Podcasts about Magnetite

Coffee with Samso Episode 203 may well be one of the best ASX small-cap resource business in 2025, that is largely unknown to the general investing community. The Cyclone Metals Limited (ASX:CLE) is about the pedigree of the Iron Bear magnetite project. In Australia, the general ASX punter thinks of iron ore as haematite are greater than 62% Fe, but there is a new sheriff in town and he is called Magnetite. Where can you find a mineral resource business that is owned by a small cap junior with a market capitalisation of less than AUD $50M that has funding all the way through to mining and processing the high-grade iron pellets. Just remember that Cyclone Metals was a AUD $10M market cap company when it started the journey. The transitioning from haematite to magnetite in the iron ore industry is happening and it is largely driven by the depleting of high-grade haematite iron ore. - Paul Berend In this episode of Coffee with Samso we are talking to Paul Berend, Executive Director and CEO of Cyclone Metals Limited (ASX:CLE). Cyclone is a fascinating story of a junior aspiring to be a producer with a major, VALE, partnering with funding. A space in which most juniors would be struggling to find funding, CLE has a big brother taking care of all the bills. The Business of Cyclone Metals Limited. The steel producing industry is transitioning to low emission and the process of Direct Reduction (DR) steel production is the solution to a global reduction in emission for the typically high carbon emission business. . Direct Reduction steel production requires iron pellets that are very low in impurities and this is directly controlled by the quality of the source material. As Paul Berend explains, ....not all magnetite deposits are suitable for Direct Reduction Pellets which is why the Iron Bear deposit is perfectly aligned to allow this process to be achieved. Recent work by Cyclone Metals Limited has shown that the use of Direct Reduction on iron ore from Iron Bear can create iron pellets above 71% Fe content. According to Paul Berend, this is a very unique feature of the ore body. A feature that is not seen in many other iron ore resources and that includes those at Champion Iron. One statement that Paul proudly points out in the Coffee with Samso, and that is, The quality and the size of the Iron Bear Deposit moved the needled for VALE to take a position with Cyclone Metals. This is a great conversation with Paul Berend as he explains the story of Cyclone Metals clearly and in great details. Chapters: 00:00 Start. 00:08 Introduction. 04:10 Who is Paul Berend? 05:24 The Magnetite Story - Why Have We Not Embraced it Yet? 08:44 Transition of Value from Haematite to Magnetite. 09:41 Carbon Footprint of Magnetite. 10:07 Rise of Magnetite Projects? 10:33 Depletion of Brazilian High-Grade Iron Ores -The Reason why VALE is in CLE. 10:51 Importance of Direct Reduction (DR) Steel Production. 11:57 Only Way to Make Direct Reduction Steel - Premium of DR Pellets. 13:05 DR Pellet Market Comparison. 13:48 How Do You Make Direct Reduction Pellets. 15:14 Reason Why DR Pellet Production is Rare. 15:47 Comparison of Low Impurity Iron Deposits. 16:30 DR Player requires an ABILLITY To Reduce Impurities. 18:01 How much of the Current Resource will transition to Reserve Status. 19:08 Iron bear is a Low Stripping Ration deposit. 19:30 Metallurgy Will Increase the Economics of Iron Bear. 21:30 What is the main Business of Cyclone Metals ? Is it DR Production? 22:26 Is Iron Bear DR Capabilities why Vale is interested? 23:18 Iron Bear can supply high-grade iron ore all the way to DR levels. 25:07 How Did the Agreement with Vale Evolve ? 26:55 How important was the 10M ? 28:30 Earning a Mandate to Operate Socially. 29:25 Importance of the First Nations Conversations. 32:12 How Important is the relationship with First Nation Groups. 33:42 The Reasons why Vale could be the Reason for Success for Iron Bear. 36:24 Potentially One Technical Challenge for Iron Bear - Dry Tailings. 37:34 The Importance of Earning a Mandate To Operate 39:07 Twitter Shareholder Questions 39:27 Will the Trump Tariffs affect the Iron bear Business? 40:48 The Vison of Iron Bear - It is a Bigger project than Champion Iron. 41:58 Reducing the Carbon Footprint of a Manufacturing Hub in Northern America. 43:25 How much is the resource expected to be built up to? 43:58 Iron Bear is a Premium Magnetite project. 45:15 What cost will the hydroelectric power cost us per kilowatt? 46:51 Green Energy Narration - Magnetite Naturally Reduces Carbon Emission. 49:48 Discussion on iron ore prices. 54:23 Why is CLE still at 50M? 55:21 Why is the a feeling of disbelief in the Cyclone story? 58:02 The misunderstanding of the Iron Ore industry. 01:00:54 Takeaway. 01:01:18 Conclusion.   About Paul Berend Paul Berend brings over 25 years of leadership experience in the iron ore and steel industries, gained across blue-chip corporations and junior mining ventures. His corporate background includes senior roles such as GM Corporate Strategy at ArcelorMittal, GM Business Development at Rio Tinto Iron Ore and Director Australasia at Hatch. Paul is a passionate mining entrepreneur and was a founder and historic CEO of Trans-Tasman Resources Ltd (a titano-magnetite project in New Zealand ASX: MKR) and has played a key role in a number of private early-stage exploration ventures. In addition to his entrepreneurial work, Paul has a successful track record in turning around distressed producing mines and steel mills in difficult jurisdiction including Australia, PNG, Europe, GCC and Africa . He is a trusted advisor for Tier one natural resource companies, supporting operational, organisational and growth strategies. In this capacity, Paul's previous employers include McKinsey& Company and Partners in Performance. Paul has an MBA from HEC (Paris, France), a MSc and DEA (~PhD) in chemical process design and chemistry from ENSIC (Nancy, France), a bachelor's in applied mathematics and algebra from Harvard University (Cambridge, USA) and is a Graduate of the Australian Institute of Company Directors. He speaks native and English and French as well as professional German. About Cyclone Metals Limited Cyclone Metals owns and operates the Iron Bear magnetite iron ore project, formerly known as the Block 103 Project. The Iron Bear Project consists of ten licenses totalling 7,275 ha on 291 graticular Mineral Claims under the applicable Labrador and Newfoundland mining regulation, located near the Provincial border of Newfoundland and Labrador (NL) and Quebec (QC), approximately 30 km northwest of the town of Schefferville, QC and 1,200 km by air northeast of Montréal, QC. The Iron Bear properties are located within 25 km of an open access heavy haul railway which is directly connected to the Sept Isles and Pointe Noire iron ore export ports. In addition, the Iron Bear has potential access to cheap renewable energy from the Menihek hydro-plant located 75km away. These two factors substantially improve the prospects for eventual economic extraction of the Iron Bear mineral resource. Notably, large scale iron ore export operations currently operate in the Labrador Trough; including IOC (Rio Tinto), Champion Iron and Tata Steel; all sharing the same rail and port infrastructure. Highlights: World Class Iron Ore Project: Mineral resource of 16.6 billion tonnes containing 29.3% total Fe and 18.2% magnetic Fe, cut-off grade 12.5% magnetic Fe. Low OPEX: Estimated OPEX of USD 35.6/t3 FOB Pointe Noire for blast furnace concentrate due to access to low-cost hydropower Strategic Tier 1 Asset: Iron ore asset with flexible development scenarios and the potential to ramp up production to over 100 Mta Mining Friendly Jurisdiction and Proximity to Infrastructure: Iron Bear located in Canada, less than 25km from an open access heavy haul railway with proximity to low cost to hydro-power High Quality Product: Production of high quality magnetite concentrate grading 71,3% Fe and 1.1% SiO2 in industrial pilot plant Fast Track Project Development: Underpinned by the supply of bulk samples of DR and BF concentrates to mill clients by Q2 2024

Proactive's Tylah Tully unpacks the outlook for key commodities, focusing on battery metals and related critical minerals. Despite challenges in 2024, demand for materials like lithium, cobalt, copper, graphite, vanadium and nickel remains strong due to ongoing global decarbonisation and transport electrification. While lithium and nickel saw price corrections and slower EV sales impacted mining activities, long-term projections indicate sustained demand for these essential metals. Sovereign Metals Ltd continues advancing the Kasiya Project in Malawi, which holds the world's largest known natural rutile deposit and the second-largest flake graphite deposit. Kasiya integrates sustainable mining with conservation farming through its Pilot Mining and Land Rehabilitation Program. Sovereign aims to address the global demand for rutile and graphite while fostering community partnerships. Surefire Resources NL is developing the Victory Bore Iron-Vanadium-Titanium Project in Western Australia. Recent beneficiation of 700 kilograms of ore produced high-grade magnetite concentrate, which will undergo evaluation for downstream processing into vanadium pentoxide, ferrovanadium and other products. The project marks a milestone in Surefire's commercialisation efforts. Latrobe Magnesium Ltd is tackling magnesium supply chain gaps with its $57 million demonstration plant. Using fly ash waste, LMG's patented technology reduces CO₂ emissions by 60% and converts 100% of waste into saleable products. With global magnesium demand rising, LMG offers a sustainable alternative to China's supply dominance. #ProactiveInvestors #SovereignMetals, #SurefireResources, #LatrobeMagnesium, #ASX, #RareEarthElements, #CriticalMinerals, #KasiyaProject, #VictoryBore, #Magnetite, #Rutile, #Graphite, #MagnesiumProduction, #SustainableMining, #Decarbonisation, #EnergyStorage, #EVBatteryMetals, #GreenTechnologies, #CircularEconomy, #MineralExploration, #MiningUpdates, #ProactiveAustralia

Magnet (kr Magnetis lithos 'Magnesia kivi') ehk püsimagnet on keha, mis on püsivalt magneetunud ka siis, kui välist magnetvälja ei ole. Magnetid on ferromagnetilised kehad ja mõningad taevakehad (näiteks Maa ja Päike), mikromagnetid on elementaarosakesed ja nende süsteemid (aatomid, molekulid), millel on magnetmoment. Esimesed magnetid, mida õpiti tundma, on looduses leiduvad rauaühendid. Nüüdisajal valmistatakse magneteid peamiselt kõvadest ferromagneetikutest. Pehmeid ferromagneetikuid kasutatakse südamikena elektromagnetites; nende magneetumust saab muuta, muutes mähise voolutugevust. Magnetite ja elektromagnetite peamised rakendused on kompassid, elektrimõõteriistad, telefonid, valjuhääldid, helisalvestusseadmed, arvutite mäluseadmed, magnetilised elektronläätsed, elektrigeneraatorid ja -mootorid, elementaarosakeste kiirendid – võib lugeda Eesti Entsüklopeedia 6. köitest.Franz Mesmer (1734–1815) [1] oli saksa astroloog ja arst, kes sai tuntuks animaalmagnetismi hüpoteesiga – inimese väidetava võimega mõjutada teisi organisme oma magnetvälja abil. Selle teooria pinnal töötas Mesmer välja oma ravimeetodid ning oli nende rakendamisel vähemalt avalikkuse silmis märkimisväärselt edukas. "1784. aastal kirjeldas tunnistaja, et Mesmeril ei olnud vastuvõtul kunagi vähem kui 200 patsienti," kirjutab Vikipeedia [2]. Teaduslik establishment suhtus Mesmerisse skeptiliselt ning 1784. aastal kutsus kuningas tema teooria ja praktika paikapidavuse kontrollimiseks kokku komisjoni, kuhu kuulusid tolleaegse teaduse silmapaistvamaid esindajad: astronoom Jean Sylvain Bailly, keemik Antoine Lavosier, arst Joseph-Ignace Guillotin ja Ameerika saadik Prantsusmaal Benjamin Franklin. Komisjon ei toetanud animaalse magnetismi teooriat ja seletas patsientide paranemist nende "kujutlusvõimega".Tähenduse teejuhtide 242. vestlusringis rääkisime Mesmeri ja magnetismi erinevatest kokkupuutepunktidest füüsik Jaak Kikka ja füüsikaõpetajast semiootiku Mihkel Kunnusega. See duo oli stuudios kolmandat korda. Kahel eelmisel korral – "Otsatu potentsiaal" [3] ja "Absurdne loodus" [4] – rääkisime kvantfüüsikast.Head uudistamist!Hardo——————————————————[1] • Mesmer - Trailer [1] https://et.wikipedia.org/wiki/Franz_M...[2] • 92. Jaak Kikas ja Mihkel Kunnus, "Ots... [3] • 176. Jaak Kikas ja Mihkel Kunnus, "Ab... Hosted on Acast. See acast.com/privacy for more information.

This week Magnteite is stepping forward as the stone ally of the month. Enjoy this deeper message from The Stones Speak Oracle. Explore Further: Want to learn more about The Stones Speak Oracle? You can find it on my website here: https://loriaandrus.com/ssinfo/ Learn more about Lori here: https://loriaandrus.com Connect with Me: Instagram: / @loriaandrus Facebook: / @loriaandrus Subscribe, Like, and Share to spread the love! Let's embark on a transformative journey together. #magnetite #crystaloftheweek #crystalwisdom #crystaloracle #crystalhealing #stonehealing #stonemedicine #stonesspeakoracle #crystalenergy

Magnetite, the November stone ally, shares messages about balancing polarized energy and magnetizing magic in your life. Listen in as we explore its messages for the upcoming month. Explore Further: Dive deeper and Get to Know Your Stones with my Free 5-day Journey. Sign up Here: https://loriaandrus.com/crystal-challenge Want to learn more about The Stones Speak Oracle? You can find it on my website here: https://loriaandrus.com/ssinfo/ Learn more about Lori here: https://loriaandrus.com Connect with Lori: Instagram: / @loriaandrus Facebook: / @loriaandrus Subscribe, Like, and Share to spread the love! Let's embark on a transformative journey together. #magnetite #crystalwisdom #crystalhealing #stonehealing #stonemedicine #stonesspeakoracle #crystalenergy

Steve Swart was on the bandstand and in college at CMU just in time to see owner Harvey Vanier turn The Foolery into Rubbles. Mt. Pleasant has always been at the dead center of the state of Michigan when it comes to cross-over touring due to WCMU and the college music market. One quick look north from Kalamazoo, Ann Arbor, Detroit and Lansing, all eyes hit the college town. The blended artistry from roots folk, to deep blues, power pop, metal, and first generation punk all huddled in this marketplace, long after the '60s Flint scene dispersed.     Yes, you could see Texas blues man Gatemouth Brown, followed by funky rockin' Fishbone, and then a tour stop for the punk legends Dead Milkmen. Or how about Blues Brother Matt 'Guitar' Murphy? Verve Pipe? Etc...this was a Michigan hub town thanks to the venues, Theatres, and WCMU radio.    While Swart notes that much remains in historical value, the word-of-mouth of the area's scene is more of a recollection and myth, than the hub it once was. North of Mt. Pleasant lies Interlochen, which seems to have taken on the persona that Mt. Pleasant used to be known for. A quick look at Traverse City, Petoskey, Alpena, or over west to Big Rapids or Grand Rapids, or even east to the Tri-Cities and you can see speckles of the majestic college town scene. Swart is taking the Mt. Pleasant music history seriously and is not only documenting it, but releasing lost shows on YouTube. Steve has compiled a fantastic episode that not only covers his music, but some of his rock/metal expeditions (magnetite)--which is not rock/metal like you think ;) Tune in and check this out too! Here is his Link List for this episode: "Legacy of Harvey's Foolery":  https://www.facebook.com/groups/38403127560/ Youtube Playlist Legacy of Harvey's Foolery https://www.youtube.com/playlist?list=PLxX1AiehvuPKAgF_VtCwzWJ6iclZIJRY1 Clarke Historical Library website at CMU: http://www.clarkehistoricallibrary.org/p/about-us.html?m=0   Michigan bands that we hosted and recorded in concert at The Broadway Theatre in Mt Pleasant: Steppin' In It Levi Rose and Hooker Man Mollie O'Brien and Jive at Five Alma College Percussion and Drum Ensemble Jeff Haas Quintet with Marcus Belgrave THOSE Delta Rhythm Kings (Lansing area) Earl Haynes and Friends (subject of the song "Mr Easy" ala Walmsley/McCray) Brian Koehler Chris Freeman (Sitar) Myk Rise Hurry The Jug YouTube Playlist - Live at The Broadway 2003-2005:  https://www.youtube.com/playlist?list=PLxX1AiehvuPJkLJDeREK10heB0qEAfT3o

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson joins Proactive's Tylah Tully to discuss its renounceable rights issue, offering eligible shareholders the opportunity to purchase one new share for every five held at a price of $0.20 per share. This initiative aims to raise approximately $4.1 million before costs with funds intended to support the future development of the Razorback Iron Ore Project in South Australia, specifically targeting the completion of the project's definitive feasibility study (DFS) and securing necessary Mining Lease approvals. This rights issue follows a previous fundraising effort in July 2024, where the company raised $1.17 million from existing shareholders. Those shareholders are now eligible to receive one free option for every share purchased as a gesture of recognition for their support. The company sees the importance of strengthening its balance sheet to attract strategic partners and secure regulatory approvals for the Razorback project. #Proactiveinvestors #MagnetiteMines #ASX #RightsIssue #IronOre #MiningInvestment #RazorbackProject #Shareholders #CapitalRaising #FeasibilityStudy #MiningLease #StrategicPartnerships #JFEGroup #SteelIndustry #EquityMarkets #MiningFunding #ResourceDevelopment #AustralianMining #InvestorRelations #MiningNews #ProjectDevelopment #MiningOpportunities #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX: MGT) CEO Tim Dobson joins Proactive to discuss pioneering laboratory results showing the potential to produce premium 'Green Iron' feed grade magnetite concentrates from the Razorback Iron Ore Project using saline water. The concentrates achieved grades of 69.9% Fe and less than 2.0% silica + alumina, exceeding current requirements for Direct Reduction Iron (DRI) production. This development could significantly improve the Razorback Project's economics by reducing the need for fresh water and the costs associated with a large desalination plant. The saline water can be integrated with minimal changes to the existing process flowsheet. The company is seeking legal advice to patent this innovative approach. The bench-scale testwork demonstrated that saline water could be used to produce DRPF-grade concentrates from a bulk Iron Peak composite sample. Dobson highlighted the technical innovation's potential to simplify the project's water supply needs, potentially eliminating the requirement for a desalination plant by using seawater from the Upper Spencer Gulf. Further testwork is needed to confirm the efficacy across all parts of the Razorback and Iron Peak deposits. The flotation reagent modifications that led to these results are considered commercially sensitive, and the company is exploring intellectual property protections. #ProactiveInvestors #MagnetiteMines #ASX #IronOre, #GreenIron, #SalineWater, #MetallurgicalTest, #DRIPelletFeed, #RazorbackProject, #InnovativeMining, #SustainableMining, #SeawaterProcessing, #MiningEconomics, #IronConcentrate, #FloatationProcess, #MineralProcessing, #ResourceOptimization, #EnvironmentalImpact, #WaterConservation, #PatentPending, #Metallurgy, #MiningTechnology #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson joins Proactive's Jonathan Jackson to discuss a non-binding Memorandum of Understanding (MoU) with ZEN Energy, an Australian renewable energy company. The MoU aims to develop a Green Iron industry in South Australia using premium-grade magnetite concentrates and renewable energy. The agreement outlines potential collaborations, including energy offtake agreements, infrastructure sharing or leasing and partnering arrangements for MGT's Razorback Project. The companies also aim to participate in future Green Iron projects. Dobson emphasised the shared vision for a Green Iron industry, leveraging Razorback's magnetite concentrates and ZEN's renewable energy. This collaboration aims to position South Australia as a leader in exporting Green Iron, contributing to economic growth and a low-carbon future. In the announcement, Anthony Garnaut, CEO of ZEN Energy, highlighted the significance of the collaboration, noting that it represents a major new load to connect to the grid. The partnership aims to establish new value chains for Green Iron production, particularly around Port Pirie, supporting Australia's vision of becoming a renewable energy superpower. The MoU outlines collaboration on project development, funding, farm-in and farm-out options, co-venturing opportunities, knowledge sharing and partnering with governments. It also includes potential green iron project developments, such as pellet plants, DRI/HBI plants, hydrogen plants and logistics infrastructure. The MoU expires in July 2025 if no binding transaction is reached. South Australia's abundant renewable energy resources and plans for green hydrogen and iron position it well for sustainable steelmaking, potentially establishing the first green iron production facility by 2030. #ProactiveInvestors #MagnetiteMines #ASX #ZENEnergy, #GreenIron, #SouthAustralia, #RenewableEnergy, #MemorandumOfUnderstanding, #RazorbackProject, #SustainableSteel, #HydrogenEnergy, #ElectricArcFurnace, #LowCarbon, #EconomicGrowth, #GreenSteel, #IronOre, #FutureTechnology, #EnergyCollaboration, #CleanEnergy, #EnvironmentalSustainability, #IronProduction, #ProjectDevelopment #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX: MGT) chair Jim McKerlie joins Jonathan Jackson in the Proactive studio to discuss the extension of the deadline for its 1 for 6 pro rata non-renounceable entitlement offer from July 12 to July 19. This extension allows investors additional time to consider the recent heads of agreement with JFE Shoji. Magnetite has partnered with JFE Shoji Australia Pty Ltd, a subsidiary of JFE Shoji Corporation under JFE Holdings, to develop the Razorback Iron Ore Project in South Australia. In return, JFE Shoji will receive magnetite offtake rights, with an option for equity or a joint venture agreement. McKerlie described the agreement as “enormously positive” for the company's future. He highlighted that the board extended the entitlement offer deadline to allow shareholders more time to understand the implications of this agreement. He encouraged eligible shareholders to participate in the offer. The Razorback Iron Ore Project aims to produce high-grade, low-carbon iron ore for green steel production. It has probable ore reserves of 2 billion tonnes and a mineral resource of 3.2 billion tonnes. The project plans to produce 5 million tonnes per year initially, scaling up to 10 million tonnes per year. The largely underexplored 110-kilometre strike zone offers potential for extended mine life. #ProactiveInvestors #MagnetiteMines #ASX #ASXMGT #JFShoji #IronOreProject #RazorbackIronOre #GreenSteel #Mining #ResourceDevelopment #EntitlementOffer #IronOre #MineralResources #Shareholders #Investment #OreReserves #MiningPartnership #SouthAustralia #MiningNews #ProjectDevelopment #EquityAgreement #JointVenture #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson joins Proactive's Jonathan Jackson to discuss a non-binding Heads of Agreement with JFE Shoji Australia Pty. Ltd. (JFE), a subsidiary of JFE Shoji Corporation. This agreement outlines the terms for negotiating a binding transaction. JFE will provide funding for the completion of the Razorback Iron Ore Project's Definitive Feasibility Study (DFS) and, in return, will receive rights to up to 10% of the ‘DR-grade' magnetite concentrate production over a 15-year period. JFE also has the option to convert these rights into equity or joint venture participation. Both companies aim to finalise a definitive agreement by January 31, 2025. Dobson highlighted the strong relationship formed with JFE over the past year and expressed optimism about the long-term collaboration and how the strategic alignment of the Razorback Project aligns with global decarbonisation efforts. South Australian Minister for Energy and Mining, Tom Koutsantonis, endorsed the agreement, aligning it with the state's Green Iron and Steel Strategy. This agreement follows extensive due diligence by JFE, including site visits since April 2023. The companies plan to develop the project through a joint venture, leveraging mutual strengths to meet the rising demand for green iron. #ProactiveInvestors #MagnetiteMines #ASX #JFE, #RazorbackProject, #IronOre, #MiningAgreement, #FeasibilityStudy, #JointVenture, #GreenIron, #Decarbonisation, #Steelmaking, #Australia, #Japan, #ResourceDevelopment, #StrategicPartnership, #MiningNews, #IronProduction, #SustainableMining, #EnergyAndMining, #Investment, #GlobalSteelmakers #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd CEO Tim Dobson talked with Proactive about the company's recent announcement of a $5 million rights issue. The funds will be used for working capital and advancing the Razorback project to the next stage. Eligible shareholders can purchase shares at $0.31 each, a 16.1% discount on the recent average price. Dobson highlighted the participation of the company's senior management in the offer, reflecting their confidence in the project's trajectory. He also detailed the use of previously raised funds to clear debt and progress government approvals and metallurgical test work. Significant progress has been made in optimizing the project, with a focus on producing high-quality magnetite concentrates and exploring cost-saving innovations like saline water processing. Moreover, Dobson shared that Magnetite Mines is in advanced negotiations with two strategic partners for substantial funding towards the final investment decision. He emphasized the alignment with both state and federal government initiatives to develop a green iron industry by 2030. In conclusion, Dobson underscored the company's commitment to moving forward with project approvals, positioning Magnetite Mines as a key player in the emerging green iron industry in Australia. "We have one of the best quality and largest deposits to feed this industry in Australia," said Dobson. Visit Proactive's YouTube channel for more videos. Don't forget to give the video a like, subscribe to the channel, and enable notifications for future content. #MagnetiteMines #TimDobson #RazorbackProject #MiningInvestment #GreenIron #MetallurgicalInnovation #CapitalRaise #IronOre #SustainableMining #ProactiveInvestors #InvestmentNews #MiningIndustry #AustralianMining #StockMarketNews #CEOInterview #ProactiveInvestors #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

The Daily Quiz - Science and Nature Today's Questions: Question 1: The Rafflesia Has The Largest Single Flower Of Any Plant In The World. Where In The World Does It Grow? Question 2: Magnetite, which is noted for its natural magnetism, is an important ore of which metal? Question 3: What is the word for a young bat? Question 4: What is the word for a female hog? Question 5: Where Is The Natural Habitat Of The Cheese Plant? Question 6: Nicolaus Copernicus, famous for his theory that the sun was at the center of the solar system, was born in which country in 1473? Question 7: Which branch of science is associated with the terms monocotyledon and dicotyledon? Question 8: What is auxology the study of? This podcast is produced by Klassic Studios Learn more about your ad choices. Visit megaphone.fm/adchoices

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson is back with Proactive's Elisha Newell to deliver the highlights of the company's latest quarterly report. The first three months of 2024 saw MGT make headway on several key endeavours as it continues to shape the cornerstone Razorback Iron Ore Project, where it's out to deliver premium ‘DR-grade' iron ore concentrates to support emerging demand from the decarbonising iron and steelmaking industry. Over the quarter, the company made headway on its strategic partnering discussions, with due diligence completed by several key groups and transactional negotiations in progress. This process took company reps to Japan and Saudi Arabia to engage in face-to-face meetings with some prospective partners, which accelerated relationships with several of MGT's target groups. Another highlight was a memorandum of understanding inked with the Port Pirie Regional Council, which positions the district as a future hub for green iron production and potential downstream processing. More broadly, Dobson says MGT is focused on aligning the company's vision with both state and federal governments to foster support for Razorback's development alongside the emerging ‘green iron' industry. Progress was also made on a key regulatory milestone: Magnetite Mines' Razorback mining lease proposal is now 90% complete, with submission expected during the current quarter. All things considered, Dobson says the iron ore hopeful is ramping up for another busy season as it works to bring its sustainable magnetite vision to life. #ProactiveInvestors #MagnetiteMines #ASX #SustainableProduction #StrategicPartnering #MiningLease #GovernmentSupport #MoU #GreenIronOre #RazorbackProject #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Lincoln Minerals Ltd (ASX:LML) CEO Jonathon Trewartha sits down with Proactive's Jonathan Jackson to shed light on the company's strategic advancements in the magnetite and graphite sectors. With its substantial 1.2 billion tonnes magnetite resource at the Eyre Peninsula Green Iron Project, Lincoln is entering the partnering phase to enhance the project's development potential. This initiative aligns with South Australia's decarbonisation efforts, positioning the company as a key player in the sustainable resources domain. Simultaneously, the Kookaburra Graphite Project has reported promising high-grade graphite intercepts, with results up to 30.5% Total Graphitic Carbon (TGC), extending the mineralisation and boosting the project's economic outlook. Lincoln Minerals is gearing up for a transformative phase, aiming to minimise shareholder dilution while advancing its key projects towards operational readiness. #ProactiveInvestors #LincolnMinerals #ASX #Magnetite #Graphite #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Could the secret to our connection with the universe be hidden inside our own brains? This week, I,invite you on a captivating exploration of magnetite, a magnetic mineral nestled within the human brain's ancient structures. As we unravel the mystery of these crystals, we'll delve into the profound implications of 7 billion tiny magnetite particles that could be influencing how we interact with the magnetic fields enveloping us. This isn't just a talk about crystals; it's a revelation about the fabric of our being and our potential to tap into unseen forces.From the depths of our midbrain to the complexities of the subcortex, we'll examine groundbreaking research from Germany, shedding light on our evolutionary connection to the Earth's magnetic field. Discover how these findings might illuminate our brain's magnetic materials, possibly impacting everything from our sense of direction to deeper, spiritual connections. There's magic within us, and it's time to uncover how these ancient brain structures could be the key to unlocking it. Join us for a Monday discussion that promises to alter your perception of the mind's hidden powers and the enigmatic presence of magnetite within us all.Support the show

Is it possible that the tiny magnetic particles in our brains are acting as antennae, tuning us into the mysteries of the universe? Could the very air we breathe in cities be altering our consciousness, leading us to strange and transformative experiences? Join us as we explore the frontiers of biomagnetism and the potential for unlocking hidden dimensions of human perception...Help Jwinch prevent child trafficking here! -- https://www.kalebhouse.org/LIVE ON Digital Radio! http://bit.ly/3m2Wxom or http://bit.ly/40KBtlWhttp://www.troubledminds.org Support The Show!https://www.spreaker.com/podcast/troubled-minds-radio--4953916/supporthttps://rokfin.com/creator/troubledmindshttps://patreon.com/troubledmindshttps://www.buymeacoffee.com/troubledmindshttps://troubledfans.comFriends of Troubled Minds! - https://troubledminds.org/friendsShow Schedule Sun-Mon-Tues-Wed-Thurs 7-10pstiTunes - https://apple.co/2zZ4hx6Spotify - https://spoti.fi/2UgyzqMTuneIn - https://bit.ly/2FZOErSTwitter - https://bit.ly/2CYB71U----------------------------------------https://troubledminds.org/attraction-and-repulsion-exploring-alchemical-biomagnetism/https://futurism.com/neoscope/air-particles-alzheimershttps://www.uts.edu.au/news/health-science/air-pollution-particles-linked-development-alzheimershttps://en.wikipedia.org/wiki/Biomagnetismhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC6208498/https://commonminerals.esci.umn.edu/minerals-g-m/magnetitehttps://www.smithsonianmag.com/smart-news/leaded-gas-poison-invented-180961368/https://theconversation.com/a-century-of-tragedy-how-the-car-and-gas-industry-knew-about-the-health-risks-of-leaded-fuel-but-sold-it-for-100-years-anyway-173395https://environmentalhistory.org/people/charles-f-kettering-and-the-1921-discovery-of-tetraethyl-lead/https://www.quantamagazine.org/how-the-physics-of-resonance-shapes-reality-20220126/https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6834646/https://en.wikipedia.org/wiki/Maghemitehttps://www.researchgate.net/publication/270821402_Magnetic_Properties_of_Maghemite_Nanoparticleshttps://www.researchgate.net/publication/262859328_An_unusually_thermally_stable_magnetite_from_a_niobium_mine_in_Brazilhttps://www.theverge.com/2023/2/20/23607336/embraer-patent-transcranial-stimulation-emotion-reading-airplane-passenger-seathttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC9216229/#:~:text=Haunted%20People%20Syndrome%20(HP-S,by%20paranormal%20beliefs%20and%20reinforcedhttps://www.nature.com/articles/s41526-020-00116-6https://www.hopkinsmedicine.org/health/conditions-and-diseases/anatomy-and-function-of-the-hearts-electrical-systemhttps://en.wikipedia.org/wiki/Type_3_diabetes

Magnetite Mines CEO Tim Dobson joins Proactive's Jonathan Jackson in the Australian studio to discuss a major milestone relating to Port Pirie and its standing as a green iron production hub. The company has signed an MoU with Port Pirie Council in South Australia, which will see MGT strategically engage State and Federal governments on the development potential for green iron production in Port Pirie. The MoU includes undertaking preliminary planning for future green iron production in PortPirie, including community and First Nations engagement. Dobson explains how the MoU can help with the SA Government's Green Iron & Steel Strategy and what a future green iron industry looks like. In the company's announcement, Dobson said, “We see a once-in-a-generation, economy-changing opportunity for South Australia to take a leading role in global steel sector decarbonisation thanks to its expansive magnetite resources, green hydrogen and renewable energy.” #ProactiveInvestors #MagnetiteMines #ASX #GreenIron #PortPirie #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd CEO Tim Dobson highlights the company's key achievements and future plans following the release of a second-quarter activities report. Dobson emphasized the company's strategic partnerships and technical advancements, particularly in water supply engineering for its Razorback Iron Ore Project. A significant accomplishment for the company was a successful capital raise, exceeding their target with $6.5 million, which closed in late November. This achievement was crucial, especially considering the challenging investment climate for micro-cap stocks on the ASX. Dobson also discussed Magnetite Mines' focus on developing relationships with strategic partners in Japan and the Middle East, driven by the growing demand for green steel. These regions, especially the Middle East, are rapidly investing in green iron production, making them prime markets for Magnetite Mines' high-grade iron ore from the Razorback project. Further, the interview touched on the company's negotiations for joint ventures, which are progressing well. These partnerships are vital for the project's long-term success and are being carefully cultivated, considering both technical and geopolitical factors. Additionally, Dobson highlighted a memorandum of understanding with Pacific Partnerships for financing and project collaboration. This partnership aligns with the company's large-scale infrastructure needs and its commitment to green steel and iron production in Australia. An essential aspect of the company's strategy is its focus on sustainability and responsible mining. This commitment is evident in their partnership agreement with the Ngadjuri Nation, emphasizing respectful and sustainable stakeholder relations. Lastly, Dobson addressed the challenge of water supply for mining operations in Australia. The company is exploring various options, including saline water processing, and is in discussions with the South Australian Government to support a multiuser water pipeline, which could provide a sustainable and scalable solution for water supply needs. #MagnetiteMines #TimDobson #MiningIndustry #GreenSteel #IronOreMining #SustainableMining #InvestmentStrategies #ASX #MicroCapStocks #CapitalRaising #StrategicPartnerships #Japan #MiddleEast #GreenIronProduction #RazorbackProject #JointVentures #PacificPartnerships #NgadjuriNation #AustralianMining #WaterSupplySolutions #SalineWaterProcessing #MiningTechnology #CorporateSustainability #DefinitiveFeasibilityStudy #GreenIron #SteelIndustry #MiningInnovation #ProactivInterview #ProactiveInvestors #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines CEO Tim Dobson sits down with Jonathan Jackson in the Proactive studio to discuss the formalisation of the ‘Walking Together – One Team Partnering Agreement' with the Ngadjuri Nation Aboriginal Corporation, the Native Title holders of the land where Magnetite's Razorback Iron Ore Project in South Australia is situated. The agreement is expected to yield long-lasting benefits for Magnetite and the Ngadjuri Community and resonates with Magnetite's advanced sustainability initiative. Dobson speaks about fostering a mutual dedication to equality, trust and culturally respectful practices with the Ngadjuri Community. The agreement has been two years in the making and the partners will work closely on the development of the Razorback and Iron Peak mines, including supporting infrastructure, future mining projects, exploration activities, land management and the economic and social progress relevant to Ngadjuri Country and interests. #ProactiveInvestors #MagnetiteMines #ASX #Magnetite #RazorbackIronOreProject #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Cyclone Metals Ltd (ASX:CLE) CEO Paul Berend speaks with Proactive soon after welcoming 'world-class' results from the first phase of metallurgical test work conducted on its flagship Block 103/Iron Bear Magnetite Iron Ore Project in Canada. The DR magnetite concentrate produced during the test work is set to be Cyclone's premium magnetite ultra-low silica product, used as a feed for high-value DR pellets. The estimated market price for this DR magnetite concentrate is US$167 per tonne CFR China, representing a premium of US$30 a tonne above the 62% iron benchmark. #ProactiveInvestors #CycloneMetals #ASX #Magnetite

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson speaks to Thomas Warner from Proactive after the iron ore project developer announced an oversubscribed rights issue that raised $6.5 million, $300,000 above the original target. Dobson expresses gratitude toward existing shareholders and welcomed new investors, saying that the company's work at the Razorback Iron Ore Project in South Australia is in a promising phase. Mahe Capital Pty Ltd acted as the lead manager and underwriter to the offer. The interview also covers the Annual General Meeting (AGM) held in Adelaide, where Dobson reports high shareholder support for company resolutions, including approval of the remuneration report, signalling improved shareholder relations after last year's first strike under ASX rules. Key shareholder inquiries addressed at the AGM revolved around the Razorback Project, particularly its water sourcing and the definitive feasibility study (DFS). Dobson reassures investors about the project's robust financial model and strategic partnerships for the DFS, aligning with the final investment decision. Furthermore, Dobson outlined Magnetite Mines' expanding international outreach, with upcoming meetings in Tokyo and the Middle East to secure strategic partners, reflecting growing global interest in green iron ore. #MagnetiteMines #TimDobson #MiningIndustry #EquityCapitalMarkets #ASX #ShareholderConfidence #AnnualGeneralMeeting #AGMHighlights #IronOreProjects #GreenSteel #SustainableMining #StrategicPartnerships #InvestorRelations #RazorbackProject #ResourceSector #MiningCEOInterview #ProactiveInterview #CapitalRaisingSuccess #GlobalMiningTrends #GreenIronOre #ProactiveInvestors #iron #ironore #greeniron #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson tells Proactive the company has signed a non-binding Memorandum of Understanding with Pacific Partnerships - a subsidiary of CIMIC Group. The purpose of the agreement is to support the development and – potentially – financing of the Razorback Iron Ore Project as well as to establish a foundation for Early Contractor Involvement. #ProactiveInvestors #MagnetiteMines #ASX #IronOre #RazorbackProject #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson talks Proactive through the company's activities for the quarter ending September 30, 2023. He says the strategic and JV partnering process is accelerating with strong incoming interest from high-profile domestic and international parties. Meanwhile, following the end of the period, the company launched a renounceable rights offer to raise up to $6.2 million. #ProactiveInvestors #ASX #MGT #JointVenture #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

In this interview, learn more about MacArthur Minerals' (TSXV: MMS | ASX: MIO | OTCQB: MMSDF) unique journey in iron ore, gold, and lithium exploration in Australia and the USA  with Executive Chairman & CEO Cameron McCall and Consulting Project Manager Joe Phillips.Both Mr. McCall and Mr. Phillips talked about the firm's high-grade magnetite resource of 1.3 billion tonnes and nickel discovery at the Lake Giles Iron Project in Western Australia. Learn more: https://macarthurminerals.comWatch the full YouTube interview here: https://www.youtube.com/watch?v=6XyYOxRC4l8And follow us to stay updated: https://www.youtube.com/@GlobalOneMedia?sub_confirmation=1

Join hosts John and Susan as they delve into the mysterious world of magnetite particles in the human brain. From their role in our cognitive processes to their influence on our sense of direction, this thought-provoking podcast explores groundbreaking research, unanswered questions, and the potential for enhancing brain power and treating neurological disorders. Tune in to Subliminal Universe to unravel the enigmatic connection between magnetite and the human mind.

In this episode Barry chats to Paul Berend, CEO of Cyclone Metals (ASX:CLE)

⭐Subscribe to The Crystal Clarity podcast on Apple Podcast, or Spotify Watch the episode here on YouTube! Love the show? Subscribe, rate, review, & share! CCP Blog - Episode 8 Holes in the Aura. Repair with these 3 Stones. Embark on an extraordinary metaphysical journey in Episode 8 as we delve into the incredible power of three remarkable stones, capable of repairing holes in the aura and mending leakages in the body's energetic protective layers. Gain valuable insight into the circumstances that contribute to these vulnerabilities and the spiritual and physical experiences they may entail. Explore the fascinating workings of each stone, also uncovering an array of bonus options to consider. And prepare to be astounded by the ONE automatic solution that fills and restores these energetic voids, effortlessly. Spotting the Need for Repair In various circumstances, individuals may require assistance in healing their energetic field. Situations where ceremonies or rituals were not adequately tended or conducted without proper preparation can give rise to these vulnerabilities. Travel, particularly to significant locations or during intense experiences, can also contribute to the formation of these energetic holes. Initiatory experiences, trauma, abuse, substance abuse, medical trauma, and accidents are additional factors that may leave individuals with openings in their aura and energetic layers. By recognizing the signs exhibited by those in need of repair, such as symptoms of PTSD, memory loss, confusion, fear, weakness, and difficulties in decision-making, we can gain a deeper understanding of the profound impact caused by these energetic voids. 1. Hematite Botryoidal Hematite is my first choice and primary stone. Iron emerges as a powerful element capable of filling all holes and acting as a source energy. Hematite, an iron oxide stone, plays a crucial role in repairing and grounding the aura. Its weight provides a sensory element, reminiscent of a comforting weighted blanket. Magnetite, another iron-rich stone, offers magnetic properties that can be harnessed in the healing process. Additionally, certain iron meteorites can be used effectively, although caution must be exercised to ensure the absence of detrimental energies. Hematite, with its innate grounding energy, enables automatic healing as the holes naturally begin to fill. 2. Rhodonite Rhodonite is my second choice and my assistant stone in the formula. Characterized by its pink and black composition, Rhodonite possesses remarkable wound healing properties. As a manganese silicate, it fills and holds the heart's energy, much like iron does for blood. Rodonite also contains calcium, providing a skeletal structure upon which growth and progress can occur. The silicate component harmonizes and regulates the stone, making it an essential assistant to hematite in the healing process. Its origin story, in which manganese-rich sludge fills cracks and fissures, solidifies Rodonite's association with filling, mending, and repairing. 3. Opal Opal is my third stone choice. It's also my transformer. It marks the timing and says, let's create new beginning, a new phase of healing. With its yin energy, Opal symbolizes filling, holding, and repair. Formed when silica-rich sludge hardens within cracks, veins, and holes, opalizing materials such as seashells and wood exemplify its restorative properties. Opal fosters hope and signifies the start of new beginnings, making it a valuable addition to any healing formula. Precious Opal, with its mesmerizing play of colors, amplifies the transformative nature of this stone, creating an atmosphere of miracles and rainbow-like hope. Honorable Mentions In addition to the three primary stones discussed, there are several honorable mentions worth exploring for their healing properties and contributions to repairing the aura. Kyanite Often referred to as the "collagen of stones," acts as a bridge, filling gaps and connecting fragmented elements together. Its ability to mend situations, such as leaky energy flow, makes it an invaluable component in repairing and harmonizing the aura. Kyanite's blue variety is particularly effective in aligning all chakras, facilitating communication between different energetic layers. Mica Commonly associated with protective qualities, focuses on the membranes surrounding the body. It supports the strengthening and rebuilding of these energetic layers, acting as a shield against external influences. Mica's reflective nature helps to deflect negative energies and maintain the integrity of the aura, promoting overall energetic well-being. Sphalerite A powerful crystal known for its iron content. With its remarkable strength and the presence of zinc, sphalerite possesses the ability to effectively fill up these energetic holes with its iron properties. Additionally, the stone carries a subtle touch of sulfur, imbuing it with a cleansing and clearing energy. This unique combination provides not only the healing and restoration of the aura but also a sense of purification and entity cleansing. If you resonate with these qualities, sphalerite might be the perfect stone for you. Pyrite Another noteworthy stone to consider is General Pyrite, which consists of iron and sulfur. By harnessing the power of iron it contributes to the filling and repair of energetic holes. Moreover, the sulfur component adds a unique quality of burning away, chelating, and clearing energy. This combination of iron and sulfur infuses a potent energy that promotes both healing and purging of energetic blockages. By harnessing the power of these stones, individuals experiencing holes in their aura can initiate a transformative healing journey. Remember to choose stones that resonate with you personally and work with them in meditation, energy healing practices, or by carrying them with you throughout the day. Embrace the power of these stones and witness the positive impact they can have on your energetic well-being.

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson and general manager for sustainability Allan Kane join Proactive to introduce the company's foresight sustainability platform. The bespoke platform is designed to spotlight Magnetite's commitment to ESG initiatives as it brings the cornerstone Razorback Iron Ore Mine through design and delivery and into production. Dobson says strong ESG performance represents one of the mining industry's most significant opportunities for long-term value creation. #ProactiveInvestors #MagnetiteMines #ASX #ESG #Sustainability #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson talks Proactive through the updated project economics for the company's flagship Razorback Iron Ore Project. He says the update combines the successful delivery of the optimisation study phase with a just-announced maiden ore reserve for the high-quality Iron Peak deposit. Upcoming milestones include completion of a DFS for the project and commencing a formal partnership process #ProactiveInvestors #MagnetiteMines #ASX #RazorbackProject #magnetite #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Hi Bitch, this episode is about crystals and that's just what it is and idk what else you want from us. It couldn't be hotter right now when we're writing this. Literally, Boston and NYC are on fire and we don't have a/c, and what crystal solves that problem? IDK. Probably Consciousitems.com knows. Or maybe it's ice? No idea. Help us. The crystals in question for this kiddy-pool-level deep dive include Labradorite, Moldavite, Magnetite, Que Sera, and Obsidian.Cameos include:A crystal quiz turned "beach people" roast sessionHow to charge and cleanse your crystal from two bitches who don't know shit about crystals. But it's really about the intention if you paid attention to the episode Shitting on obviously whitewashed crystal information sources - TLDR: if it's from goop.com it's appropriatedUs trying our best to personify crystals............idkQuill's eventual black cat coincidentally named Obsidian What crystal do we use to magically record and plan the next 5 episodes because we're BEHIND? lol

Magnetite Mines Ltd (ASX:MGT) CEO Tim Dobson speaks to Proactive at the 2022 edition of Resourcing Tomorrow, brought to you by Mines and Money. He shares updates into the developments of its projects that could potentially create ‘a century of production' and expands on the complexities of the operation.

Dumortierite, Magnetite, Blue Peruvian opal. The lucky gemstone mine the gold stone property in Idaho the largest turtle crinoids, Chalcopyrite & more. Thank you for liking and subscribing until next time remember rockhounds don't die they petrify

Magnetite from Tennant Creek is being loaded at Darwin Port. High cost of herbicide slows battle against gamba grass 

Macarthur Minerals: Why are Twiggy and Gina investing in magnetite iron ore? Could this be the next big magnetite mine? Listen to ASX-listed Macarthur Minerals Executive Chairman Cameron McCall talk to Matt Birney on the Bulls N' Bears Report about Macarthur's magnetite iron ore project in WA that boasts over a billion tonnes in resources.  See omnystudio.com/listener for privacy information.

This episode discusses The Stone Tape Theory and uses Lodge Alley in Charleston, South Carolina as a study for the theory. You can always become a sponsor the Stories in the Cemetery Podcast by going to Anchor.fm and searching the name of the podcast. Sponsorships buttons are available. See the blog post for this episode on www.storiesinthecemetery.com along with our other Ghost Hunting 101 posts and Paranormal Investigations. Or if you'd like to see/hear more about the Interactive Ghost Hunting Experiences, visit the same website and click the "Let's Go Ghost Hunting" tab. Resources used to create this episode and blog post: References for The Stone Tape Theory Bos, P. B. (n.d.). The Stone Tape Theory. Retrieved June 6, 2022, from Haunted Walk: https://hauntedwalk.com/news/the-stone-tape-theory/ Danielson, L. (n.d.). Using GIS to Analyze Relationships to Explore Paranormal Occurrences in the. Retrieved from http://gis.smumn.edu/GradProjects/DanielsonL.pdf Lucia. (2020, March 9). How Does It Work?: The Stone Tape Theory, Residual Hauntings and the Deep Influence of Memory and Emotion. Retrieved from Ghost in the Machine: https://theghostinmymachine.com/2020/03/09/how-does-it-work-the-stone-tape-theory-residual-hauntings-and-the-deep-influence-of-memory-and-emotion/ ParaPedia. (n.d.). Theory behind Limestone Quartz and Magnetite. Retrieved June 6, 2022, from ParaPedia: http://www.panicd.com/encyclopedia/theory-behind-limestone-quartz-and-magnetite.html Potter, C. (2004, October 14). Were Pittsburgh's original finished roads and streets paved with cobblestone, Belgian block or some other type of brick? Retrieved from Pittsburgh City Paper: https://www.pghcitypaper.com/pittsburgh/were-pittsburghs-original-finished-roads-and-streets-paved-with-cobblestone-belgian-block-or-some-other-type-of-brick/Content?oid=1336413 References for Lodge Alley SC Picture Project. (2022). Lodge Alley. Retrieved from SC Picture Project: https://www.scpictureproject.org/charleston-county/lodge-alley.html Zierden, M., Calhoun, J., & Paysinger, E. (1983). Archaeological Investigation at Lodge Alley. Charleston, South Carolina. Retrieved from https://www.charlestonmuseum.org/assets/pdf/ArchaeologyReports/Lodge%20Alley%201983%20-%20AC%205.pdf References for Cesium Foist, L. (n.d.). What is Cesium Used for in Everyday Life? Retrieved June 22, 2022, from Study.com: https://study.com/academy/lesson/what-is-cesium-used-for-in-everyday-life.html Nelson, R. (n.d.). Cesium FAQ. Retrieved June 22, 2022, from Rochester: https://www.cs.rochester.edu/users/faculty/nelson/cesium/cesium_faq.html U.S. Geological Survey. (2018, June 14). Mineral Resource of the Month: Cesium. Retrieved from Earth Magazine: https://www.earthmagazine.org/article/mineral-resource-month-cesium/ --- Send in a voice message: https://anchor.fm/storiesinthecemetery/message Support this podcast: https://anchor.fm/storiesinthecemetery/support

04 Jul 2022 - Magnetite Mines Limited (ASX:MGT) new board member Simon Wandke discusses his background, what he will bring to the company and the company's outlook.

PREMIERE For our new reference entry in Annuna Music's 017 catalogue, we welcome Tats K with a sublime 3-track EP. Born in Japan, Tats K is a newcomer to the scene, but he's already making avant-garde musical bombs of impeccable taste. On this EP, the Japanese artist demonstrates the intention with which he comes to this moment, sublime melodies and hypnotic, highly emotive atmospheres. All the tracks begin with broken rhythms and galloping mystical mantras, gradually opening up to a shimmering dawn, and as his chants embrace you, the mist rises to a shimmering cerulean sky. This artist is here to stay in Annuna, he is already one of our family, we hope to enjoy him for a long time to come. Enjoy! Release date: 17 June 2022 Buy link: https://www.beatport.com/release/till-the-dawn/3747700 in collaboration with Deep House Ibiza (DHI official) play ☑ like ☑ share with your friends ☑ | THANKS FOR YOUR SUPPORT |

Magnetite Mines: Magnetite iron ore is in vogue and this company has plenty  Listen to ASX-listed Magnetite Mines CEO Stephen Weir talk to Matt Birney on the Bulls N' Bears Report about the fascinating financial metrics of the company's massive magnetite iron ore deposit.   See omnystudio.com/listener for privacy information.

Macarthur Minerals: Why are WA billionaires turning to magnetite iron ore?  Listen to ASX-listed Macarthur Minerals CEO Andrew Bruton talk to Matt Birney on the Bulls N' Bears report about Macarthur's $800m magnetite iron ore project that will flood $1.5b into government coffers in taxes and royalties.  See omnystudio.com/listener for privacy information.

In this episode Barry chats to Mark Eames technical director at Magnetite Mines (ASX:MGT)

Peter Wale, Executive Director of Strategic Minerals #SML discusses the successful extension of its access to the magnetite stockpile at Cobre due to the recently announced rollover to 31 March 2023 until 31 March 2027. Cobre Update From 2017, Clovis Hooper, the President of the Company's 100% owned subsidiary Southern Minerals Group LLC ("SMG"), and John Peters, Strategic Minerals plc's Managing Director, have repeatedly sought an exclusive, longer-term extension of access to the magnetite stockpile at Cobre.  The certainty of access from an exclusive extension is desirable to SMG and the Company, as it not only provides long term cash flow for both but establishes a framework in which SMG can more aggressively seek additional sales, through its ability to provide long term certainty of supply. Until now, the stockpile owner had been reticent to provide longer term access to allow for the possibility of reorganising its mining activities, conducted nearby the stockpile.  However, the good will built up during the ten years of operations, combined with the impeccable work undertaken by the SMG team, ensuring contactless and safe operations throughout the pandemic, have resulted in this milestone extension. Given that, historically, March and early April are the busiest times for operations at Cobre, a concerted marketing program is being planned for May of this year.  Sales at Cobre have recovered to previous levels after the dip experienced from October 2021 through to January 2022. The combination of the extension of access and the planned marketing programme is expected to reflect in sales growth in the second half of the year.

22 Mar 2022 - Magnetite Mines Limited (ASX:MGT) Technical Director Mark Eames discusses the business case for further expansion of the Razorback Iron Ore Project in South Australia from three million tonnes per annum to seven million tonnes per annum.

Astrological Notes for Monday, February 21st, 2022 for All Signs ·   Date: Monday, 21st February 2022 ● Movement of planets: The Sun is in Pisces, and the Moon changes from Libra to Scorpio. Sun: 02 degrees Pisces Conjunct Saturn Moon: 02 degrees Scorpio Opposing Uranus in Taurus Mercury: 07 degrees Aquarius Opposition to the Moon Venus: 20 degrees Capricorn Conjunct Mars  Mars: 20 degrees Capricorn Jupiter: 12 degrees Pisces  Saturn: 17 degrees Aquarius Square North Node of the Moon in Taurus Uranus: 11 degrees Taurus  Neptune: 22 degrees Pisces  Pluto: 27 degrees Capricorn  South Node: 26-degrees Scorpio Retrograde  North Node: 26-degrees Taurus Retrograde Learn more about your ad choices. Visit megaphone.fm/adchoices

Astrological Notes for January 20th, 2022 for All Signs ·   Date: 20th January 2022 ● Movement of planets: The Sun moves from Capricorn into Aquarius, and together with Mercury and Saturn, form a stellium in this sign  Sun: 00 degrees Aquarius Conjunction Mercury and Pluto  Moon: 00 degrees Virgo Trine Mars and Opposition Jupiter Mercury: 6 degrees Aquarius RETROGRADE Square Uranus Venus: 12 degrees Capricorn RETROGRADE Trine Uranus  Mars: 27 degrees Sagittarius Square Neptune Jupiter: 4 degrees Pisces  Saturn: 14 degrees Aquarius Square Uranus Uranus: 10 degrees Taurus   Neptune: 21 degrees Pisces  Pluto: 26 degrees Capricorn  South Node: 28-degrees Scorpio Retrograde  North Node: 28-degrees Taurus Retrograde Lilith: 1 degrees Cancer Learn more about your ad choices. Visit megaphone.fm/adchoices

16 Dec 2021 - Magnetite Mines Limited (ASX:MGT) Technical Director Mark Eames discusses the global move towards low-emission steel and the implications for Australia's iron ore exports.

In 1992, scientists discovered that the human brain contains millions of magnetite crystals. Here's the story, the Clubhouse conversation and the magickal implications. https://www.christianwitches.com HOP IN the Christian Witches Club on Clubhouse: https://www.clubhouse.com/club/christian-witches Initiation in the Christian Witches Mystery School: https://www.christianwitches.com/initiation Christian Witches Ritual & Retreat on the Winter Solstice: https://www.christianwitches.com/events Christian Witches Starter Kit of Books: https://www.amazon.com/dp/B08RMPXV1R?binding=kindle_edition&ref=dbs_dp_rwt_sb_tukn You are loved! Blessed Be, Christian Witches https://anchor.fm/christianwitches --- Support this podcast: https://anchor.fm/christianwitches/support

14 Oct 2021 - Magnetite Mines Limited (ASX:MGT) Executive Chairman and CEO Peter Schubert and Technical Director Mark Eames introduce the company's flagship Razorback project in the Braemar formation 240km north-east of Adelaide.

Welcome to the water treater's favorite podcast, Scaling Up! H2O. I'm your host, Trace Blackmore and for my long-time listeners, today's show is going to be a little bit different because for the first time ever,  I'm re-releasing one of our most listened to episodes for our newer listeners.  I recorded this show on October 27th, 2017 and upon listening to it again, I can see why it is one of our most shared and most downloaded episodes. There are so many good questions that the Scaling Up Nation submitted, and I'm grateful for the opportunity to answer them. My hope, when I first created this podcast, was to inspire a love of learning for any of its listeners. So please join me as I answer your questions, and if you have a new question for me, please reach out, I'd love to do some research and answer your questions on a future episode! Thank you for listening! Your roadside friend, as you travel from client to client.   -Trace    Timestamps:  What are LSI, RSI, and PSI? [5:12] How do I attend Association Of Water Technologies (AWT) Events if I'm not a member? [14:55] Get to know your tests [18:40] What should clients do before a boiler inspection? [23:22]  Do I really need my Certified Water Technologist (CWT) or LEED Green Associate (LEED GA)? [28:04] Copper and iron [32:00] What is ORP and how do you check it? [39:15] What is the best biocide for my cooling tower? [46:08] What's in Trace's Test Kit? [53:02] What is Magnetite? [1:01] James' Challenge: Calculate the softening capacity of your water softener(s) based upon incoming water. [1:10]   Quotes: “We're all trying to make the entire industry better.” - Trace Blackmore “If you are sloppy on your procedures and your measurements, your margin of error is going to multiply greatly.” - Trace Blackmore “Why would you want to be mediocre?” - Trace Blackmore “I'm doing this show to give you a push to do something new and get better.” - Trace Blackmore “One of my favorite things to do is to work with other water treaters.” - Trace Blackmore “I want to make sure the show stays fun for you and stays fun for me.”  - Trace Blackmore “My goal is to pour my heart and soul into each episode.”  - Trace Blackmore “I truly enjoy teaching and inspiring people to be better than they were.”  - Trace Blackmore   Links Mentioned: Audible  AWT Hatch Water Analysis Handbook Certified Water Technologist (CWT) LEED Green Associate (LEED GA) PPM vs. ORP Chart Oxidation-Reduction Potential Rechargeable and Portable Light The Rising Tide Mastermind Submit a Show Idea Wilfred Langelier's Saturation pH (pHs) Equation: 12.3-(log CaH + log Malk + (0.025xC˚) – (0.011x√TDS)  Events: WWA Water Infrastructure Conference, Phoenix, AZ (September 12-15)  ASHE 2021 Annual Conference, Nashville (August 8- 11) and Virtual (September 15-17)

Did you know that we have magnetite crystals inside our brains? Magnetite is a mineral made up of iron oxide but it has equal amounts of iron (ii), which is ferrous oxide, and iron (iii) which is ferric oxide. Ferric oxide has three electrons--represented by the number 3 and one of those came from ferrous oxide--represented by the number 2. Both produce numerous types of materials such as plastics, heat-absorbing glass, ceramics and even rubber. Special high purity iron oxides are used in the production of ferrites, a type of ceramic magnet used in electronics such as speakers, TVs and computer memory cores. Magnetite is found in all types of rocks--igneous, metamorphic and sedimentary and yes it is magnetic. And this stuff is in our bodies and more primarily, our brains. Physics Today published an article back in 2018 titled 'Mapping magnetite in the human brain.' In 1992, researchers discovered the magnetic crystal in human brain tissue and it's thought to have formed biogenically with some possibly originating in ferritin which is an intracellular protein that is found in many organisms. The article goes on to say that various studies have shown that brain cells respond to external magnetic fields. There's also a link between elevated levels of magnetite and neurodegenerative diseases. Researchers noted that there were elevated levels of magnetite in brain tissue from Alzheimer's disease patients. Two scientists from the Ludwig-Maximilians University of Munich, geophysicist Stuart Gilder and neuroscientist Christoph Schmitz, carried out the first systematic mapping of magnetite nanoparticles in the human brain. They found magnetite concentrated in the same places in the seven brains they analyzed. They noted that the magnetite was mostly in the cerebellum and brain stem and that there was a striking asymmetry in the distribution of the magnetite particles between both hemispheres of the brain. In animals such as homing pigeons and honeybees, magnetites enable them to sense magnetic field lines. As for humans, we don't seem to sense those magnetic fields. Perhaps we are simply not in tune with our bodies anymore? Think of when a natural disaster is about to happen and animals start to flee. This is because they are able to sense a disturbance, but we are unable to. For more information, explore the links in the podcast description. LINKS https://info.noahtech.com/blog/what-is-the-difference-between-ferrous-and-ferric-oxide https://physicstoday.scitation.org/do/10.1063/PT.6.1.20180830a/full/ https://physicstoday.scitation.org/doi/10.1063/1.2897947 Photo in podcast cover from Arkenstone https://www.irocks.com/minerals/specimen/46980 About Getting Stoned. Getting Stoned is a podcast about gems, minerals, and fun conversations that may go off-topic--but that's perfectly fine. The mission of this podcast is to encourage folks to explore the wonderful world of crystals, gems, minerals, and the various ways they are used in life, technology, and more. For more information on sponsoring, merch, and YouTube, visit gettingstoned.online.

Magnetite Mines: 68.5 per cent FE – that's almost pure iron! Listen to ASX-listed Magnetite Mines Technical Director, Mark Eames talk to Matt Birney on the Bulls N' Bears Report about Magnetite Mines' plan to make around $140m a year after tax from its massive magnetite iron ore deposit in South Australia. See omnystudio.com/listener for privacy information.

Strengthening your intuition has a lot to do with trusting your intuition. Did you know the universe helps us along? Tiny crystalized bits of magnetite in our brain and pineal gland have already been discovered in science. Magnetite is one of the most magnetic crystals on earth. Put that together with the earth's electromagnetic field and we have an interesting connection. In this episode, we'll take a look at the metaphysical properties of magnetite and how it's used for opening and balancing your 3rd eye. Also known as the sixth chakra, is a doorway to your intuition. When you trust your intuition, you see the possibilities. It's much easier to take action when you have confidence in your choices. Affirmation: I trust my intuition and expand my mind to see the possibilities.Support the show (https://www.paypal.com/cgi-bin/webscr?cmd=_s-xclick&hosted_button_id=9KH86UYLN4H4J&source=url)

Listen to all of these very different ideas come together as one synchronized group working together to help with turning waste into recycling and then into fuel! --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

Manchmal sind es die kleinen Dinge, die große Wellen schlagen: die erste Folge biophon erzählt die Geschichte eines unscheinbaren Steines aus der geologischen Tiefkühltruhe der Erde, der nichts weniger als eine der fundamentalsten Fragen der Menschheit beantwortet - oder doch nicht? Clara und Erik laden Euch auf eine Reise durch das Hin- und Her der wissenschaftlichen Forschung ein und zeigen, wie neue Erkenntnisse Euphorie auslösen und wieder dämpfen können. Quellen:McKay, D. S. et al. (1996). Search for past life on Mars: possible relic biogenic activity in martian meteorite ALH84001. Science. http://doi.org/10.1126/science.273.5277.924Buseck, P. R. et al. (2001). Magnetite morphology and life on Mars. PNAS. http://doi.org/10.1073/pnas.241387898McKay, C. P. Et al. (2003). Magnetotactic bacteria on Earth and on Mars. Astrobiology. http://doi.org/10.1089/153110703769016361Bildquellen:NASA, Public domain, via Wikimedia CommonsAudio:William J. Clinton Presidential Library, https://www.youtube.com/watch?v=pHhZQWAtWyQ

Forgetability The valley of forgetability (The Core) between science-respecting sci-fi (e.g. Arrival) and totally bonkers nonsense (e.g. Jupiter Ascending). Space shuttle Landing the “flying brick.” Bird navigation Magnetite beaks. The possibility of quantum eyeball magnetic navigation HUDs. Corvid appreciation. Why birds don’t all fly into our windows and our eyeballs. Pacemakers Keeping your heart on-rhythm. Not as immediate a death sentence as portrayed. Earth’s outer core The absurd energies in the spinning of Earth’s core - a ball of iron the size of Mars, spinning a thousand miles an hour That’s a whole lot of energy. If it doesn’t sound like much, let’s convert it to megatons: it’s the equivalent energy of five trillion one megaton bombs going off. Phil Plait on the spinning outer core Phil Plait's Bad Astronomy Review of The Core: BadAstronomy.com Support the show!

Freehill Mining’s chief executive officer Peter Hinner speaks with Small Caps about the company’s ongoing exploration success at the high-grade Yerbas Buenas magnetite project in Chile. Freehill’s project and experienced board have attracted the attention of professional investor Gavin Ross who visited the project earlier this year and proclaimed it had “huge potential” with the advantage of “exceptional cost logistics and location”.The project has a resource of 67Mt at 19.1% iron and 24.2% mass recovery. It is also prospective for copper and gold.

Podcast: History of the Earth (LS 42 · TOP 1.5% what is this?)Episode: Episode 397 CarbonatitesPub date: 2018-04-30Notes from Listening Post:Thorium Carbonatites are strange igneous rocks made up mostly of carbonates – common minerals like calcite, calcium carbonate. Igneous rocks that solidify from molten magma usually are high-temperature rocks containing lots of silicon which results in lots of quartz, feldspars, micas, and ferro-magnesian minerals in rocks like granite and basalt. Carbonatites crystallize from essentially molten calcite, and that's really unusual. Most carbonatites are intrusive, meaning they solidified within the earth, and it wasn't until 1960 that the first carbonatite volcano erupted in historic times, proving that they form from cooling magma. The eruption at Ol Doinyo Lengai in Tanzania occurred on a branch of the East African Rift System, and most carbonatites are associated with these breaks in continental crust where eventually a new ocean may form. Mt Lengai, Tanzania, photo by Clem23 (Creative Commons License - source) Eruptions at Lengai, whose name means “mountain of god” in the Maasai language, are the lowest-temperature magmas known because calcite melts at a much lower temperature than silica-rich compounds, around 510 degrees C versus 1000 degrees or more for most magmas. It isn't even red-hot like most lava flows. A simple and early interpretation of carbonatites was that they represented melting of limestone, but geochemical data indicate that they really do come from primary igneous material that probably originated in the mantle. Exactly how they form is debated, in part because they are so rare, but one idea is that they result from special cases of differentiation within more common magmas, or maybe an example of certain chemicals – the carbonates – separating out in an unusual way. Another unusual aspect of carbonatites is the minerals associated with the dominant calcite. It's common to get rare-earth compounds, tantalum, thorium, titanium, and many other minerals that are unusual in high concentrations in other settings. The Mountain Pass rare-earth deposit in California, once the largest producer of rare earths in the world, is in a Precambrian carbonatite. Rare earths are used in lots of modern technologies, including turbines for wind energy, batteries in electric car motors, cell phones, solar cells, and eyeglasses. Rare earths are also produced from the Mt. Weld carbonatite in Western Australia, but it's more famous for its tantalum, an element that's vital in capacitors for cell phones, video games, and computers. Australia has by far the greatest reserves of tantalum, but mining didn't begin until 2011 and production is just now ramping up. The United States, which is 100% dependent on imports for tantalum, imports most of it from Brazil, Rwanda, China, and Kazakhstan. Magnetite is a common associated mineral in carbonatites, and at Magnet Cove, Arkansas, there's enough to give the name to the place. It's also rich in titanium, often in the form of the mineral rutile, titanium dioxide. When I was there on a geology field trip in 1969, I remember walking into the Kimzey Calcite Quarry. It was like walking into a giant calcite crystal, with gigantic cleavage faces the size of a person or bigger. We collected lots of cool rutile and pyrite crystals. More common economic minerals can be associated with carbonatites as well. At one in South Africa the main products are copper and vermiculite. While I said earlier that carbonatites are really rare, there are still a few dozen known. It's possible that their rarity is a reflection of the fact that calcite is much more easily eroded and dissolved than the typical basaltic rocks that derive from most volcanoes, so they may simply be poorly preserved. —Richard I. Gibson The podcast and artwork embedded on this page are from Richard I. Gibson, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Learn about whether humans have an internal compass; how long a flu virus can last in the environment; and whether creativity and mental illness actually go hand in hand. In this podcast, Cody Gough and Ashley Hamer discuss the following stories from Curiosity.com to help you get smarter and learn something new in just a few minutes: Do Humans Have An Internal Compass? — https://curiosity.im/36NcJha  Here's How Long a Flu Virus Can Last in the Environment — https://curiosity.im/2Q0Y6B2  Do Creativity and Mental Illness Go Hand in Hand? — https://curiosity.im/2Q0TV81 Please vote for Curiosity Daily in the 2019 Discover Pods Awards! We're a finalist for Best Technology & Science Podcast. Every vote counts!https://awards.discoverpods.com/finalists/

It's October, time for our annual tradition of ghost stories, tales of hauntings, and other other spooky topics. Tonight we'll discuss the Bell Witch of Tennessee Tonight's crystal is Magnetite, a greyish-black stone that can help protect from spiritual and other magical attack. Pastor Jon Saint Germain of the Divine Harmony Spiritual Church in Knoxville, Tennessee is the Voice of the Crystal Silence League and author of CRYSTAL MAGIC: DIVINATION, HEALING AND SPELLCRAFT WITH GEMS AND MINERALS, providing Spiritual guidance on the practical use of crystals and crystal balls in the development of mental concentration and mind power, silent influence over others, divination and scrying of the future, and telepathic contact with people and spirits. His latest book is LITHOMANCY: Divination and Spellcraft with Stones, Crystals and Coins. We love to hear from you, so please keep in touch! Rev Saint Germain can be reached at the Crystal Silence League Facebook page http://facebook.com/crystalsilenceleague or at his personal Facebook page http://facebook.com/jonsaintgermain Post your prayers at The Crystal Silence League -- www.crystalsilenceleague.com --and Rev. Jon may read them aloud on the show! Tune in every Tuesday to the CSL Hour at 5pm PT, 8pm ET, online.

Carbonatites are strange igneous rocks made up mostly of carbonates – common minerals like calcite, calcium carbonate. Igneous rocks that solidify from molten magma usually are high-temperature rocks containing lots of silicon which results in lots of quartz, feldspars, micas, and ferro-magnesian minerals in rocks like granite and basalt. Carbonatites crystallize from essentially molten calcite, and that’s really unusual. Most carbonatites are intrusive, meaning they solidified within the earth, and it wasn’t until 1960 that the first carbonatite volcano erupted in historic times, proving that they form from cooling magma. The eruption at Ol Doinyo Lengai in Tanzania occurred on a branch of the East African Rift System, and most carbonatites are associated with these breaks in continental crust where eventually a new ocean may form. Mt Lengai, Tanzania, photo by Clem23 (Creative Commons License - source)Eruptions at Lengai, whose name means “mountain of god” in the Maasai language, are the lowest-temperature magmas known because calcite melts at a much lower temperature than silica-rich compounds, around 510 degrees C versus 1000 degrees or more for most magmas. It isn’t even red-hot like most lava flows. A simple and early interpretation of carbonatites was that they represented melting of limestone, but geochemical data indicate that they really do come from primary igneous material that probably originated in the mantle. Exactly how they form is debated, in part because they are so rare, but one idea is that they result from special cases of differentiation within more common magmas, or maybe an example of certain chemicals – the carbonates – separating out in an unusual way. Another unusual aspect of carbonatites is the minerals associated with the dominant calcite. It’s common to get rare-earth compounds, tantalum, thorium, titanium, and many other minerals that are unusual in high concentrations in other settings. The Mountain Pass rare-earth deposit in California, once the largest producer of rare earths in the world, is in a Precambrian carbonatite. Rare earths are used in lots of modern technologies, including turbines for wind energy, batteries in electric car motors, cell phones, solar cells, and eyeglasses. Rare earths are also produced from the Mt. Weld carbonatite in Western Australia, but it’s more famous for its tantalum, an element that’s vital in capacitors for cell phones, video games, and computers. Australia has by far the greatest reserves of tantalum, but mining didn’t begin until 2011 and production is just now ramping up. The United States, which is 100% dependent on imports for tantalum, imports most of it from Brazil, Rwanda, China, and Kazakhstan. Magnetite is a common associated mineral in carbonatites, and at Magnet Cove, Arkansas, there’s enough to give the name to the place. It’s also rich in titanium, often in the form of the mineral rutile, titanium dioxide. When I was there on a geology field trip in 1969, I remember walking into the Kimzey Calcite Quarry. It was like walking into a giant calcite crystal, with gigantic cleavage faces the size of a person or bigger. We collected lots of cool rutile and pyrite crystals. More common economic minerals can be associated with carbonatites as well. At one in South Africa the main products are copper and vermiculite. While I said earlier that carbonatites are really rare, there are still a few dozen known. It’s possible that their rarity is a reflection of the fact that calcite is much more easily eroded and dissolved than the typical basaltic rocks that derive from most volcanoes, so they may simply be poorly preserved. —Richard I. Gibson

In this episode, Teresa and Kim discuss the crystal Magnetite.  If it does a small portion of what it is purported to, it is one of the most valuable minerals in the world.    Sources: Magnetite in the Human Brain – SedonaAnomalies.weebly.com The Lore & Lure of Ley Lines by Benjamin Radford – www.LiveScience.com Magnetite Healing … Continue reading #16 Magnetite – I am feeling all right! →

Black Gold: This rare form of Magnetite has the unique ability to attract and re-radiate large amounts of beneficial cosmic energy. To enhance the strength of your home’s incoming source energies. In this episode we discuss its' properties, the applications in Vastu and how to create the STEALTH effect for your home.

Black Gold: This rare form of Magnetite has the unique ability to attract and re-radiate large amounts of beneficial cosmic energy. To enhance the strength of your home’s incoming source energies. In this episode we discuss its' properties, the applications in Vastu and how to create the STEALTH effect for your home.

In this episode we discuss Hematite, Magnetite, Piezoelectricity & where to place these precious stones in the home for maximum Vastu effectiveness.

In this episode we discuss Hematite, Magnetite, Piezoelectricity & where to place these precious stones in the home for maximum Vastu effectiveness.

Ice, Hematite, Magnetite, Corundum varieties of ruby and sapphire, and a handful of other oxides.

Transcript -- Larry Taylor reflects on types of rocks on the Moon and the contrast between the lunar highlands and the maria.

Larry Taylor reflects on types of rocks on the Moon and the contrast between the lunar highlands and the maria.

Mon, 4 Feb 2013 12:00:00 +0100 https://edoc.ub.uni-muenchen.de/16197/ https://edoc.ub.uni-muenchen.de/16197/1/Eder_Stephan.pdf Eder, Stephan ddc:550, ddc:500, Fakultät für Geowissenschaften

Magnetväli Kuul. Magnetite maailm. Keelevara

Magnetväli Kuul. Magnetite maailm. Keelevara

In this week's episode, we will review breaking Dolphin News from around the world, focus our Science Spotlight on dolphins and whales in the Middle Ages, and in our Kids' Science Quickie, we'll discuss magnetite File Download (27:03 min / 18.5 MB)

Magnetite is a widespread accessory mineral in rocks and soils. As was first shown by Lowenstam (1962), magnetite frequently forms also by biochemical processes, with varying degrees of control of the organisms over the mineralization process. Lowenstam distinguishes between biologically induced (BIM) and biologically controlled mineralization(BCM). The former refers to processes with no biological control, and the later to processes with strict metabolic and genetic control. In this thesis, two examples of biogenic magnetite with eminently different magnetic properties are studied. One is magnetite as found in so-called magnetotactic bacteria; the second example is magnetite as identi¯ed in tissue of pigeon's heads. In the first part of this work, the results of a series of rock magnetic measurements on concentrated samples of pure magnetotactic bacteria will be presented. These bacteria offer a unique opportunity to study the process of biologically controlled mineralization, since these organisms synthesize intracellular particles of magnetite or greigite arranged in chains, that give the bacterium the characteristic property of a swimming compass needle. The magnetic crystals, so-called magnetosomes, are magnetically speaking stable single-domain particles, characterized by a size such that the particles have minimum induced magnetization and maximum permanent magnetic moment (i.e. particle size between 30 and 130 nm). The bacteria studied here have been harvested in sediments from lake Chiemsee. They were extracted from the sediments and concentrated to an extent that enabled a detailed characterization by macroscopic magnetic measurements. The so-called Bacteriodrome was used to concentrate samples of approximately 10E7 cells. Different magnetic criteria, aiming to specifically identify bacterial magnetite in sediments, have been tested, including: (1) acquisition and demagnetization of isothermal remanent magnetization (IRM); (2) acquisition of anhysteretic remanent magnetization and (3) thermal dependence of low temperature saturation IRM, after cooling in zero field (ZFC) or in a 2.5 T field (FC) from 300 to 5 K. The best method turns out to be the so-called delta-delta test (dFC/dZFC), first proposed by Moskowitz et al. (1993), and based on the low temperature variation of the SIRM, measured both in a strong field (FC) and in zero field (ZFC). At the Verwey transition (ca. 120 K) the d-value for each curve is determined and the d-ratio (dFC/dZFC) calculated. Values exceeding 2, are indicators for the presence of chains of stable single-domain particles, which form only under strict biological control. However, it is shown that the suitability of rock magnetic techniques to detect and characterize biogenic magnetite in bulk, natural samples such as lake sediments is still limited, due to diagenetic processes and the occurrence of other non-biogenic magnetic minerals, which blur the distinct magnetic properties of the former. The only certain proof for bacterial magnetite is the optical identification -although time consuming and tedious- by Transmission Electron Microscopy. The magnetite inclusions found in pigeon tissue are very different in their magnetic properties with respect to bacterial magnetite. With their small grain size (between 2 and 10 nm), these particles fall within the superparamagnetic size range and are characterized by a large induced magnetization and no permanent magnetic moment. The pigeon magnetite is concentrated in spherical clusters of approximately 1-3 micrometers in diameter. The response of these clusters to magnetic fields has been simulated by spherules of ferrofluid. Depending on their geometrical arrangement these spherules show peculiar magnetic properties. Based on these properties, three models have been developed experimentally and theoretically with respect to a possible application as biological sensory elements. The magnetic properties of the sensory models are tested in the light of behavioral experiments conducted in the past on homing pigeons and migratory birds. In these experiments, the birds were exposed to defined magnetic fields to specifically affect a magnetite-based magnetoreceptor. As will be seen, most of the responses of the birds observed in the behavioral experiments can be explained by simulating the effects of these magnetic treatment on ferrofluid spherules.

The present work combines palaeomagnetic and rock magnetic methods with clay mineralogy, isotope geochemistry of clay minerals and trace element geochemistry of Fe-oxide leachates to study remagnetised sedimentary rocks from Palaeozoic outcrops in Middle and Eastern Europe. Three areas were selected (NE Rhenish Massif, Barrandian and Holy Cross Mountains), where the causes of Late Palaeozoic remagnetisations are yet unclear. The results yield important implications for the processes and mechanisms responsible for the remagnetisations in the areas studied. NE Rhenish Massif: A Late Carboniferous remagnetisation (component B) is identified in Late Palaeozoic carbonate and clastic rocks from the NE Rhenish Massif. Three individual incremental regional fold tests across the area show a unique and distinctive variation in timing of remagnetisation relative to the age of folding. The remagnetisation is postfolding in the South and of synfolding origin in the North of the area. Consequently, the timing and the duration of the remagnetisation event is constrained by the age of folding, which varies throughout the area and reflects a northward migration of the deformation front during 325 Ma to 300 Ma. Comparison of the resulting palaeolatitude of the NE Rhenish Massif with the palaeolatitudinal drift history for the region yields an estimate for the age of remagnetisation of ca. 315 - 300 Ma, which is in good agreement with the age of deformation. The concordance of the magnetic palaeoinclinations obtained from the entire area indicates that the rocks were remagnetised during a relatively short period of only a few My. The thermal stability of the remanence up to 550°C the comparably low palaeotemperatures in the studied region and the short duration of the remagnetisation event favour a chemical remagnetisation process. Rock magnetic experiments reveal a complex magnetomineralogy of the remagnetised Palaeozoic sediments from the NE Rhenish Massif. The dominant carrier of the Carboniferous magnetisation component is magnetite, but pyrrhotite and hematite accompany magnetite as carrier of the NRM in some grey carbonates and red sandstones or red nodular limestones, respectively. The hysteresis ratios, magnetic viscosity and low temperature behaviour of the carbonate rocks give strong evidence for the presence of very fine grained (superparamagnetic) magnetic minerals. This material is also thought to be responsible for similar rock magnetic properties of siliciclastic rocks. This interpretation, however, is not unique for the siliciclastic rocks, due to the predominance of detrital MD magnetite and the high amount of paramagnetic material. The hysteresis ratios from medium to coarse grained rocks and reef carbonates fall in or close to the fields of MD magnetite and remagnetised carbonates, respectively. The fine grained clastic rocks (siltstones) and limestone turbidites have intermediate hysteresis properties. This implies the presence of very fine grained magnetic material in all lithologies of the NE Rhenish Massif, which is indicative for authigenic growth of magnetic minerals and formation of a CRM. However, the magnetic fingerprint of SP grains gets increasingly disguised with increasing amount of detrital MD magnetite in clastic rocks. K-Ar dating of

The Earth's magnetic field is generated by the motion of liquid iron-rich material in the outer core. One of the most drastic manifestations of the dynamics in the outer core are polarity reversals of the magnetic field. The processes controlling geomagnetic reversals, however, are still poorly understood. The mathematical formulation of the dynamics of the liquid outer core show such a degree of complexity that a universal numerical model still remains elusive. Given that the last reversal occurred about 780,000 years ago, direct observations of a reversal have never been possible. Thus we are left with records of ancient reversals recorded in sequences of sedimentary and igneous rocks. Documenting any systematics in reversal processes will provide substantial information about the outer core and core mantle boundary conditions. However, despite the advances in deciphering the behaviour of the field during polarity transitions, reversal records yield controversial results and thus answers to several key questions are still enigmatic. Detailed studies of palaeodirectional and absolute palaeointensity patterns of geomagnetic reversals are scarce and are restricted to the Cenozoic so far. In order to verify or reject concepts developed on the basis of this dataset, reversal records which occurred in the more distant geological past of the Earth are needed. This work presents the results obtained from the Siberian Trap Basalts (Russia) which are coeval with the Permo-Triassic boundary (250 Ma). The sequence yields the by far oldest hitherto studied detailed record of a geomagnetic transition from reversed to normal polarity and provides new insights in transitional field behaviour. Three sections (Talnakh, Listvjanka and Abagalakh) comprising a total of 86 lava flows have been sampled in the Noril'sk region, located at the northwestern rim of the Siberian Trap Basalt province. They provide a complete coverage of the lava pile outcropping in the area. The samples have been subjected to palaeomagnetic direction analysis and to Thellier-type palaeointensity experiments. Extensive rockmagnetic investigations and microscopical studies have been carried out to asses the reliability of the palaeomagnetic information recorded by the lava flows. Magnetite and Ti-poor titanomagnetites were identified to be the carriers of the characteristic remanent magnetisation. The reversibility of the thermomagnetic curves and the observation of exsolution lamellae by ore microscopy give clear evidence for a primary high-temperature oxidation of the titanomagnetite. It can thus be inferred that the measured palaeodirectional and intensity information obtained from these flows was acquired shortly after extrusion of each flow. The demagnetisation of the natural remanence reveals only one direction of magnetisation for most samples. Thermal and alternating field demagnetisation methods are equally effective in isolating the characteristic remanent magnetisation. Occasional overprints have maximum unblocking temperatures of 350°C or remanence coercivities less than 20 mT. Reliable palaeointensity estimates were obtained for approx. 50% of the samples. The relatively high success rate can be attributed to the enhanced magnetic and thermal stability of high-temperature oxidised titanomagnetites. In the lower part of the sequence reversed polarity of the Earth's magnetic field is identified. The associated palaeointensities yield values around 10 µT. The subsequent flows recorded transitional configurations. A tight cluster of virtual geomagnetic poles (VGPs) in mid northerly latitudes, comprising the results of 15 flows, is observed during the transition. Within the cluster the record shows a pronounced and well defined increase in intensity from around 6 to 13 µT. A doubling of local field intensity infers that large scale dynamic processes in the outer core are responsible for this feature, making a strong case for a reasonable temporal stability (several hundreds to a few thousand years) of the VGP cluster. Moreover, the VGP clustering is identified in two parallel sections (Talnakh and Listvjanka). This observation makes it unlikely that this feature is an artifact of a localised burst in volcanic activity and supports the concept of stabilised phases of the geomagnetic field during reversals. The VGPs of the overlying flows move towards the position expected for normal polarity. After rotating of the VGPs into the Late Permian/Early Triassic geographic reference system it is evident that most of the transitional VGPs are strongly confined to a narrow longitudinal band which is perpendicular to near- or far-sided VGP paths. Such near- or far-sided paths would be indicative for the dominance of zonal, and thus axis-symmetric, non-dipole fields. The VGP path of this transition suggests the contribution of strong sectorial components of the Earth's magnetic field. Following the transition itself, normal polarity is reached for a brief time interval. Subsequently, the VGPs depart from this position to form another well defined directional cluster recorded by 14 successive flows. During this clustering, which is interpreted as an excursion of the Earth's magnetic field, no characteristic variation in palaeointensity is identified (mean value 14 µT). Such post-transitional excursions are frequently observed in younger reversal records and are explained by instabilities of the geodynamo after the reversal. However, VGPs associated with post-transitional excursions usually reach positions similar to those occupied by VGPs during the transition. In contrast to such "rebound" effects, the excursion-related VGPs of this record are still confined to the latitudinal band defined by the transition, but "overshoot" normal polarity. This geometrical constraint suggests that non-dipole components similar to those dominating the transitional VGP path are responsible for this observation. Remarkably, the geomagnetic polarity transition described here shares many similarities - such as directional clustering, longitudinal confinement of the VGP path, the existence of a post-transitional excursion and generally low palaeointensities - with previously published reversal records of mainly Tertiary age. It may, therefore, be inferred that the underlying reversal processes are similar to those observed for the Cenozoic. The results obtained of the superjacent 41 flows, which were extruded immediately after the reversal-related excursion, indicate that only at this stage of the record stable normal polarity is reached allowing to determine several characteristic parameters of the Early Triassic Earth's magnetic field. The mean palaeointensity for this part of the sequence is 19 µT, which corresponds to a virtual geomagnetic dipole moment (VDM) of 2.3 * 10^22 Am^2. These findings confirm that the Mesozoic dipole low extends at least down to the Permo-Triassic boundary. Calculation of the recorded secular variation yields values similar to those averaged over the last 5 Ma, a period with distinctly higher mean VDM (5.5 * 10^22 Am^2) compared to the data presented here. The hypothesis of enhanced secular variation during phases of a low mean VDM can, therefore, not be substantiated by this study. Secular variation and the strength of the dipole moment seem to be - at least in the Early Mesozoic - more complexly coupled than previously assumed. Magnetostratigraphic results of borehole samples obtained from basalts related to the Siberian Trap volcanism including the West Siberian basin yield in total 6 polarity intervals. Comparison to the global magnetostratigraphic scale indicates that the volcanic activity lasted no more than 3.2 Ma. However, the lava sequence in the Noril'sk area (more than 1700 m thick), representing the bulk of the erupted material, recorded only one polarity transition. This finding has been supported by data derived from boreholes in close vicinity to the surface sections which makes the presence of further undetected polarity transitions highly unlikely. It can be thus inferred that the emplacement of the sequence occurred much faster than the aforementioned 3.2 Ma. Radiometric ages suggest an upper limit for the duration of the emplacement of approximately 1 Ma. Based on the assumptions of similar rates of angular secular variation in the Early Triassic and in the Holocene and an average duration of the transition itself the time interval covered is estimated to be in the order of 15000 years. This value has to be regarded as a lowermost limit for the duration of the emplacement. Such a rapid development of the volcanic province in the Noril'sk area would imply an enormous eruption rate making a strong case for the Siberian Trap basalts as cause for the Permo-Triassic crisis.