density of our own.
And this hinders the ability to capture clear audio on the Red Planet.
David Mimoun, a professor of planetary science at Institut Supérieur de l'Aéronautique et de l'Espace (ISAE-SUPAERO) in Toulouse, France, and science lead for the SuperCam Mars microphone, said: 'This is a very good surprise.
'We had carried out tests and simulations that told us the microphone would barely pick up the sounds of the helicopter, as the Mars atmosphere damps the sound propagation strongly. We have been lucky to register the helicopter at such a distance.
'This recording will be a gold mine for our understanding of the Martian atmosphere.'
Perseverance entered the science phase of its mission in May, testing the ancient lakebed that makes up Jezero crater using its onboard instruments.
A camera called WATSON on the end of the rover's robotic arm has taken detailed shots of the rocks, with extra data coming from a pair of zoomable cameras.

Perseverance, also known as 'Percy,' shared its first encounter with a dust devil that moved right to left behind its robotic arm

The Jet Propulsion Laboratory tweeted: 'I spy with my little eye…a rover,' sharing the image taken by Ingenuity as it flew above the Martian surface showing the rover in the top left corner, in an image taken from the Mars Reconnaissance Orbiter

The high resolution camera allowed NASA to zoom in and show the SUV-sized Perseverance rover despite it being over 200ft away from the helicopter
The Perseverance team tweeted: 'The time has come: I'm switching from on-scene photographer to science investigator. Did this ancient lakebed ever have life? The tools I brought will help begin the hunt. I'm a bot on a mission.
By its 100th day on Mars, Perseverance had sent back 75,000 photos of the planet, around the time Ingenuity switched from being a simple 'technical demonstration' to its new role as scout.
NASA said this was the point where the 'science can begin', and started with pictures of the rocks on the floor of the crater.
In July, Ingenuity was used to capture photos of an area named 'raised ridges' within the crater, that may have been caused by wind and dust, or possibly water once flowing through the now dry Jezero Crater.
Thanks to Ingenuity, NASA is effectively able to be in 'two in places at once' with its Perseverance mission, both at the Crater Floor Fractured Rough and Ingenuity flying close by.
Perseverance failed in its first attempt to gather a sample of rock from the Red Planet, as the material didn't react as expected during the coring phase.
The percussive drill, coring bit and sample tube processing all worked ‘as intended, but data shows the sample tube was empty following extraction.
After testing, NASA blamed the unusually soft, powdery rock on the surface of Mars for the sampling fiasco that saw Perseverance fail to collect its first specimen.
Perseverance made another attempt at the end of August and was successful.

Future astronauts travelling to the Red Planet can 'breathe easy' after NASA's Perseverance rover made history by creating oxygen from Martian CO2 using this small device attached to Perseverance

NASA released 'surprising' audio captured from its Perseverance rover, which was parked 262 feet from the helicopter as it soared through the thin Martian atmosphere during its fourth flight on April 30
The US space agency tweeted from the Perseverance account: 'I've got it! With better lighting down the sample tube, you can see the rock core I collected is still in there. Up next, I'll process this sample and seal the tube.'
Perseverance's target was a briefcase-sized rock nicknamed 'Rochette' from a ridgeline that is half a mile (900 meters) long.
On August 6, Perseverance had drilled into much softer rock, and the sample crumbled and did not get inside the titanium tube.
The rover drove half a mile to a better sampling spot to try again, finding success the second time around.
Its third attempt was also a success, taking another sample from the same large boulder that gave the first sample - but a week later.
Initial tests from those first two samples, named 'Montdenier' and 'Montagnac,' revealed they have a basaltic composition, which scientists say may have formed from ancient lava flows and could provide a timeline of the ancient lake – from when it formed to when it disappeared.
NASA already knows the crater was once filled with water, but for how long remains a mystery.
But the level of alteration that scientists see in the rock that provided the core samples – as well as in the rock the team targeted on their first sample-acquisition attempt – suggests that groundwater was present for a long time.
A month later, using detailed images from space, in combination with data from rock samples, scientists at MIT revealed Jezero was a quiet lake 3.7 billion years ago, but a flash flood crashed large boulders into the delta.

NASA's Ingenuity helicopter took pictures of the 'Raised Ridges' area on Mars. The ridges may have been caused by wind and dust or possibly water that once flowed in the now-dry Jezero Crater

NASA's Ingenuity helicopter made its seventh successful flight on Mars in June, this time landing in an airfield that had only previously been seen by a Mars orbiter
They found that during its time as a lake the Jezero crater was steadily fed by a small river, with occasional flash flooding events forcing the water to flow over the edge.
This flooding was energetic enough to sweep up large boulders from tens of miles upstream and deposit them into the lakebed, where the massive rocks still lie today.
By November 2021 Perseverance had collected its third rock sample, and Ingenuity had completed its 15th flight - lasting two minutes.

NASA's Perseverance Mars rover used its dual-camera Mastcam-Z imager to capture this image of 'Santa Cruz' a hill about 1.5 miles (2.5 kilometers) away from the rover

The percussive drill, coring bit and sample tube processing all worked ‘as intended, but data shows the sample tube was empty following extraction during the first core sample test. Pictured is the hole Perseverance made to collect core samples


After analysing the initial data, the researchers revealed that the rock sample was softer than expected and didn't make it into the tube
By the end of 2021, Perseverance had driven 1.8 miles, collected six rock samples and set a record for the longest drive in a single Martian day.
Jessica Samuels, Perseverance surface operations mission manager at NASA's Jet Propulsion Laboratory in Southern California, described it as a 'busy 10 months.'
'It has been a year of perseverance. From operating during Covid, to challenges with sampling, to interpreting scientific results, it is a fitting name for the vehicle, and for the team as well.' she said in a video shared by NASA.
The sixth sample of rock proved to be one of the hardest - as parts of it became stuck within the tube socket - causing NASA to develop systems to 'shake it out'.

In this image released by NASA, Perseverance rover shows a sample tube with its cored-rock contents inside; the bronze-coloured outer-ring is the coring bit, the lighter-coloured inner-ring is the open end of the tube, and inside is a rock core sample

In this image released by NASA, the drill hole from Perseverance's second sample-collection attempt can be seen in a rock
A year on the Red Planet: NASA's Perseverance rover marks first anniversary of '7 minutes of terror' landing on the Martian surface - that has seen it drive two miles, collect six rock samples, watch 19 helicopter flights and even make oxygen - PART II
NASA's SUV-sized Perseverance rover landed on the surface of the Red Planet a year ago today, on February 18, 2021 following a 'seven minutes of terror' descent.
Soon after arriving in Martian orbit, Perseverance shot like a speeding bullet through the atmosphere at 12,000mph and successfully deployed the sonic parachute which slowed it down to make a soft landing on the surface.
PART II
On December 29, while retrieving a sample from a rock, its sixth so far, NASA engineers found they couldn't get the rock to go into the storage area.
This was due to a pebble-sized piece of debris obstructing the robotic arm, blocking the entrance to the tube docking area - nearly a month later, this has been solved.
NASA used an untested 'un-choking procedure', that involved pointing the drill containing a clogged test tube towards the ground and rotating it at high speed.
This caused the pebbles to fall out, and land back on the surface of the Red Planet, even preserving the tube for use in another sampling mission.
Perseverance hit the same rock, named 'issole' again in January, to finally get a sample of Mars, finding the rock covered in 'drill and abrasion marks' that resemble a shocked face.
'This rock almost looked surprised that I was coming back! Thankfully, I was able to collect another sample here to replace the one I discarded earlier,' NASA tweeted from the Perseverance account on January 31.
'This may be one of the oldest rocks I sample, so it could help us understand the history of this place.'
It has been storing these samples in titanium, germ, free tubes inside its casing, but will eventually release them on the surface to be collected by a future rover.
NASA aims to gather at least 20 samples with a variety of material that can be brought back to Earth for further analysis.
NASA has teamed up with the European Space Agency (ESA) for the follow up mission to retrieve the samples, with at least two crafts expected for the project.

NASA's Perseverance rover finally 'spit out' a piece of Mars rock that had clogged its main sampling tube, allowing it to continue searching for ancient signs of life

NASA 's Perseverance rover has finally taken its sixth successful sample of rock from the Martian surface, after managing to shake off pebbles stuck in its tubes
The sample tubes that Perseverance will be placing rock and soil samples into are the 'cleanest things ever created on Earth'.
This is because NASA wants to check whether they contain ancient Martian life and so it had to be created so they wouldn't be contaminated by Earth DNA.
Lockheed Martin won the contract to develop a small ascent vehicle, that will be the first rocket to blast off from another planet - likely by the end of this decade.
When in space, it will dock with a European Space Agency spacecraft, that will bring the samples back to Earth for scientists to study up close and personal.
That is if Elon Musk doesn't make it to Mars and back first. The world's richest man, and founder of SpaceX, hopes to have an uncrewed Starship on Mars by 2026, and a crew by the end of this decade.
NASA and China are both planning to send a crew of astronauts to the Red Planet at some point in the 2030s, although no firm details have been revealed.